Product Catalog 2 Taoglas Products & Services Catalog

Wireless communications are positively Our new line of LPWA antennas plays a major role changing the world, and we’re here to in realizing the value of low connectivity cost and help. Our product lineup brings the latest reduced power consumption. innovations in IoT and Transportation antenna solutions. Our Sure GNSS high precision series includes the AQHA.50 and AQHA.11 antennas to support At Taoglas we work hard to develop the next the growing demand for high precision GNSS wave of cutting-edge antenna solutions to add solutions. Our product offering comprises of both to our already market-leading product offering. embedded and external antennas for timing, Inside this catalog, you will find our ever-growing location and RTK applications. product range presented by frequency bands, giving you what you need at your fingertips to Our Antenna Builder and Cable Builder, available build your solution with complete confidence. online makes it easy for our customers to build and customize antenna and cabling solution with Taoglas continues to make significant the promise of product delivery within as little as investments in our production and infrastructure. two days. Our IATF-16949 certification approval is the global standard for quality assurance for the Our range of services continues to support automotive industry. some of the world’s leading IoT brands, helping them to optimize their products to ensure Staying on the cutting-edge of innovation, reliable performance on a global scale with we have developed new Beam Steering IoT endless design solutions including LDS. Utilizing antenna solutions. Our Taoglas Shift LTE smart innovative materials and production methods we antenna system is capable of delivering up to offer the best advise and service in the industry. 100% throughput gain over passive IoT antenna technologies Contact your local Taoglas representative and discover how we can support you. Visit the Our Extensis NB-IoT and Cat-M range of Taoglas website today www.taoglas.com embedded and external antennas will address to find out more! the tremendous opportunity created by narrowband technology purposely designed to support the unique needs of IoT solutions.

3 Contents Taoglas Catalog

8 Introduction About Taoglas 8 The Taoglas Advantage 9 Contact Details 10 Applications 12

17 Cellular Taoglas Shift 4G/5G Beam Steered Antenna 18 On Board Cellular Antenna Solutions (SMD) 20 Embedded 3G/2G Flexible PCB Antennas 23 Embedded Cellular Flexible Series (with Cable & Connector) 24 Embedded 3G/2G Antenna 26 External 3G/2G Adhesive Mount Antennas 27 External 4G/3G/2G Adhesive Mount Antennas 28 External Cellular Magnetic Mount 29 Shanghai Series 30 Cat-M/NB-IoT 31 External Cellular Whip Antennas 33 External Cellular Wall Mount 34 External Cellular Permanent Screw Mount 35 External GSM-Wall Mounted Antenna 36 Ceiling Mount Antennas 37 External GSM-CDMA-Cellular Antenna 38 External 3G/2G Omnidirectional Outdoor Antennas 39 4G/3G/2G Terminal Mount Series 40 3G/2G Terminal Mount Series 41 External 4G LTE Solutions 44 External 4G LTE Permanent Mount Antennas 45 External 4G LTE MIMO Antennas 46 LTE Antenna Solutions 47 Embedded 4G LTE Antennas 49 Embedded 4G LTE Flex Antennas 50 Taoglas Antenna Diagnostics 51 External Wall/Pole Mount 53

54 GNSS GPS/Galileo Embedded PIN Patches 55 GPS/Galileo Active Embedded Antenna Modules 58 GPS/Galileo Embedded SMD Patch 62 GPS/Galileo Loop Antennas 63 GPS/GLONASS/Galileo Passive Antennas 64 GPS/GLONASS/Galileo Embedded SMT Patch 66 GPS/GLONASS/Galileo Active Embedded Series 67 Embedded GPS/GLONASS/Galileo/BeiDou 68 Embedded GPS/GLONASS/Galileo/BeiDou Ceramic SMT 71 GPS L1/L2 Active Antennas 72 Embedded GPS/GLONASS/Galileo/BeiDou Loop Antennas 73 GPS L1/L2/L5/Galileo/GLONASS/BeiDou 74 High Precision L1/L2 GNSS 75 GPS/Galileo External Antenna Solutions 76 External GPS/GLONASS Solutions 78

4 Contents Taoglas Catalog

External GPS/GLONASS/Galileo Solutions 79 External GPS/GLONASS/Galileo/BeiDou 81 External GPS/GLONASS Solutions 84 External GPS L1/L2/L5 Solutions 85 GPS SAW Diplexers 86

87 Combination Permanent Mount 2-in-1 88 Permanent Mount 3-in-1 97 Permanent Mount 4-in-1 102 Permanent Mount 5-in-1 106 Permanent Mount 6-in-1 109 Permanent Mount 7-in-1 110 External Permanent Mount 9-in-1 Antenna 111 Adhesive Mount 2-in-1 113 Adhesive Mount 3-in-1 117 Adhesive/Wall Mount 4-in-1 120 Adhesive Mount 6-in-1 122 Adhesive Mount 8-in-1 123 Adhesive Mount 9-in-1 124 Magnetic Mount 2-in-1 125 Magnetic Mount 5-in-1 127 Public Safety 3-in-1 128 Embedded 2-in-1 Patch Antennas 130 Embedded GPS-Cellular 132 Integrated Antenna Board 133 External Cellular and GNSS 135

136 LPWA/ISM External ISM - Adhesive Mount 137 External ISM - Permanent Mount 138 Hercules Series 138 External ISM - Omnidirectional Outdoor 139 External ISM - Road Marker 143 External ISM - Terminal Mount Antennas 144 External ISM - Wall Mount 147 External ISM 433MHz Permanent Mount Antennas 148 External ISM - Terminal Antennas 149 Embedded ISM - Adhesive/Screw Mount Range 152 Embedded ISM - Flexible Series 153 Embedded ISM - Ceramic Patch Antenna 154 Embedded ISM - Rigid PCB Series 156 Embedded ISM - On Board Solutions 157 Cat-M/NB-IoT 161

5 Contents Taoglas Catalog

163 UHF External Permanent Mount Antennas 164 External UHF - Omnidirectional Outdoor Antenna 165 Permanent Mount 2-in-1 166

167 Wi-Fi/ZigBee/Public Safety 2.4GHz Permanent Mount 168 2.4GHz External Solutions 169 2.4GHz Embedded (Cable & Connector) 172 2.4GHz ZigBee Embedded 174 Terrablast 2.4GHz 176 2.4GHz Embedded 177 2.4GHz External 178 5.8GHz Embedded 179 5.8GHz SMD Antennas 180 5.8GHz MIMO Antenna 181 2.4~5.8GHz External Adhesive Antennas 182 Permanent Mount 2-in-1 183 2.4~5.8GHz Permanent Mount 184 2.4~5.8GHz External 185 2.4~5.8GHz PCB and Flexible Antennas 186 2.4~5.8GHz Dual Band Flexible PCB Antennas 187 2.4~5.8GHz Flexible MIMO PCB Antennas 188 2.4~5.8GHz Wi-Fi/WLAN Adhesive Mount Antennas 189 2.4~5.8GHz Terminal Antenna 190 2.4~5.8GHz Dual Band Embedded 191 2.4/5.8GHz Wi-Fi MIMO 192 5.8GHz External UAV Antennas 193

194 Ultra-wideband Accura Flex UWB Antennas 195 UWB SMD Chip Antennas 198

201 DSRC External DSRC Antennas 202 Embedded DSRC Antennas 203 DSRC SMD & Dipole Antennas 204 5.9GHz DSRC PTFE Patch Antenna 205

206 UAV External UAV Antennas 207 External UAV Accessories 208 Embedded UAV Antennas 209 Terrablast 2.4GHz 211 Terrablast Single Band GPS 212 GPS L1/L2/L5/Galileo/GLONASS/BeiDou 213

6 Contents Taoglas Catalog

214 SATCOM Embedded Satellite - Iridium® Certified 215 External Satellite Iridium® Certified 216 External Satellite Iridium® Transceiver 217 Combination Iridium® Antenna 218 Combination L Band Antenna 219 Embedded Satellite - Globalstar Antenna 220 Digital Audio Radio Services (SDARS) Antennas 221

222 NFC Embedded SMD NFC Antennas 223 Embedded NFC Antennas, with Cable & Connector 225 External NFC Antennas 227

228 FirstNet FirstNet Permanent Mount 2-in-1 229 FirstNet Permanent Mount 5-in-1 231 FirstNet Wall & Adhesive Mount 5-in-1 Antenna 232 FirstNet Wall & Adhesive Mount Mount 6-in-1 233 FirstNet 4G/3G/2G Terminal Mount Series 234

235 Ceramic Filters Dielectric Band Pass Filters 236 LTCC Low Pass Filters 238

240 Cable Assemblies Custom Cable Assemblies 241 Standard Cable Assemblies 242

246 Connectors Receptacles & On Board Connectors 247 Vertical Mount On Board Connectors 248 Additional Connector Options 250

251 Services ISA Service Packages 252 CSA Service Packages 255 ISM Service Packages 261 GSA Service Packages 262 NSA Service Packages 264 UWB Service Packages 265 Noise Control Division 267

7 Introduction About Taoglas Creating Trusted Technology

About Taoglas Introduction

Taoglas provides advanced antenna and RF solutions Taoglas antennas are tested in the industry’s most to the world’s leading wireless and IoT companies. With advanced CTIA approved test chambers and provide eight world-class design, support and test centers in real test results. Our specifications show average gain, Ireland, Germany, China, Taiwan and the USA, Taoglas efficiency and peak gain across the whole frequency works with its customers to provide the best solution band. Unlike many of our competitors, we provide you for their unique antenna and RF challenges, quickly with the complete information you need to deliver the and easily. In-house manufacturing in Taiwan and USA correct solution. enable us to deliver the highest quality products. Lastly, and most importantly, it’s our people that Our team of professionals live and breathe RF solutions, make the biggest difference. Our experienced with expertise and experience across different wireless engineering staff has become legendary in the IoT and and IoT use cases, from LTE, Wi-Fi, GNSS, DSRC, NFC, transportation spaces for their ability to work alongside NB-IoT/CAT-M and beyond to 5G. This expertise is our partners to achieve the best possible wireless proven in the huge number of success stories across performance. In a friendly and detailed manner, our a variety of applications, including Telematics, teams continue to defy industry standards as we help Automotive, Metering, Smart Grid, Wearables, Medical our customers get to market quickly and in a scalable Devices, Remote Monitoring and High-Speed Video way. We are experts in wireless communications. Broadcasting. Our technical expertise shines through with the most experienced group of RF engineers on the planet. We We are innovators to the core. We believe that wireless move extremely fast. We understand that our customers communications are positively changing the world and need dynamic service. From order placement and we have a relentless drive to help. We help by creating fulfillment to engineering assistance, Taoglas places a trusted technology for a better human world. priority on timeliness. Reliability in performance fuels Since our early, humble beginnings, we have focused our growth. For more information, as a company on improving connected technologies visit www.taoglas.com. around the world by providing friendly, expert service, while keeping a keen and unrelenting eye on detail and quality. Fully Customized Antennas & Cable Assemblies Shipped in as Little as 2 Days

www.taoglas.com/antenna-builder

www.taoglas.com/cable-builder

8 About Taoglas The Taoglas Advantage

The Taoglas Advantage Introduction Introduction

1. Materials 3. Antenna Design Techniques We are committed to developing cutting-edge wireless Our tried and tested procedures deliver effective and designs using a wide variety of materials. We have efficient antennas at any frequency. Our experienced developed the patent pending Terrablast material team of engineers work with you to develop antennas which is 30 percent lighter than its ceramic counterparts suited to your spacing needs and target specifications. and extremely resistant to fracture upon impact. Our We’re committed to providing full antenna network team continuously researches the latest developments solutions. in high grade ceramics, FR4, metal, fiberglass, PTFE, 4. IoT Focused Mylar and flexible PCB to ensure we offer innovative antenna technology. We’re focused on keeping ahead of market developments, so we can keep our product line tailored 2. Surface Mount Technology to ever-changing market demands. We work with We continue to strive for excellence in surface mounted the leading certified test labs so we are fully aware of antenna solutions for IoT with unique (patent pending) wireless device approvals and test methods as well as products for cellular, GPS, Wi-Fi, ISM, UWB, NB-IoT, and carrier certification requirements. Cat-M band antennas. SMD technology reduces labor 5. The Taoglas Promise costs and provides higher integration yield rates with greater transmit power and sensitivity. Our first-to- We are honest and open in our specifications and will market automotive approved SMD GPS patch antenna gladly compare our offering against a competitor’s products achieve high efficiency and performance off- antenna in your product to give you reliable test results. the-shelf in a small footprint. 6. Your complete antenna and RF solution The Taoglas Boost is a patent-pending breakthrough, We offer a complete range of test and design service developed by our team of engineers. This technology packages. To learn more or to discuss how we can make enables the antenna to see a larger ground plane, you more competitive, please contact your local office hence increasing efficiency. Taoglas Boost is provided now or visit www.taoglas.com/services. Also visit our at no additional cost for use with Taoglas antennas, antenna builder at www.taoglas.com/antenna-builder providing our customers with up to 10% improvements and also our cable builder at in gain. www.taoglas.com/cable-builder.

9 Contact Details Worldwide Presence

Enniscorthy, Ireland (HQ) Full RF Test Laboratory Services the rest of EMEA. Custom and OTS antenna integration into customer products, performance verification, new antenna product R&D.

Dublin, Ireland R&D Test Lab Services the rest of EMEA. Custom and OTS antenna integration into customer products, performance verification, new antenna product R&D.

San Diego, USA Full RF Test Laboratory Services North America. Custom and OTS antenna integration into customer products, performance verification, new antenna product R&D.

Minneapolis, USA RF Integration Centre USA Focuses on complete RF electronic product development, testing and debugging. New RF product R&D.

10 Munich, Germany Shenzhen, China Full RF Test Laboratory Full RF Test Laboratory Services the German Services the Asian region. speaking countries. Custom Custom and OTS antenna and OTS antenna integration integration into customer into customer products, products, performance performance verification, verification, new antenna new antenna product R&D. research and design and QC functions.

Tainan, Taiwan Taoyuan, Taiwan Taoglas Manufacturing Environmental Taiwan Services the Asian Test Laboratory region. Custom and OTS Taiwan Services the Asian antenna integration region. Custom and OTS into customer products, antenna integration performance verification, into customer products, new antenna research and performance verification, design and QC functions. new antenna research and Manufacturing commenced design and QC functions. at Tainan Facility. Manufacturing commenced at Tainan Facility.

11 Applications Application areas for products

Here is a list of common applications where our antennas are used, and a recommendation of our most popular and high performance solutions for each application.

1. Transportation/Automotive First tier OEM, in car entertainment, e-call tracking and in vehicle diagnostics (OBD II)

Category Part No. Description pg

GPS/GLONASS/ AA.105 Titan Magnetic Mount High Gain (30dB) GPS Antenna 76 COMPASS/ AA.108 Titan Adhesive Mount High Gain (30dB) GPS Antenna 76

(GNSS) AA.162 Ulysses Ultra-Low Profile Magnetic Mount GPS/GLONASS Antenna 79

G21.B Hercules Gen II Penta Band Cellular Screw Mount 36

Cellular/LTE G30 Olympian Wideband LTE Antenna 35

GSA.8821 I-Bar penta-band GSM Antenna 27

WS.01.B Hercules Gen II Dual Band Wi-Fi Screw Mount 184

WA.500w Stingray Adhesive Mount Wi-Fi/ ZigBee Antenna 182

ISM/LoRa IS.05.B Hercules Gen II ISM 915MHz Screw Mount 138

External MA204 Stingray 2-in-1 Adhesive Mount GPS /GLONASS/Cellular Antenna 112

MA104 Hercules Gen II 2-in-1 GPS/Cellular Screw Mount 89

MA501 Hercules Gen II 2-in-1 GPS/Wi-Fi Screw Mount 92

MA220 Optimus 2-in-1 GPS/ GLONASS/ LTE Antenna 113

MA231 Stream 3-in-1 GLONASS/ Cellular/ Wi-Fi 117 Combination MA250 Sentinel 3-in-1 LTE MIMO & GNSS Antenna 118

MA600 Spartan 3-in-1 GPS/GLONASS/Cellular/ Wi-Fi Screw Mount 98

MA1130 Raptor II 6-in-1 GNSS, LTE MIMO, Wi-Fi MIMO & AM/FM Antenna 109

MA170 Monsoon 2-in-1 LTE MIMO Antenna 96

MA850 Colosseum 5-in-1 LTE MIMO, Wi-Fi MIMO & GNSS Antenna 108

AGGP.25F Active GPS/GLONASS Patch Antenna Module 67

DSGP.25 GPS L1 & Galileo E1 Ceramic Patch 62

GPS/GLONASS (GNSS) CGGP.25 Passive GPS/GLONASS Patch Antenna 64

FXP611 The Cloud GPS/GLONASS-COMPASS Flexible PCB Antenna 73 Internal AP.25F Active GPS Patch Antenna Module 60

PA.25A Anam Hexa-Band Cellular Ceramic PIFA 20

Cellular PA.26A Anam Wideband LTE/Cellular/CDMA SMT Antenna 20

FXUB68 Minima Flexible Wideband Antenna 50

12 Applications Application areas for products Applications

2. Remote Monitoring, Flow Meters, Level Detection, Scada and Telemetry Electronic flow meter & remote monitoring, railroad communications, anti-collision and switching control, & heavy duty rugged solutions for harsh environments

Area Category Part No. Description pg

MGA1 3dBi Mini Magnetic Mount Cat-M Antenna 31 Cellular GSA.8841 I-Bar Wide-band 4G LTE 28

MA600 Spartan 3-in-1 GPS/GLONASS/ Cellular/ Wi-Fi Screw Mount 98

MA510 Hercules 2-in-1 MIMO Dual Band 2.4/5.8GHz 90 External MA120 Hercules 2-in-1 450MHz & 868MHz Screw Mount 91 Combination MA602 Spartan 3-in-1 GPS/GLONASS/Cellular/Iridium® Screw Mount 218

ISM/LoRa FW.80 Meteor 169MHz Omnidirectional Flexible Whip 144

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

PA.26A Anam Wideband LTE/Cellular/CDMA SMT Antenna 20

MCS6.A Cat-M Cellular SMD Dielectric Antenna 31 Cellular FXUB68 Minima Flexible Wideband Antenna 50

GNSS SGGP.18A GPS/GLONASS SMD Mount Patch 66

Internal PC81 The Stripe™ 868MHz PCB Antenna 156

FW.80 Meteor 169MHz Omnidirectional Flexible Whip 144

ISM/LoRa PC91 The Stripe™ 915MHz PCB Antenna 156

HA.10.A 169MHz Helical Monopole Antenna 157

CA.69 169MHz VHF Ceramic Chip Monopole Antenna 158

3. Smart Grid and Utilities Advanced Metering, Infrastructure (AMI), Automatic Meter Reading (AMR), water & gas montoring & flow control , ruggidized sub-station deployments

Area Category Part No. Description pg

G30 Wideband 4G/3G/2G Antenna 35

OMB.868 Barracuda 3G/2G 5dBi Omnidirectional Outdoor Antenna 139 Cellular TLS.01 Shockwave 4G/3G/2G Terminal Antenna 43

TG.09 3G/2G Cellular Connector Mount Monopole Antenna 40 External Combination MA410 Storm 4-in-1 Permanent Mount GNSS & LTE 2xMIMO & L Band 1621MHz Antenna 219

GNSS AA.171 MagmaX GPS/GLONASS/BeiDou Antenna Dual pin patch 81

ISM/LoRa OMB.868 Barracuda 868MHz 12dBi Omnidirectional Antenna 139

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

FXUB63 Wideband Flex Antenna 24 Cellular Internal PCS.07 3G/2G Cellular SMD Antenna 22

Combination GWLA.01 GPS L1 and Wi-Fi 2.4GHz Embedded 2-in-1 Ceramic Loop Antenna 130

13 Applications Application areas for products

4. Agriculture and Water Irrigation Management Precision guidance, flow control information, data & logistics management, and ruggedized & multiple frequency mobile antennas

Area Category Part No. Description pg

Cellular G30 Wideband 4G/3G/2G Antenna 35

MA104 Hercules 2-in-1 GPS & 3G/2G Permanent Mount Antenna 89

Combination MA410 Storm 4-in-1 Permanent Mount GNSS & LTE 2xMIMO & L Band 1621MHz Antenna 219

MA231 3-in-1 GPS/GLONASS & 4G/3G/2G & Wi-Fi Adhesive Mount Antenna 117 External OMB.915 Barracuda 915MHz 3dBi Omnidirectional Outdoor Antenna 141

ISM/ LoRa PC240 33MHz Adhesive/Screw Mounted Helical Dipole 152

FW.80 Meteor 169MHz Omnidirectional Flexible Whip 144

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

Internal Wi-Fi FXP74 Black Diamond 2.4GHz Flex PCB Antenna 172

5. Industrial and Commercial Application Traffic control systems, scoreboards, advertising billboards, digital signage, taxi cab communications, internet & advertising, and wireless kiosks and electric charging stations

Area Category Part No. Description pg

TG.35 Apex II Wideband 4G LTE Antenna 48 Cellular GSA.8827 Phoenix I-Bar Adhesive Mount Wide-Band LTE/ Cellular/ CDMA Antenna 51

Combination MA250 Sentinel 3-in-1 LTE MIMO & GNSS Antenna 118 External MA602 Spartan 3-in-1 GPS/GLONASS/Cellular/Iridium® Screw Mount 218 ISM/LoRa FW.86 Meteor 868MHz Flexible Whip Monopole 145

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

FXUB68 Minima Flexible Wideband Antenna 50

PCS.06.A Havok Low Profile LTE/Cellular 4G/3G/2G SMD Dielectric Antenna 22 Internal Cellular FXUB70 4G/3G/2G Flexible MIMO Antenna 25

ILA.08 868MHz Embedded Ceramic Loop Antenna for ISM/Lora/LPWAN/Sigfox 160

6. Defense Ruggedized handsets, vehicle telematics and special applications

Area Category Part No. Description pg

Cellular GSA.8827 Phoenix I-Bar Adhesive Mount Wideband LTE/Cellular/CDMA Antenna 28

MA600 Spartan 3-in-1 GPS/GLONASS/Cellular/Wi-Fi Screw Mount 98

External Combination MA602 Spartan 3-in-1 GPS/GLONASS/Cellular/Iridium® Screw Mount 218

MA705 Pantheon 3-in-1 Permanent Mount GPS/GLONASS & 3G/2G & Wi-Fi 128

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

Cellular PA.26A Anam Wideband LTE/Cellular/CDMA SMT Antenna 20 Internal GNSS GP.1575.35 35mm GPS/Galileo 1575.42MHz Patch Antenna 57

14 Applications Application areas for products

7. Healthcare and Medical Optimised wireless networks in hospitals and clinics for realtime data, wireless medical carts, tablet PCs & laptops & medical diagnostic equipment Applications

Area Category Part No. Description pg

External UHF 450MHz TLS.30 Shockwave 450-470MHz Terminal Antenna 148

PA.25A Anam Hexa-Band Cellular Ceramic PIFA 20 Cellular TG.22 3G/2G Cellular Connector Mount Monopole Antenna 41

ISM ILA.02 868MHz Ceramic Loop Antenna 159 Internal PC14 Circular Dual Band 2.4~5.2GHz PCB Antenna 186 Wi-Fi FXP831 2.4/5.8GHz Flex PCB Antenna 187

GNSS/ Iridium® CGIP.25 GPS/Iridium® Dual Band Patch Antenna 215

8. Home Automation Control screens and hubs & control points

Area Category Part No. Description pg

GSA.8841 I-Bar Wide-band 4G LTE 28 Cellular GSA.8827 Phoenix I-Bar Adhesive Mount Wideband LTE/ Cellular/ CDMA Antenna 28

Wi-Fi GW.05 Dual Band Wi-Fi 2.4-5.8GHz Terminal Mount Antenna 185

External MA208 Stream 2-in-1 GPS & 4G/3G/2G Adhesive Mount Antenna 114

Combination MA250 Sentinel 3-in-1 LTE MIMO & GNSS Antenna 118

MA600 Spartan 3-in-1 GPS/GLONASS/ Cellular/ Wi-Fi Screw Mount 98

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

PA.26A Anam Wideband LTE/Cellular/CDMA SMT Antenna 20

PCS.06.A Havok Low Profile LTE/Cellular 4G/3G/2G SMD Dielectric Antenna 22 Cellular FXUB70 4G/3G/2G Flexible MIMO Antenna 25

FXUB68 Minima Flexible Wideband Antenna 50

FXP74 Black Diamond 2.4GHz Band/Flexible PCB Antenna 172 Internal FXP524 Venti 4x4 MIMO Dual Band 5.8GHz Flex PCB Antenna 188

FXP840 Freedom Dual Band 2.4GHz - 5.8GHz/ Micro Flexible PCB Antenna 187 Wi-Fi WLA.10 Wi-Fi Dual Band 2.4GHz/5.8GHz Chip Antenna 191

CBD.02 5.8GHz Cable Dipole Antenna 210

SWLP.12 2.4GHz Wi-Fi/WLAN/ISM/ZigBee SMD Patch Antenna 174

15 Applications Application areas for products

9. Public Safety: Wireless data video stream, police, fire and EMS

Area Category Part No. Description pg

MA600 Spartan 3-in-1 GPS/GLONASS/ Cellular/ Wi-Fi Screw Mount 98

MA673 Spartan 3-in-1 3x Dual Band Wi-Fi Screw Mount 129

Combination MA750 Pantheon 5-in-1 Permanent Mount GNSS, 4G/3G/2G 2xMIMO, Wi-Fi 2xMIMO 106

MA510 Hercules 2-in-1 MIMO Dual Band 2.4/5.8GHz 183 External MA760 Pantheon 4-in-1 GPS/GLONASS/ 2xLTE MIMO/ Wi-Fi 102

TG.35 Apex II Wideband 4G LTE Antenna 48 Cellular GSA.8827 Phoenix I-Bar Adhesive Mount Wide-Band LTE/Cellular/CDMA Antenna 28

Iridium® STS.01 Spartan Iridium® Transceiver Antenna System 217

PA.26A Anam PA.26A Wideband LTE/Cellular/CDMA SMT Antenna 20 Cellular FXUB68 Minima Flexible Wideband Antenna 50 Internal Combination CGIP.25 GPS/Iridium® Dual Band Patch Antenna 215

Wi-Fi FXP524 Venti 4x4 MIMO Dual Band 5.8GHz Flex PCB Antenna 188

10. Autonomous driving & UAVs Drones and UAVs

Area Category Part No. Description pg

GW.11 2.4GHz Dipole Antenna 169 Wi-Fi TCP.02 5.8GHz External Rx & Tx Antenna 193

Combination MA104 Hercules 2-in-1 GPS & 3G/2G Screw Mount 89

External GNSS GRS.01 Maverick GPS/GLONASS/BeiDou Smart Antenna Reciever system 207

LPF.12.01 Airvu 1.2GHz Low Pass Filter 208

Accessories BPF.24.01 Airvu 2.4GHz Band Pass Filter 208

BPF.58.01 Airvu 5.8Ghz Band Pass Filter 208

PA.26A Anam PA.26A Wideband LTE/Cellular/CDMA SMT Antenna 20 Cellular PCS.06.A Havok PCS.06 4G/3G/2G Low Profile SMD Antenna 22 Internal Wi-Fi WDP.25 2.4/5.8GHz Ceramic Patch Antenna 25*25*4mm 209

GNSS GP.1575 GPS 1575MHz Patch Antenna 25*25*4mm 209

16 Cellular

Taoglas offers one of the most comprehensive arrays of external and embedded antennas that support the wide range of frequency bands required for 4G/5G, 3G and 2G operation.

We create antennas in a variety of form factors designed specifically for IoT and M2M applications using LPWA technology including NB-IoT, Cat-M, LoRa and Sigfox. The Cyclone FXUB64 flex antenna, Extensis NCS.5820 and NCP.5820, MCS6, MFX3 flex and the MGA1 external magnetic mount antenna all offer excellent efficiencies in the LPWA bands of operation. This enables the highest reliability along with the reduced power consumption and low maintenance cost benefits of LPWA technology.

These LPWA antennas join our already extensive lineup of antennas, which showcase a wide range of materials to support the diverse array of cellular antenna applications. Our SMD antennas use high grade ceramic material and new design techniques to offer impressive stability in all bands when mounted on a device PCB. The PA.26A, providing high efficiency in a compact 35*5*6mm size, is just one of our popular, high-performing SMD antennas.

Our range of flexible polymer antennas are ultra-thin antennas with a small footprint suitable for even the smallest of applications. These high efficiency antennas are ground plane independent and can adhere to glass or plastic enclosures. Our Maximus FXUB66 flexible wideband antenna is an IoT antenna with 70-80% LTE Efficiency. It has been designed to cover all working frequencies in the 698- 6000 MHz spectrum, including all Cellular, Wi-Fi, ISM and GNSS bands. The Maximus FXUB68 covers 4G bands from 700-2700MHz as well as 2G and 3G bands with a tiny form factor. Our Public Safety FirstNet range of LTE antennas cater for first responders using AT&T’s Band 14.

Delivering superior performance across wide bandwidths, our extensive range of external antennas come in adhesive, permanent and magnetic mount options, making them ideal for outdoor assets and vehicles. Our GSA.8845 Wideband Dipole Antenna has been designed to cover all Cellular frequencies in the 450-6000 MHz spectrum. It has the highest wide-band efficiency in this range of antenna on the market today. The TG.09 and the TG.45 are market leading terminal mount antennas used by some of the biggest brands in IoT.

17 Taoglas Shift 4G/5G Beam Steered Antenna Software Defined Smart Antenna

Taoglas Shift is a software-defined, beam steering antenna system that is capable of dynamically adapting the antenna radiation pattern in real-time to extend coverage and increase the link quality to any standard antenna system on the market.

Dynamically Intelligent

Taoglas has developed the Shift, a software-defined, 4G/5G beam steering antenna system that is capable of dynamically adapting the radiation patterns of the pair of LTE antennas in real-time. This allows the antennas to extend their coverage and optimizes the quality of the link. Over 100% Throughput Gain

The Software-Defined Antenna system uses an intelligent control driver to identify and dynamically select the optimal antenna configuration. This dynamic algorithm provides TRP and TIS improvements of more than 3dB with respect to a static omnidirectional antenna system of comparable size which results in over 150% increase in throughput making the Taoglas Shift perfect for applications requiring high speed data throughput such as first responders and fleet management.

18 Taoglas Shift 4G/5G Beam Steered Antenna Software Defined Smart Antenna Cellular

Greater than 360° 150% Efficiency Beam improvements Steering over passive IoT technology

4 Directional Beams per Antenna

Model No. Electrical Data Mechanical Data Taoglas Shift Working Freq. 698-960 MHz Dimensions 240*140*45mm Software Defined 1710-2690MHz Op. Temp. -400C~+850C Smart Antenna 3400 - 3600 MHz Storage Temp. -400C~+850C for 4G/5G with Radiation Pattern Omnidirectional Humidity 95% RH Real-time Beam Directional Beams 4 per antenna IP Rating IP67 Steering Polarization Vertical Cable* TGC-200 / 24~26AWG VSWR < 3.5 Connector* SMA(M) / USB 2.0 Peak Gain 5.4dBi avg. Mounting Wall , Pole & Permanent Beam Tilt from 30deg < x < 45deg ECC / Isolation ECC < 0.25 Datasheet

19 On Board Cellular Antenna Solutions (SMD) Embedded Cellular 4G/3G/2G SMD Mount Range

Taoglas’ unique ceramic multi-band cellular antennas use high grade ceramics which have been developed through years of expertise in delivering the right materials for high performance antennas.

The Anam PA.26, with its small form factor and impressive efficiency, is a clear choice for many Taoglas customers operating in 4G/3G/2G bands. This highly reliable ceramic antenna is easy to integrate and is used by some of the world’s leading device designers in the Medical, Transportation and Smart City IoT Sectors. In addition this antenna is first tier Automotive IATF16949 approved. The success of this antenna in the market is down to its robustness, ultimate performance and easy surface mount application. The PCS.06 IS A lower operating wider bandwidth covering the 600 MHz bands.

Model No. Electrical Data Mechanical Data PA.26A Working Freq. 698~960MHz Dimensions 35*6*5mm Anam 1710~2690MHz Mounting SMA(F) 4G LTE VSWR <3.5:1 Ground Plane 40*97mm Ceramic SMT Polarization Linear Op. Temp. -40°C~+105°C Impedance 50Ω Efficiency >63%

Datasheet

Model No. Electrical Data Mechanical Data PA.25A Working Freq. 824~960MHz Dimensions 35*6*5mm Anam 1700~2170MHz Mounting SMD Hexa-Band Cellular VSWR 3.0 Max* Ground Plane 40*97mm Ceramic PIFA Polarization Linear Op. Temp. -40°C~+105°C Impedance 50Ω Return Loss ≤-10dB Efficiency >50%

Datasheet

20 On Board Cellular Antenna Solutions (SMD) Embedded LTE Cellular SMD Mount Range Cellular The patent pending Warrior II is a revolutionary high efficiency SMD LTE ceramic antenna with 4G/3G/2G compatibility which operates at 698~960MHz and 1710~2690MHz.

The Warrior is manufactured with high grade custom ceramic material and new design techniques to attain the highest stability in all bands when mounted on the device’s main PCB. The exceptional wide-band response means it is the ideal antenna for all LTE applications that also need high efficiency and backward compatibility for 3G and 2G globally on all lower and upper bands. These antennas are delivered on tape and reel.

Model No. Electrical Data Mechanical Data PA.710.A Working Freq. 698~960MHz Dimensions 40*6*5mm Warrior 1710MHz~2690MHz Mounting SMD LTE VSWR 3.0 Max Ground Plane 120*45mm Wideband Polarization Linear Op. Temp. -40°C~+85°C SMD Antenna Impedance 50Ω Ceramic PIFA Return Loss 2dB typ. Efficiency >60% Datasheet

Model No. Electrical Data Mechanical Data PA.711.A Working Freq. 698~960MHz Dimensions 40*6*5mm Warrior II 1710MHz~2690MHz Mounting SMD LTE Wideband VSWR 3.0 Max Ground Plane 120*125*6.8mm SMD Antenna Polarization Linear Op. Temp. -40°C~+85°C Ceramic PIFA Impedance 50Ω Return Loss 2dB typ. Datasheet Efficiency >52%

The Gemini PAD.71X.A LTE MIMO 2*2 embedded antenna is the only compact MIMO antenna solution for worldwide LTE M2M and IoT markets.

The Gemini has two antenna elements, the existing PA.710 LTE MIMO ceramic antenna and its counterpart the PA.711 LTE MIMO ceramic antenna. By altering the radiation pattern of the PA.711 to that of the PA.710 (similar to reflecting), Taoglas has created the world’s first high efficiency MIMO embedded wideband cellular antenna conforming to an envelope correlation co-efficient of below 0.3.

Model No. Electrical Data Mechanical Data PAD.71X.A Working Freq. 689~960MHz Dimensions 40*6*5mm Gemini 1710~2170MHz Mounting SMD LTE/Cellular/CDMA VSWR 3.0 Max Ground Plane 120*125*6.8mm 4G/3G/2G Polarization Linear Op. Temp. -40°C~+85°C Ceramic PIFA Impedance 50Ω Ground Plane 140*40mm MIMO 2*2 Antenna Radiation Pattern Omnidirectional Return Loss ≤-10dB

Back Efficiency >40%

Datasheet

21 On Board Cellular Antenna Solutions (SMD) Embedded Cellular 4G/3G/2G SMD Mount Range

The PCS range are discrete and sturdy, with a low profile of 3mm in height. They offer resistance to detuning in customer devices alongside the ease of tuning in their device environment, instead of a complete retool.

The Havok PCS.26.A is a newer, slightly larger addition to the Havok series. This Antenna provides a wider bandwidth stretching down to 600MHz to support more of a variety of applications and together with the Nemesis PCS.07.A are SMD LTE Cellular embedded antennas. Small dimensions and a low profile are the key features of the Havok and Nemesis antennas while maintaining the performance of larger equivalent models. The two models are also easily tuned in the device environment.

The minimal design of the Havok and Nemesis make them easy to mount directly on the edge of the PCB board. This range is more economical than ceramic antennas but they need a slightly larger ground plane to achieve greater efficiency.

Model No. Electrical Data Mechanical Data PCS.26.A Working Freq. 617~960MHz Dimensions 54.6*13*3mm Havok 1710~2690MHz Material FR4 Low Profile VSWR 3.0 Max Op. Temp. -40°C~+85°C Cellular Polarization Linear SMD Dielectric Impedance 50Ω including 600MHz Return Loss <-6.6dB typ Datasheet Efficiency 69.6% avg.

All measurements were SMT on 178*55.3mm EVB board with 100mm length ground plane.

Model No. Electrical Data Mechanical Data PCS.06.A Working Freq. 698~960MHz Dimensions 42*10*3mm Havok 1710MHz~2690MHz Mounting SMD Low Profile VSWR 3.0 Max Ground Plane 123*45mm LTE/Cellular Polarization Linear Op. Temp. -40°C~+85°C 4G/3G/2G Impedance 50Ω SMD Dielectric Return Loss 3dB typ. Datasheet Antenna Efficiency >62%

Model No. Electrical Data Mechanical Data PCS.07.A Working Freq. 824~960MHz Dimensions 35*7*3mm Nemesis 1710MHz~2170MHz Mounting SMD Low Profile VSWR 3.0 Max Op. Temp. -40°C~+85°C Cellular Polarization Linear 3G/2G Impedance 50Ω SMD Dielectric Return Loss 2.9dB typ. Antenna Efficiency >42% Datasheet

*VSWR depends on the environment

22 Embedded 3G/2G Flexible PCB Antennas Flexible Polymer PCB Antennas Cellular Flexible printed circuit antennas are made from Flexible Polymer. Ultra low-profile, they can be directly adhered to even the curved enclosures of a device.

The FXP14 Cellular antenna is an extremely versatile product, covering all worldwide 3G/2G bands (850/900/1700/1800/1900/2100MHz). It is adaptable to a huge variety of technologies and is an extremely versatile and powerful antenna used by some of the world’s largest brands.

The FXP07B and FXP14 are general purpose, flexible stick-on PCBs. Connection to the main board is usually made by mechanical contact. The FXP07B has an added feature that it can be soldered to the edge of the main device ground plane to optimize efficiency.

Model No. Electrical Data Mechanical Data FXP14 Working Freq. 850/900/1700/1800/ Dimensions 70*20*0.1mm 3G/2G Cellular 1900/ 2100MHz Mounting Adhesive 1575MHz GPS 1575.42MHz GPS Ground Plane 120*45mm Flexible Polymer Peak Gain 3dBi Op. Temp. -40°C~+85°C Antenna Polarization Linear Cable*. -100mm Ø: 1.13 Ground Plane Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Independent Return Loss ≤ -17dB Material Flex Polymer Efficiency >50% Adhesive Tape 3M 467 Datasheet

Model No. Electrical Data Mechanical Data FXP07B Working Freq. 850/900/1800/ Dimensions 41*24*0.1mm Embedded 1900/2100MHz Mounting Adhesive 3G/2G Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Flexible Monopole Polarization Linear Cable* 100mm Ø: 1.13 Antenna Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Return Loss -9dB avg. Material Flex Polymer Efficiency >30% with Adhesive Tape 3M 467 ground plane Datasheet

Model No. Electrical Data Mechanical Data FXP40 Working Freq. 824~960/ Dimensions 46*12*0.15mm 2G Quad-Band 1710~1990MHz Mounting Adhesive GSM850/GSM900/ Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C DCS/PCS Peak Gain 1.37dBi Cable* 85mm Ø1.13 Flexible PCB Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Antenna Return Loss ≤ -5dB Material Flex Polymer Efficiency >24% Adhesive Tape 3M 467 Datasheet

Model No. Electrical Data Mechanical Data FXP29 Working Freq. 1920~2170MHz Dimensions 13*8*0.24mm 2100MHz 3G Radiation Pattern Omnidirectional Mounting Adhesive UMTS/HSPA+ Band Peak Gain 1.5dBi Op. Temp. -40°C~+85°C Flexible PCB Polarization Linear Cable* 70mm Ø1.13 Antenna Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Return Loss -10dB Max Material* Flex Polymer Efficiency 45% Adhesive Tape 3M 467 Datasheet

* Cable and Connectors are Customizable.

23 Embedded Cellular Flexible Series (with Cable & Connector) Flexible Polymer PCB Antennas

The patent pending FXUB63 flexible wideband antenna has been designed to cover all working frequencies in the 698-3000MHz spectrum, covering all Cellular, 2.4GHz Wi-Fi, ISM and AGPS frequencies.

Our patent pending Cyclone FXUB64 flexible wideband antenna has been designed to cover all working frequencies in the 600-3000 MHz spectrum, covering all Cellular, 2.4GHz Wi-Fi, ISM, NB-IoT, Cat-M and AGPS, including LTE band 71. The Maximus FXUB66 has a unique hybrid design. Within one antenna structure the electromagnetic waves travel in two predominant propagation modes - one for lower frequencies, (e.g. LTE at 700MHz) and the other for higher 4G and Wi-Fi frequencies up to 6GHz.

These antennas feature excellent efficiencies on all bands, are ground plane independent, and each comes with cable and connector for easy installation. This line of flexible polymer antennas are supplied with double-sided 3M tape for easy “peel and stick” mounting.

Model No. Electrical Data Mechanical Data FXUB63 Working Freq. 698~3000MHz Dimensions 96*21*0.2mm LTE Wideband Radiation Pattern Omnidirectional Mounting Adhesive Flexible PCB Peak Gain 5dBi Op. Temp. -40°C~+85°C Antenna Polarization Linear Cable* 150mm Ø1.37 698~3000MHz Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Return Loss -12dB typ. Material Flex Polymer Efficiency >50% Adhesive Tape 3M 467

Datasheet

Model No. Electrical Data Mechanical Data FXUB64 Working Freq. 600~6000MHz Dimensions 130*30*0.2mm LTE Wideband Radiation Pattern Omnidirectional Mounting Adhesive Flexible PCB Peak Gain 4.3dB avg.. Op. Temp. -40°C~+85°C Antenna Polarization Linear Cable* 150mm Ø1.13mm 600~3000MHz Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Return Loss -6.6dB typ. Material Flex Polymer Efficiency 50.5% avg. Adhesive Tape 3M 467 Max Input Power 5W Datasheet

Model No. Electrical Data Mechanical Data FXUB66 Working Freq. 700~6000MHz Dimensions 120*50*0.2mm Maximus Radiation Pattern Omnidirectional Mounting Adhesive LTE Wideband Peak Gain 5dBi Op. Temp. -40°C~+85°C Flexible PCB Polarization Linear Cable* 150mm Ø1.37mm Antenna Impedance 50Ω Connector* IPEX MHFI (U.FL comp) 700~6000MHz Return Loss -12dB typ. Material Flex Polymer Efficiency >50% Adhesive Tape 3M 467 VWSR < 3:1 typ. Datasheet Max Input Power 5W

* Cable and Connectors are Customizable.

24 Embedded Cellular Flexible Series (with Cable & Connector) Flexible Polymer PCB LTE MIMO Antennas Cellular The FXUB70 flexible polymer antenna is ultra thin and truly wideband, offering high efficiencies across the bands. The patent pending FXUB71 antenna is an industry leading embedded 2* LTE MIMO flexible polymer monopole type antenna for worldwide LTE applications, with fallback to 2G and 3G applications. Great care has been taken to ensure high isolation between the MIMO antenna elements to maximise MIMO throughput.

Model No. Electrical Data Mechanical Data FXUB70 Working Freq. 698~3000MHz Dimensions 182*21*0.2mm 4G LTE Wideband Radiation Pattern Omnidirectional Mounting Adhesive Flex MIMO Antenna Peak Gain 5dBi Op. Temp. -40°C~+85°C 698~3000MHz Polarization Linear Cables* 150mm Ø1.37mm Impedance 50Ω Connectors* IPEX MHFI (U.FL comp) Return Loss -10dB typ. Material Flex Polymer Efficiency >50% Adhesive Tape 3M 467 VWSR < 3:1 typ. Datasheet Max Input Power 5W

Model No. Electrical Data Mechanical Data FXUB71 Working Freq. 698~3000MHz Dimensions 240*21*0.15mm 4G LTE Wideband Radiation Pattern Omnidirectional Mounting Adhesive Flexible MIMO Peak Gain 5dBi Op. Temp. -40°C~+85°C Antenna Polarization Linear Cables* 150mm Ø1.37mm 698~3000MHz Impedance 50Ω Connectors* IPEX MHFI (U.FL comp) Return Loss ≤-10dB typ. Material Flex Polymer Efficiency >50% Adhesive Tape 3M 467 VWSR < 3:1 typ. Datasheet Max Input Power 5W

25 Embedded 3G/2G Antenna PC Series - Rigid 3G/2G Cellular Antennas

The PC series are ground plane independent antennas which save on space, making them suitable for even smaller sized M2M devices in tracking, navigation, automotive and telemedical markets.

Taoglas also can design and tune custom antennas for your device. Where space is available the PC104 should be used to provide high efficiency and best performance.

Model No. Electrical Data Mechanical Data PC104 Working Freq. 850/900/1800/ Dimensions 80*20*1mm Penta-Band Cellular 1900/2100MHz Cable* 165mm Ø1.37 FR4 PCB Antenna Radiation Pattern Omnidirectional Connector* IPEX MHFI (U.FL comp) Adhesive Mount Peak Gain 2dBi Adhesive Tape 3M 467 Polarization Linear Op. Temp. -40°C~+85°C Impedance 50Ω Return Loss ≤ 10bB Datasheet Efficiency 62%+

Model No. Electrical Data Mechanical Data PC27 Working Freq. 850/900/ Dimensions 34*7*0.8mm The Stripe™ 1800/1900MHz Cable* 100mm Ø1.13 Quad-Band Cellular Radiation Pattern Omnidirectional Connector* MHFI (U.FL comp) FR4 PCB Antenna Peak Gain 0dBi Material Flex Polymer Polarization Linear Adhesive Tape 3M 467 Impedance 50Ω Op. Temp. -40°C~+85°C Return Loss ≤-10dB Efficiency 20% avg. Datasheet

Model No. Electrical Data Mechanical Data PC30 Working Freq. 850/900/1800/ Dimensions 75*8*0.8mm Penta-Band Cellular 1900/2100MHz Cable* 100mm Ø1.13 FR4 PCB Antenna Radiation Pattern Omnidirectional Connector* IPEX MHFI (U.FL comp) Peak Gain 0dBi Op. Temp. -40°C~+85°C Polarization Linear Impedance 50Ω Return Loss ≤-10dB Efficiency 50% avg. Datasheet

* Cable and Connectors are Customizable.

26 External 3G/2G Adhesive Mount Antennas First Tier Automotive IATF16949 Approved Cellular The T-Bar GSA.8822 3G/2G omnidirectional antenna is used in many applications which require stable reception and transmission. Ease and speed of installation make it a perfect fit for the telematics industry, being an ideal tracking system or cellular car kits.

The GSA.8830 comes in a slim-line, dipole design encased in waterproof heat-shrink material, allowing for covert and convenient installation in an automotive vehicle. Omnidirectional gain across all bands means that reception and transmission is constant and reliable. The GSA.8830 is a great antenna for customers that appreciate highest performance at a lower price.

Model No. Electrical Data Mechanical Data GSA.8821 Working Freq. 850/900/1800/ Dimensions 107*15*6mm I-Bar 1900/2100MHz Mounting Adhesive 3G/2G Cellular Radiation Pattern Omnidirectional Cable* 3M RG-174 Adhesive Mount Gain 2dBi avg. Connector* SMA(M) Polarization Linear Enclosure PC/ABS Impedance 50Ω Return Loss ≤-7dB avg. Efficiency >30% avg. Datasheet On non-metal

Model No. Electrical Data Mechanical Data GSA.8822 Working Freq. 850/900/1800/ Dimensions 106*13*7mm T-Bar 1900/2100MHz Mounting 3M Adhesive 3G/2G Radiation Pattern Omnidirectional Cable* 3M RG-174 Penta-Band Peak Gain -2dBi avg. Connector* SMA(M) Adhesive Mount Polarization Linear Enclosure ABS Impedance 50Ω IP Rating IP67 Return Loss ≤-10dB avg. Efficiency >28% avg. Datasheet

Model No. Electrical Data Mechanical Data GSA.8830 Working Freq. 850/900/1800/ Dimensions 90*21*5mm I-Bar 1900/2100MHz Mounting 3M Adhesive Penta-Band Radiation Pattern Omnidirectional Cable* 2M RG-174 Heat-Shrink Peak Gain -3dBi avg. Connector* SMA(M) Wrapped Polarization Linear Enclosure PE Heat Shrink Adhesive Mount Impedance 50Ω IP Rating IP67 (Internal PCB) Return Loss ≤-10dB avg. Efficiency >73% avg. Datasheet

* Cable and Connectors are Customizable.

27 External 4G/3G/2G Adhesive Mount Antennas First Tier Automotive IATF16949 Approved

Our adhesive mount external antennas offer ease of installation and high performance in compact form factors. They are supplied with high quality durable 3M adhesive to allow secure fixing onto any surface.

The Phoenix GSA.8827 Wideband I-Bar is a favorite of first-tier automotive manufacturers, after-market modification and telematics. It is a rugged, slim-line antenna that can deliver on all 4G/3G/2G cellular models worldwide. The I-Bar GSA.8821is a high gain, flexible efficient GSM antenna solution . It is compliant with AT&T antenna standards and comes with fully customizable cables and connectors. The GSA.8845 provides unparalleled spectral range, supporting frequencies as low as 450MHz.

Our GSA.8845 Wideband Dipole Antenna has been designed to cover all Cellular, ISM and Wi-Fi working frequencies in the 450-6000 MHz spectrum. It has the highest wide-band efficiency in its range of any terminal antenna on the market today.

The I-Bar GSA.8841 LTE Wideband antenna is an external adhesive mount solution on glass and plastic for automotive and telematics applications.

Model No. Electrical Data Mechanical Data GSA.8845 Working Freq. 450~6000MHz Dimensions 176*59*13mm Wideband Impedance 50Ω Mounting Adhesive 4G/3G/2G Radiation Pattern Omnidirectional Cable NFC-200 LTE I-Bar Antenna Polarization Linear Connector SMA(M)ST Max Input Power 5W Enclosure ABS IP Rating IP65 Op. Temp. -40°C~+85°C

Datasheet

Model No. Electrical Data Mechanical Data GSA.8841 Working Freq. 698-6000MHz Dimensions 176*59 *12 mm I-Bar Radiation Pattern Omnidirectional Mounting 3M Adhesive 4G/3G/2G Gain 2dBi avg. Cable* 1M NFC-200 Heat-Shrink Polarization Linear Connector* SMA(M) Wrapped Impedance 50Ω Enclosure ABS Adhesive Mount Return Loss ≤-5dB avg. IP Rating IP65 Efficiency >53% avg.

Datasheet

Model No. Electrical Data Mechanical Data GSA.8827 Working Freq. 698-960/1575.42 Dimensions 105*30*8mm Phoenix I-Bar 1710-2700MHz Mounting Adhesive 4G/3G/2G Radiation Pattern Omnidirectional Cable* 1M RG-174 Wideband Gain 2dBi avg. Connector* SMA(M) Adhesive Mount Polarization Linear Enclosure PC/ABS Impedance 50Ω Return Loss ≤-10dB avg. Efficiency >41% avg. On non-metal Datasheet

* Cable and Connectors are Customizable.

28 External Cellular Magnetic Mount Magnetic Mount Antennas Cellular Compact, highly proficient and with a straightforward installation process, Taoglas magnetic mount external antennas are perfect for remote monitoring, vending machines and other terminal type applications.

At Taoglas our approach is to tune the antenna specifically for its housing, giving your device maximum sensitivity. We provide the cable and connector required to directly connect your device to our antennas, making the install that much easier.

Model No. Electrical Data Mechanical Data GA.110 Working Freq. 698MHz~960MHz/ Dimensions H: 298mm, Ø: 50mm 4G/3G/2G 1575.42MHz/ Mounting Magnetic Mount Wideband 1710MHz~2700MHz/ Whip Material Coated Brass Magnetic Mount 3500MHz Cable* 1M RG-174 Radiation Pattern Omnidirectional Connector* SMA(M) Peak Gain 3dBi typ. IP Rating IP65 Polarization Linear Impedance 50Ω Return Loss <10dB Datasheet Efficiency 40%

Model No. Electrical Data Mechanical Data GA.111 Working Freq. 698~806/ 824~894/ Dimensions 82.8*30*7.8mm 3dBi Mini Magnetic 880~960/1400 ~ 1500/ Enclosure TPEE Mount 1710~ 1880/1850~ 1990/ Cable 1M RG-174 698~960MHz/ 1920~ 2170/ Coaxial Cable 1710~2700MHz 2300~ 2690MHz Connector SMA(M) Antenna Polarization Linear Op. Temp. -40°C~+85°C Impedance 50Ω Humidity. Non-condensing Return Loss <-5dBi 65°C 95% RH Weight 43g

Datasheet

Model No. Electrical Data Mechanical Data GA.107 Working Freq. 850/900/1800 Dimensions H: 116mm,Ø: 30mm Penta-Band /1900/2100MHz Mounting Magnetic Mount Whip Antenna Radiation Pattern Omnidirectional Cable* 2M RG-174 Peak Gain 2dBi typ. Connector* SMA(M) Polarization Linear Impedance 50Ω Return Loss ≤-12dB avg. Datasheet Efficiency >30% avg.

Model No. Electrical Data Mechanical Data MB.TG30 Working Freq. 698 ~960MHz/ Dimensions H: 196mm, Ø: 84mm Apex Magforce 1575MHz/ Mounting Magnetic Mount Straight Fixed 1710 ~ 2700MHz Cable* 3M CFD-200 Dipole Terminal Radiation Pattern Omnidirectional Connector* SMA(M) Magnetic Mount Peak Gain 2dBi typ. IP Rating IP67 (IP65 Base) Polarization Linear Return Loss ≤-12dB avg. Datasheet Efficiency >50% avg.

* Cable and Connectors are Customizable.

29 External Cellular Magnetic Mount Shanghai Series

Our Shanghai series are wideband cellular antennas delivering stable high omnidirectional gain and efficiencies across all common 2G, 3G and 4G global cellular bands from 700MHz to 2.7GHz.

The Shanghai GA.130 is a magnetic mount antenna using high quality neodymium magnets. It offers a reliable return loss of <10dB when mounted on a metal plate, and complies with the industry standards set by module makers and networks worldwide.

The Shanghai GA.132 is a permanent mount version operating at the same frequencies . Using this series eliminates the need to change antennas when deploying from country to country or technology to technology.

Model No. Electrical Data Mechanical Data GA.130 Working Freq. 698~2700MHz Dimensions 72*53*143mm Shanghai Efficiency <49.68 avg. Enclosure ASA 698-2700MHz Return Loss <10dB Cable* 2M RG-174 Dipole Terminal Radiation Pattern Omnidirectional Connector* SMA(M) Magnetic Mount Peak Gain -3.06 avg. IP Rating IP65 Polarization Linear Impedance 50Ω

Datasheet

Model No. Electrical Data Mechanical Data GA.132 Working Freq. 698~2700MHz Dimensions 72*53*143mm Shanghai Efficiency <49.68 avg. Enclosure ASA 698-2700MHz Return Loss <10dB Cable* 2M RG-174 Dipole Terminal Radiation Pattern Omnidirectional Connector* SMA(M) Permanent Mount Peak Gain -3.06 avg. IP Rating IP65 Polarization Linear Impedance 50Ω

Datasheet

* Cable and Connectors are Customizable.

30 Cat-M/NB-IoT Low Power Wide Area (LPWA) Technology Antennas Cellular Cat-M is a low power wide area (LPWA) technology specifically designed for IoT and M2M. Our Extensis NB-IoT and Cat-M range of range of embedded and external antennas will address the tremendous opportunity created by narrowband technology, a technology purposely designed to support the unique needs of IoT solutions.

Low Power Wide Area (LPWA) is wireless technology that is specifically designed for IoT and M2M. Across the globe, Cat-M and NB-IoT network roll-outs are providing low cost coverage. It works specifically with IoT applications with low to medium data usage and devices that require long battery life. It operates on secure mobile networks making it suited to automotive, smart meter, medical and smart city applications. The FW range of antennas should ideally be used with a ground plane.

Model No Electrical Data Mechanical Data MFX3 Working Freq. 698~3000MHz Dimensions 96*21*0.2mm NB-IoT/Cat-M Radiation Pattern Omnidirectional Mounting Adhesive Wideband Peak Gain 5dBi Op. Temp. -40°C ~ +85°C Flexible Antenna Polarization Linear Cable* 150mm, Ø1.37mm 698-3000MHz Impedance 50 Ω Connector* U.FL Antenna Return Loss <-10dB typ. Material Flexible Polymer Efficiency 64% avg. Adhesive type 3M 467 Max Input Power 5W

Datasheet

Model No Electrical Data Mechanical Data MCS6.A Working Freq. 698~960MHz / Dimensions 42*10*3mm NB-IoT/Cat-M 1710~2690MHz Mounting SMD Low Profile LTE/ VSWR 1.9:1 Ground Plane 100*100mm Cellular SMD Polarization Linear Op. Temp. -40°C ~ +85°C Dielectric Impedance 50 Ω Antenna Return Loss <-10dB typ. Efficiency 61% avg. Peak Gain 1.9dBi avg. Datasheet Max Input Power 5W

Model No Electrical Data Mechanical Data MGA1 Working Freq. 698~960MHz / Dimensions H:82.8mm Ø*30mm NB-IoT/Cat-M 1710~2700MHz Mounting Magnetic Mount 3dBi Mini Magnetic Radiation Pattern Omnidirectional Op. Temp. -40°C ~ +85°C Mount Antenna Peak Gain** 1.7dBi avg. Cable* 1M RG-174 Polarization Linear Connector* SMA(M) Impedance 50 Ω Material TPEE and ABS Return Loss < 5dB Efficiency 50% avg. Datasheet

*Cable and Connectors are Customizable.

31 Cat-M/NB-IoT Low Power Wide Area (LPWA) Technology Antennas

The evolution of IoT connectivity has seen an urgent need for low power applications that can connect thousands of devices to the internet and Narrowband IoT (NBIoT) is a new way to facilitate this demand.

The Taoglas Ceramic NCP.5820 supports Bands 5 (824-894MHz), 8 (880-960MHz) and 20 (791-862MHz) providing global NB-IoT coverage and demonstrates excellent efficiency across all bands. The NCS.5820 made from FR4 supports Bands 5 (824-894MHz), 8 (880-960MHz) and 20 (791-862MHz) and demonstrates excellent efficiency in providing global NB-IoT coverage. This antenna will allow the device manufacturer to enjoy roaming between all bands so that the device can be used in more than one region and with more than one carrier.

Model No Electrical Data Mechanical Data NCP.5820 Band 5 Band 8 Band 20 Extensis Frequency 824~894MHz 880~960MHz 791~862MHz Dimensions 14.1*8.3*2mm NB-IoT Efficiency 47% 53.1% 38.7% Material Ceramic Ceramic Antenna Peak Gain 1.1dBi 1.7dBi -0.3dBi Weight 0.76g for Bands 5, 8 & 20 Return Loss <-4.5dB <-5.0dB <-4.5dB Op. Temp. -40°C ~ +85°C Impedance 50 Ω Datasheet Max Input Power 5W

Model No Electrical Data Mechanical Data NCS.5820 Band 5 Band 8 Band 20 Extensis Frequency 824~894MHz 880~960MHz 791~862MHz Dimensions 20*11*1.6mm NB-IoT SMD Efficiency 42% 44% 39% Material FR4 FR4 PCB Antenna Peak Gain 0.1dBi 0.1dBi -4.1dBi Weight 0.74g for Bands 5, 8 & 20 Return Loss <-6dB <-7dB <-7dB Op. Temp. -40°C ~ +85°C Impedance 50 Ω Datasheet Max Input Power 5W

32 External Cellular Whip Antennas Flexible Whip Antennas Cellular The Meteor FW.90 is a flexible cellular whip antenna with IP67 housing. It is ideal for outdoor environments which require high gain on upper and lower bands. It offers stable peak gain above 2dBi on all five common cellular bands (4G/3G/2G/GSM/CDMA) used worldwide.

The FW.92 shares the same IP67 housing, wide response/high peak gain and is equally as effective on 3G/2G/GSM/ CDMA bands. It comes with a RP-N type male connector and stable peak gain above 3dBi.

Model No. Electrical Data Mechanical Data FW.90.SMA.M Working Freq. 698~960MHz/ Dimensions H: 250mm Ø: 17mm Meteor 1710~2690MHz Mounting Screw Mount 4G/3G/2G Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Flexible Inner Peak Gain 2dBi typ. Connector* SMA(M) Steel Core Polarization Linear IP Rating IP67 Monopole Whip Impedance 50Ω (IP65 Connector) Return Loss ≤-5dB avg. Efficiency >50% avg.

Datasheet

Model No. Electrical Data Mechanical Data FW.91.TNC.M Working Freq. 850/900/1800/ Dimensions H: 255mm Ø: 16mm Meteor 1900/2100MHz Mounting Screw Mount 3G/2G Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Flexible Inner Peak Gain 2dBi typ. Connector* TNC (M) Steel Core Polarization Linear IP Rating IP67 Monopole Whip Impedance 50Ω (IP65 Connector) Return Loss ≤-10dB avg. Efficiency >56% avg.

Datasheet

Model No. Electrical Data Mechanical Data FW.92.RNT.M Working Freq. 850/900/1800/ Dimensions H: 274mm Ø: 20mm Meteor 1900/2100MHz Mounting Screw Mount 3G/2G Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Flexible Inner Peak Gain 3dBi avg. Connector* RP-N-type (M) Steel Core Polarization Linear IP Rating IP67 Monopole Whip Impedance 50Ω (IP65 Connector) Return Loss ≤-10dB avg. Efficiency >55% avg.

Datasheet

*Connectors are Customizable.

33 External Cellular Wall Mount Cyclops Cellular Solution for Industrial Applications

The Cyclops WM.90 wall mount monopole is perfect for those in the automotive or industrial applications.

The whip of the Cyclops is made up of an extensive inner steel core covered by TPU which is the key to its ability to survive accidents and deterioration. The built in bracket allows complete concealment of the cable for more secure integration and cleaner installation. The cable can also be routed out of the back wall of the bracket into the interior of the mounting wall for added security against vandalism. The cable and connector are both customizable and the whip itself can be modified for whatever frequency bands or gain requirements you need. We are constantly working on new connection versions of the whip.

Model No. Electrical Data Mechanical Data WM.90 Working Freq. 698~960MHz/ Dimensions H: 250mm, Ø: 16mm Cyclops 1710~2690MHz Mounting Wall Mount L Bracket Wall Mount Radiation Pattern Omnidirectional Cable* 3m CFD-200 High Gain Peak Gain 2.8~4.0dBi Connector* SMA(M) ST FW.90 on integrated Polarization Linear (IP65 Connector) L-Bracket Impedance 50Ω Bracket H: 118mm, Return Loss ≤-10dB typ. Bracket L: 120mm, Efficiency >50% avg. W:32mm Op. Temp. -40°C~+85°C

Datasheet

* Cable and Connectors are Customizable.

34 External Cellular Permanent Screw Mount LTE/Cellular Antenna External Range Cellular The Ultima II G35 is a super low-profile 4G LTE permanent mount for external use on vehicles and outdoor assets.

The Olympian G30 is a high performance screw mount wideband cellular antenna for external use on vehicles and outdoor assets worldwide. This omnidirectional antenna offers high gain and efficiency ensuring a constant reception and transmission on all relevant bands. With its IP67 waterproof and vandal proof housing it is ideal for external use on vehicles and outdoor assets. The Ultima G24 is a 3G/2G 800~2200MHz Cellular antenna solution for professional telematics purposes.

Model No. Electrical Data Mechanical Data G30 Working Freq. 698~960MHz/ Dimensions H: 48mm, Ø: 50mm Olympian 1710~2700MHz Mounting Screw Mount Permanent Mount 2.4GHz Thread M12 Wideband Max Input Power 5 W Cable* 1m RG-316 LTE/Cellular/ VSWR <3.0:1 Connector* SMA(M) CDMA/Wi-Fi Polarization Linear Housing ABS Antenna for Impedance 50Ω Base and Thread Nickel plated steel 4G/3G/2G Peak Gain 2.1dBi typ. IP Rating IP67 Efficiency 43% avg.

Datasheet

Model No. Electrical Data Mechanical Data G35 Working Freq. 698~ 960MHz/ Dimensions H: 17.4mm, Ø: 57mm Ultima Series 1710~2960MHz Mounting Screw Mount Super Low Profile Max Input Power 5 W Cable* 3m TGC-200 Permanent Mount VSWR <3.0:1 Connector* SMA(M) LTE/Cellular/ Polarization Linear Enclosure PC Antenna for Impedance 50Ω IP Rating IP67 4G/3G/2G Peak Gain 2.14dBi typ. Efficiency 37% avg.

Model No. Electrical Data Mechanical Data G24 Working Freq. 850/900/1700/1800/ Dimensions H: 20mm, Ø: 55mm Ultima 1800/1900/ 2100MHz Mounting Screw Mount Penta Band Cellular Radiation Pattern Omnidirectional Thread M24 Screw Mount Gain 2dBi typ. Cable 3m CFD-200 GSM/GPRS/CDMA Polarization Linear Connector SMA(M) /HSPA Impedance 50Ω Enclosure Durable UV PC Return Loss ≤-10dB typ. Base and Thread ABS Efficiency >30% with GND Thread >39% without GND IP Rating IP67 Also available Datasheet in white

* Cable and Connectors are Customizable.

35 External GSM-Wall Mounted Antenna Hercules GEN II

The Hercules GEN II steel thread antenna is the product of in-the-field research and expertise, resulting in an ability to operate globally, deliver consistent data and go the distance in a fleet management or AVL capacity.

The Hercules GEN II G20 is a high performance, covert, wall-mounted, cellular antenna for 2G and 3G applications. This antenna can easily fix to a wall or metal surface. The wall mount G20 antenna has omnidirectional radiation patterns across all bands ensuring constant reception and transmission. It has been designed for heavy duty applications in outdoor environments, featuring a low profile, extra thick steel threads, strong washers and durable UV resistant ABS. Combined, these features make the Hercules tamper-proof, durable and inconspicuous.

Model No. Electrical Data Mechanical Data G21.B Working Freq. 850/900/1800/ Dimensions H: 29mm, Ø: 49mm Hercules GEN II 1900/2100MHz Mounting Screw Mount Penta-Band Radiation Pattern Omnidirectional Thread M18 Screw Mount Gain 2dBi avg. Cable* 3M RG-174 Polarization Linear Connector* SMA(M) Impedance 50Ω Enclosure UV Resistant PC Return Loss -13dB avg. Op. Temp. -40°C~+85°C Efficiency >23% avg. IP Rating IP67 & IP69K Also available in white Datasheet

Model No. Electrical Data Mechanical Data G20.WMC Working Freq. 850/900/1700/ 1800 Dimensions H: 92mm, W:49, 129mm Hercules GEN /1900/ 2100MHz Mounting Bracket Penta-Band Radiation Pattern Omnidirectional Thread M18 overt Wall and Peak Gain 2dBi avg. Cable* 3M NFC-200 Cabinet Mount Polarization Linear Connector* SMA(M) Impedance 50Ω Op. Temp. -40°C~+85°C Return Loss -5dB avg. IP Rating IP67 & IP69K Efficiency >46% avg.

Datasheet

* Cable and Connectors are Customizable.

36 Ceiling Mount Antennas Crusader Screw Mount Cellular The Crusader CM.02 is a wideband antenna covering 700MHz to 6GHz, with 4G/3G/2G and Wi-Fi 802.11 capability and is omnidirectional, compared to competitors who cannot offer omnidirectional on all frequencies.

Providing CPE and Hotspot needs all “under one roof” combined with an attractive form makes it a clear choice for hotels, conference centre’s, exhibition halls, offices, retail outlets and many other locations.

Model No. CM.02 Crusader Ceiling Mount 3dBi LTE/GSM/CDMA/HSPA/UMTS/WCDMA/Wi-Fi/ WIMAX/ISM High Peak Gain, High Efficiency Wideband Antenna Electrical Data Working Freq. 0.7~1.0GHz 1.0~2.0GHz 2.0~3.0GHz 3.0~4.0GHz 4.0~5.0GHz 5.0~6.0GHz Radiation Pattern Omnidirectional Peak Gain 1.6dBi typ. 1.9dBi typ. 3.0dBi typ. 3.6dBi typ. 3.6dBi typ. 4.4dBi typ. Avg Efficiency 88% 87% 85% 81% 73% 65% Polarization Vertical Impedance 50Ω Mechanical Data Dimensions H: 98mm, Ø: 168mm Mounting Thread Ø: 17mm Op. Temp. -40°C~+85°C Cable* 0.3M RG-58 Datasheet Connector* N Type Female

* Cable and Connectors are Customizable. Standard length is 3M please contact us at [email protected]

37 External GSM-CDMA-Cellular Antenna Road Marker Antenna

Taoglas have designed a range of discrete, robust antennas for use inside US standard raised non- reflective roadmarkers.

The RG.02.01 and RG.02.02 are purpose made for and installed inside Botts’ dots that can be laid directly on the pavement and road in the USA. These antennas exhibit remarkable efficiencies in such small packages and such low profile enclosures as the Botts’ dots. They can be mounted directly on the road or pavement, just like a standard roadmarker.

Road Marker Road Marker Top View Underside View

Model No. Electrical Data Mechanical Data RG.02.01 Working Freq. AMPS/GSM/PCS/ DCS Dimensions H: 18mm, Ø: 101mm Road Marker Kit 850/900/1800/ 1900MHz Enclosure UV Resistant PP Quad-Band Cellular Antenna RG.01 Radiation Pattern Omnidirectional Cable RG.01: 1.5M WY-100 with CAB.826 Cable Assembly Gain 2dBi CAB.826: 1.5M Low Profile Polarization Linear WY-100 Impedance 50Ω Connector* RG.01: SMB(M) Jack Return Loss ≤-16dB avg. CAB.826: SMB(F) to Efficiency >23% avg. SMA(M)ST Op. Temp. -40°C~+85°C IP Rating IP67

Datasheet

Model No. Electrical Data Mechanical Data RG.02.02 Working Freq. AMPS/GSM/PCS/ DCS Dimensions H: 18mm, Ø: 101mm Road Marker Kit 850/900/1800/ 1900MHz Enclosure UV Resistant PP Quad-Band Cellular Antenna RG.01 Radiation Pattern Omnidirectional Cable RG.01: 1.5M WY-100 with CAB.820 Cable Assembly Peak Gain 2dBi CAB.820: 1.5M Low Profile Polarization Linear WY-100 Impedance 50Ω Connector* RG.01: SMB(M) Jack Return Loss ≤-16dB avg. CAB.820: SMB(F) to Efficiency >23% avg. to TNC(M)ST Op. Temp. -40°C~+85°C IP Rating IP67 & IP69K Datasheet

* Cable and Connectors are Customizable.

38 External 3G/2G Omnidirectional Outdoor Antennas Barracuda Outdoor Antennas Cellular The Barracuda excels in difficult outdoor environments or in boosting cellular coverage.

The Barracuda OMB.8912 range are omnidirectional antennas covering frequencies of 850~2100MHz. With fiberglass housing and UV resistant coating, the Barracuda is well suited to outdoor environments, boosting cellular coverage in remote areas. The Barracuda can be both pole and wall mounted.

Model No. Electrical Data Mechanical Data OMB.8912.03F21 Working Freq. 850/900/1800/ Length H: 527 mm Ø: 24mm Barracuda 1900/2100MHz Base Diameter 70*55mm (Max) 3dBi penta-band Radiation Pattern Omnidirectional Mount Style Pole Mount/Wall Mount Cellular Indoor/ Peak Gain 3dBi Mounting Stainless Steel Outdoor Polarization Vertical Op. Temp. -40°C~+60°C Omnidirectional Impedance 50Ω Weight (G.W) 350g VWSR 2.0 Max Enclosure White Fiberglass Efficiency >79% Connector N Type Female

Datasheet

Model No. Electrical Data Mechanical Data OMB.8912.05F21 Working Freq. 850/900/1800/ Length H: 595 mm Ø: 24mm Barracuda 1900/2100MHz Base Diameter 70*55mm (Max) 5dBi penta-band Radiation Pattern Omnidirectional Mount Style Pole Mount/Wall Mount Cellular Indoor/ Peak Gain 5dBi Mounting Stainless Steel Outdoor Polarization Vertical Op. Temp. -40°C~+60°C Omnidirectional Impedance 50Ω Weight (G.W) 350g VWSR 2.0 Max Enclosure White Fiberglass Efficiency >83% Connector N Type Female

Datasheet

39 4G/3G/2G Terminal Mount Series Cellular Range Terminal (Connector) Mount Antennas

The Triton TG.09 penta-band Cellular hinged rotatable SMA antenna, is a high efficiency monopole antenna. Compared to other much larger antennas on the market, it has superior wideband high efficiency characteristics. This antenna is used by many of the leading wireless device providers worldwide.

The TG.19 quad-band GSM-DCS-PCS-CDMA-GPRS-EDGE 824~1990MHz monopole helical antenna is a quality robust antenna with high gain in a small form factor. Its tiny size allows it to be used inside as well as outside product housings.

The Triton TG.10 dipole antenna can be used straight or hinged 90 degrees. The antenna has a wideband response 4G/3G/2G and can also be used for other cellular and wireless applications such as GSM, LTE, UMTS and Wi-Fi.

Model No. Electrical Data Mechanical Data TG.09 Working Freq. 850/900/ Dimensions H: 72mm Ø: 10mm Penta-Band Cellular 1800/1900/ Mounting Hinged Rotatable 360° Rotatable Hinge 2100MHz Connector SMA(M) Monopole Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Terminal Antenna Polarization Linear Impedance 50Ω Return Loss ≤-7dB avg. Efficiency >59% with Ground

Datasheet

Also available in white

Model No. Electrical Data Mechanical Data TG.10 Working Freq. 698-960MHz Dimensions H: 168mm Ø: 18mm Triton 1575.42 Enclosure PC/ABS Cellular 4G/3G/2G 1710-2690MHz Op. Temp. -40°C~+85°C Assisted GPS Radiation Pattern Omnidirectional Connector Hinged SMA(M) Hinged SMA(M) Polarization Linear Dipole Terminal Impedance 50Ω Antenna Return Loss ≤-3dB avg. Efficiency 40%+ typ. Datasheet Input Power 5 W

Model No. Electrical Data Mechanical Data TG.19 Working Freq. 850/900/1800/ Dimensions H: 29mm Ø: 7.8mm Quad-Band Cellular 1900MHz L: 17mm (connector) Mini Helical Gain 0dBi Required Space 29*17*8mm Monopole Polarization Linear Material ABS Impedance 50Ω Connector SMA(M)RA Return Loss -9dB avg. Efficiency >47% avg. (Ground Datasheet plane dependent)

40 3G/2G Terminal Mount Series Cellular Range Terminal (Connector) Mount Antennas Cellular Used worldwide by leading wireless devices providers, our terminal antennas eliminate cable loss and inconsistent performance.

The TG.22 series are monopole helical antennas for 3G/2G Cellular. Once mounted to an adequate ground plane it is a compact robust terminal antenna with high gain and stable efficiency in a small form factor. Connection is made through a number of options – SMA(M) Straight, Right Angle and Reverse Polarity options available. The HT version applies highly resistant Dupont® Hytrel® TPEE material which is durable in high temperature application environments up to 150°C.

Model No. Electrical Data Mechanical Data TG.22.0111 Working Freq. 850/900/1800/ Dimensions H: 49m,m Ø: 7.8mm (Straight) 1900/2100MHz Mount Straight Penta-Band Cellular Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Helical Monopole Polarization Linear Connector SMA(M)* Impedance 50Ω Return Loss ≤-5dB avg. Efficiency >30% (Ground Datasheet plane dependent)

Model No. Electrical Data Mechanical Data TG.22.0112 (R/A) Working Freq. 850/900/1800/ Dimensions H: 45mm, Ø: 7.8mm Penta-Band Cellular 1900/2100MHz L: 17mm (connector) Helical Monopole Radiation Pattern Omnidirectional Mount R/A Polarization Linear Op. Temp. -40°C~+85°C Impedance 50Ω Connector SMA(M) R/A* Return Loss -8.8dB avg. Efficiency >27% (Ground Datasheet plane dependent) Also available in white

Model No. Electrical Data Mechanical Data TG.22.0112.HT Working Freq. 800MHz~2200MHz Dimensions H: 45mm, Ø: 7.8mm Penta-Band Cellular Gain 0dBi L: 17mm (connector) Helical Monopole Radiation Pattern Omnidirectional Mount R/A Polarization Linear Op. Temp. -40°C~+85°C Impedance 50Ω Connector SMA(M) R/A* VSWR ≤ 2.3 Power Handling 20W Also available in white Datasheet

41 3G/2G Terminal Mount Series Cellular Range Terminal (Connector) Mount Antennas

The TG.22 antenna range has been tuned specifically for optimum efficiency when connected directly to the Sierra Wireless Airlink GL series programmable module. Connection is made via FME(F) Straight or Right Angle connectors with a hardened TPEE housing, these antennas are a good compact 3G/2G antenna for remote monitoring devices or telematics applications.

Model No. Electrical Data Mechanical Data TG.22.0221 Working Freq. 850/900/1800/ Dimensions H: 52mm, Ø: 7.8mm Penta-Band Cellular 1900/2100MHz Mount Straight Monopole Helical Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Polarization Linear Connector FME(F) Impedance 50Ω Return Loss ≤-5dB avg. Efficiency >37%(Ground Datasheet plane dependent)

Also available in white

Model No. Electrical Data Mechanical Data TG.22.0222 Working Freq. 850/900/1800/ Dimensions H: 45mm, Ø: 7.8mm Penta-Band Cellular 1900/2100MHz L: 25mm (connector) Monopole Helical Radiation Pattern Omnidirectional Mount R/A Polarization Linear Op. Temp. -40°C~+85°C Impedance 50Ω Connector FME(F) R/A Return Loss -8dB avg. Efficiency >37%(Ground Datasheet plane dependent)

Also available in white

42 4G/3G/2G Terminal Mount Series Shockwave - Terminal Robust Antenna Cellular The Shockwave range offers superior performance over Widebands compared to more traditional whip antennas and is especially suitable for cellular applications.

The permanent mount, fully waterproof Shockwave range are robust external 4G/3G/2G antennas with efficiencies of up to 95%, a minimum peak gain of 2.5dBi and stable radiation patterns over low angles. It’s an obvious choice for cellular applications such as public safety, HD video streaming, utilities and Smart Cities, fleet management and agriculture. The range is IP67 and IP69K resistant against high pressure water jets, making it perfect for indoor or harsh outdoor environments.

Model No. Electrical Data Mechanical Data TLS.01.1F21 Working Freq. 698~960/575.42/1710/ Dimensions H: 79mm Ø: 42mm Shockwave 1900/2100MHz Enclosure ABS 4G/3G/2G Radiation Pattern Omnidirectional Weight 169g and GPS Antenna Peak Gain <2.2dBi avg. Connector N type(F) N Type(F) Polarization Vertical Op. Temp. -40°C ~ +85°C connector Impedance 50Ω IP Rating IP67 and IP69K Return Loss <-10dB Max Max Input 100W Efficiency up to 95%* up to 95%* Datasheet *on 30*30cm ground plane

Model No. Electrical Data Mechanical Data TLS.01.1F11 Working Freq. 698~960/ 1575.42/1710 Dimensions H: 79mm Ø: 42mm Shockwave to 2700MHz Enclosure ABS 4G/3G/2G Radiation Pattern Omnidirectional Weight 270g and GPS Antenna Peak Gain <3dBi avg Cable 3M CFD-200 Permanent Mount Polarization Vertical Connector SMA(M) N Type(M) Impedance 50Ω Op. Temp. -40°C ~ +85°C connector Return Loss <-10dB Max IP Rating IP67 and IP69K Max Input 100W * Also available Efficiency up to 77%* with Fakra Code D Datasheet Efficiency *on 30*30cm ground plane connector

Model No. Electrical Data Mechanical Data TLS.01.305111 Working Freq. 698~960/ 1575.42/1710 Dimensions H: 79mm Ø: 42mm Shockwave to 2700MHz Enclosure ABS 4G/3G/2G Radiation Pattern Omnidirectional Weight 130g and GPS Antenna Peak Gain <3dBi avg. Cable 3M CFD-200 3M CFD-200 Polarization Vertical Connector SMA(M) SMA(M) Impedance 50Ω Op. Temp. -40°C ~ +85°C Return Loss <-10dB Max IP Rating IP67 and IP69K Max Input 100W Efficiency up to 95%* *on 30*30cm ground plane Datasheet

43 External 4G LTE Solutions MIMO Antennas

The Gemini LMA100, a highly efficient indoor or outdoor antenna, is the best solution for 4G 2*2 Worldwide LTE MIMO applications. It operates at all common 4G LTE bands, including 3G and 2G so it can be used as a fallback for 3G or 2G applications.

The Gemini is a robust, IP rated waterproof antenna designed for use with 4G/3G/2G MIMO cellular routers and access points worldwide. This unique antenna can be wall mounted or placed on a flat surface, using the stand holder, for easy mounting. This customizable antenna was designed for multiple applications including; HD real- time streaming, intelligent transport systems, IoT applications, digital signage, HD broadcast systems & wireless 4G LTE MIMO M2M devices with 3G functionality.

Model No. Electrical Data Mechanical Data LMA100 Working Freq. 698~960MHz/ Dimensions 164*164*37mm Gemini 1710~2170MHz/ Mount Style Magnetic 4G 2*2 Worldwide LTE MIMO 2490~2690MHz Enclosure PCL1250Y Wall Mount or Desktop Mount Peak Gain <3.5dBI avg. Op. Temp. -40°C~+85°C 2* Low Loss 1M CFD - 200 Cables Polarization Vertical Weight 400g Impedance 50Ω Cable* 2* 1M CFD-200 Radiation Pattern Omnidirectional Connector* SMA(M) Return loss >-15dB avg. IP Rating IP65 Efficiency MIMO 1 up to 74%, MIMO 2 Datasheet up to 69%

Model No. Electrical Data Mechanical Data LMA101 Working Freq. 698~960MHz/ Dimensions 164*164*37mm Gemini 1710~2170MHz Mount Style Magnetic 4G 2*LTE MIMO Wall Mount or 2490~2690MHz Enclosure PCL1250Y Desktop Mount 2* Low Loss 1M Peak Gain* MIMO 1 <3.5dBI Op. Temp. -40°C~+85°C CFD-200 Cables MIMO 2 3.6dBi Weight 400g Efficiency* MIMO 1 52.6% Cable* 1M CFD-200 MIMO 2 50.3% Connector* SMA(M) Impedance 50Ω IP Rating IP67 Return loss* <-10dB Datasheet

* Cable and Connectors are Customizable.

44 External 4G LTE Permanent Mount Antennas Wideband 4G Network Antenna Range Cellular Our range of wideband, robust, 4G antennas are designed with high efficiency in mind. The high performance G30 Olympian is an omnidirectional, screw mount antenna offering high gain and efficiency, ensuring a constant reception and transmission on all relevant bands. With its IP67 waterproof and vandal proof housing it is ideal for external use on vehicles and outdoor assets.

The Storm MA413 is instantly recognizable with its extremely low profile form (the world’s lowest profile global telematics antenna solution) and aerodynamic design. When a best-in-class solution for telematics is needed, look no further than this high efficiency, high gain antenna offering. Typical applications include HD video streaming, first responder and emergency services, intelligent transport systems, IoT applications and wireless LTE M2M devices.

The GA.170 is a low-profile, compact 4G LTE Antenna, this antenna boasts high LTE efficiency in a small form factor housing.

Model No. Electrical Data Mechanical Data G30 Working Freq. 698~960MHz/ Dimensions H: 48mm, Ø: 50mm Olympian 1710~2700MHz Mounting Screw Mount Permanent Mount Peak Gain 2.4GHz Thread M12 Wideband Max Input Power 5 W Cable 1m RG-316 LTE/Cellular/ VSWR <3.0:1 Connector SMA(M) CDMA/Wi-Fi Polarization Linear Enclosure ABS Antenna for Impedance 50Ω Base and Thread Nickel plated steel 4G/3G/2G Peak Gain 2.1dBi typ. IP Rating IP67 Efficiency 43% avg.

Datasheet

Model No. Electrical Data Mechanical Data MA413 Working Freq. 698~960MHz/ Dimensions 216*93*31mm Storm 1710~2170MHz/ Mount Style Screw Mount Permanent Mount 2490~2690MHz Enclosure ABS and PC 4G/3G/2G Efficiency >40% avg. Op. Temp. -40°C ~ +85°C Antenna Radiation Pattern Omnidirectional Weight 480g Peak Gain -4.5dBi avg. Cable* 3M CFD-200 Polarization Linear Connector* SMA(M) Impedance 50Ω IP Rating IP67 VSWR <3.5 Base & Thread Nickel plated Aluminium

Datasheet

Model No. Electrical Data Mechanical Data GA.170 Working Freq. 698~960MHz/ Dimensions 204*69*31mm Monsoon 1710~2170MHz/ Mount Style Screw Mount Permanent Mount 2490~2690MHz Enclosure ABS and PC 4G/3G/2G Efficiency 41.75% avg. Op. Temp. -40°C ~ +85°C Antenna Radiation Pattern Omnidirectional Weight 550g Peak Gain 3.04dBi avg. Cable* 3M TGC-200 Polarization Linear Connector* SMA(M) Impedance 50Ω IP Rating IP69K VSWR <3.5 Base & Thread Nickel plated Steel

Datasheet

* Cable and Connectors are Customizable.

45 External 4G LTE MIMO Antennas Wideband 4G LTE MIMO Network Antenna Range

Our range of LTE 2*2 MIMO omnidirectional, heavy-duty, IP67 waterproof, external IoT antennas were designed for use in telematics, transportation and remote monitoring applications.

The Pantheon MA741 operates at all common 2G, 3G and 4G LTE bands worldwide and includes two LTE MIMO antennas with the highest efficiency and peak gain possible. It is ideal when used with high speed data uplink and downlink systems as it provides maximum throughput and highest signal to noise ratio.

The Genesis MA241 delivers powerful MIMO antenna technology for worldwide 4G LTE bands and is designed for mounting directly on glass or plastic in the interior of vehicles. Low loss cables are used to keep efficiency high over long cable lengths and special care is taken to ensure high isolation between the two MIMO antennas. The Storm MA412 LTE MIMO antenna is the world’s lowest profile global telematics antenna solution and is used worldwide for telematics applications which require best in class LTE performance.

Model No. Electrical Data Mechanical Data Pantheon 2-in-1 Working Freq. 698~960, 1710~2170 Dimensions H: 86mm, Ø: 146mm MA741 2300~2700, 2900~3500MHz Mount Style Screw Mount 4G/3G/2G MIMO Polarization Vertical Thread Ø: 30mm Permanent Mount Impedance 50Ω Enclosure Wonderloy PC-540 Return Loss -6dB avg. PC/ABS Alloy Efficiency >40% avg. IP Rating IP67 VSWR <3.5 Mimo 1 3M CFD-200 SMA(M) Efficiency >40% avg. Mimo 2 3M CFD-200 SMA(M) Peak Gain 2dBi typ. Op. Temp. -40°C~+85°C

Datasheet

Model No. Electrical Data Mechanical Data Genesis Working Freq. 698~896, Dimensions 206*68*12mm MA241 1710~2700MHz Mount Style Adhesive Mount 2-in-1 LTE MIMO Radiation Pattern Omnidirectional Enclosure PC and ABS Alloy Adhesive Mount Peak Gain <2dBi avg. Op. Temp. -40°C ~ +85°C Polarization Vertical Weight 210g Impedance 50Ω Cable* 2M NFC-200 VSWR <3.5 Connector* SMA(M)ST Efficiency LTE MIMO 1 – 42% (avg) IP Rating IP67 LTE MIMO 2 – 52% (avg)

Datasheet

Model No. Electrical Data Mechanical Data Storm Working Freq. 698~960, Dimensions 216*93*31mm MA412 1710~2170, Mount Style Screw Mount 2-in-1 LTE MIMO 2490~2690MHz Enclosure ABS and PC Aerodynamic, Radiation Pattern Omnidirectional Op. Temp. -40°C ~ +85°C Super Low-profile Peak Gain -4.5dBi avg. Weight 480g Polarization Linear Cable* 3M CFD-200 Impedance 50Ω Connector* SMA(M) VSWR <3.5 IP Rating IP67 Efficiency >40% avg. Base & Thread Nickel Plated Aluminium

Datasheet

46 LTE Antenna Solutions Apex TG.30 Cellular The Apex dipole LTE antenna is primarily designed for use with 4G LTE modules and devices that require the highest possible efficiency and peak gain.

The Apex TG.30 is a ground plane independent, omnidirectional 4G LTE antenna. It can be used on any device with or without a ground plane connection through the connector. The Apex has been put through intensive testing and is designed to meet approval or carrier certification requirements from an RF standpoint.

The built-in mechanism allows the antenna part itself to be orientated in different directions and can help avoid touching off other antennas close by. The patent pending Apex is available in both black and white, with hinged and right angle connectors also offered. Taoglas antenna diagnostics will make sure you know that an external antenna is attached properly.

Model No. Electrical Data Mechanical Data TG.30.8113 Working Freq. 698~960, 1575.42, Dimensions (S) 186*49*10mm Apex 1700~2700MHz Dimensions (R/A) 163*49*10mm Hinged and Radiation Pattern Omnidirectional Ø: 13mm (connector Rotatable Peak Gain (dBi) 3dBi mount) Wideband Polarization Linear Enclosure PC/ABS 4G LTE Antenna Impedance 50Ω Connector SMA Male Hinged 90° Dipole (Ground Return Loss ≤-10dB avg. Swivel 90° Independent) Efficiency >70% typ. Op. Temp. -40°C~+85°C

Also available Datasheet in white

Model No. Electrical Data Mechanical Data TG.30.8112 Working Freq. 698~960, 1575.42 Dimensions 149*49*10mm Apex 1710, 2700MHz Ø: 13mm Right Angle Radiation Pattern Omnidirectional L: 40mm (connector Wideband Peak Gain (dBi) 3dBi mount) 4G LTE Antenna Polarization Linear Enclosure PC/ABS Impedance 50Ω Connector SMA Male Return Loss ≤-10dB avg. Op. Temp. -40°C~+85°C Efficiency >70% typ. Input Power 10 W. Datasheet

Model No. Electrical Data Mechanical Data TG.30.8111 Working Freq. 698~960, 1575.42, Dimensions 171*49*10mm Apex 1710, 2700MHz Ø: 13mm (connector Straight Radiation Pattern Omnidirectional mount) Wideband Peak Gain (dBi) 3dBi Enclosure PC/ABS 4G LTE Antenna Polarization Linear Connector SMA Male Impedance 50Ω Op. Temp. -40°C~+85°C Return Loss ≤-10dB avg. Efficiency >70% typ. Input Power 10 W.

Also available Datasheet in white

47 LTE Antenna Solutions Apex II TG.35 & Apex III TG.45

The hinged Apex II TG.35 Wideband dipole antenna has been designed to cover all Cellular, ISM and Wi-Fi working frequencies in the 700-6000MHz spectrum. Evolving from the TG35, the TG45 covers 450-470MHz bandwidth.

Evolved from the already highly successful Apex II TG.35, this second generation has the highest wideband efficiency in its range of any terminal antenna on the market today. The Apex II has been primarily designed for use with 4G LTE modules and devices that require the highest possible efficiency and peak gain to deliver best in class throughput on all major cellular bands worldwide for access points, terminals and routers. High efficiency is vital for applications such as high speed video and real-time streaming, or high capacity MIMO networks on public transportation.

Model No. Electrical Data Mechanical Data TG.45.8113 Working Freq. 450~470/698-960/1575/ Dimensions 218*58*10mm Apex III 1602/1710-2700MHz/ Ø: 13mm (connector) Hinged 4800~6000MHz Enclosure PC/ABS Wideband Radiation Pattern Omnidirectional Connector SMA(M) Hinged 4G LTE & Wi-Fi Peak Gain (dBi) 3.29dBi avg. Op. Temp. -40°C~+85°C Antenna Polarization Linear Impedance 50Ω Return Loss ≤-10dB avg. Efficiency >62.96% avg. Datasheet Input Power 5 W

Model No. Electrical Data Mechanical Data TG.35.8113 Working Freq. 698~960/1575/ 1602 Dimensions 224*58*10mm Apex II 1710~2700MHz/ Ø: 13mm (connector) Hinged 4800~6000MHz Enclosure PC/ABS Wideband Radiation Pattern Omnidirectional Connector SMA(M) Hinged 4G LTE Antenna Peak Gain 4dBi Op. Temp. -40°C~+85°C Polarization Linear Impedance 50Ω Return Loss ≤-10dB avg. Efficiency >70% typ. Datasheet Input Power 5 W

48 Embedded 4G LTE Antennas Wideband 4G Network Antenna Range Cellular The FXUB63 flexible Wideband antenna has been designed to cover all working frequencies in the 698- 3000MHz spectrum, covering all Cellular, 2.4GHz Wi-Fi, ISM and AGPS. The antenna is delivered with a flexible body with excellent efficiencies on all bands, ground independent and cable and connector for easy installation. It enables designers to use only one antenna that covers all common LTE frequencies.

The FXUB66 future proofs device design for 4G LTE globally. It is also the ideal antenna to fit in devices that are being retrofitted with wireless functionality, as it will cover non cellular applications such as 868MHz, 915MHz or ZigBee applications. Its wideband width is more resistant to detuning than traditional small but narrow-band legacy antennas.

The Taoglas patent pending FXUB64.18.0150C flexible wideband antenna has been designed to cover all working frequencies in the 600-3000 MHz spectrum, covering all Cellular, 2.4GHz Wi-Fi, ISM, NB-IoT, Cat-M and AGPS, including LTE band 71. The antenna is delivered with a flexible body with excellent efficiencies on all bands, ground independent, with cable and connector for easy installation.

Model No. Electrical Data Mechanical Data FXUB63 Working Freq. 698~3000MHz Dimensions 96*21*0.2 mm Flexible Radiation Pattern Omnidirectional Mounting Adhesive Wideband Peak Gain (dBi) 5dBi typ. Op. Temp. -40°C~+85°C 698-3000MHz VSWR: <3.0:1 Cable* 1.37mm mini coax Polarization Linear Connector* IPEX MHFI (U.FL comp) Impedance 50Ω Material Flexible Polymer Return Loss -10dB typ. Adhesive 3M 467MP Efficiency >45% avg. Datasheet Input Power 5 W

Model No. Electrical Data Mechanical Data FXUB66 Working Freq. 700~6000MHz Dimensions 120*50*0.2mm Maximus Radiation Pattern Omnidirectional Mounting Adhesive Flexible Ultra Peak Gain 5dBi Op. Temp. -40°C~+85°C Wideband Antenna Polarization Linear Cable* 150mm Ø1.37mm 700~6000MHz Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Return Loss -12dB typ. Material Flex Polymer Efficiency >50% Adhesive Tape 3M 467 VWSR < 3:1 typ. Datasheet Max Input Power 5W

Model No. Electrical Data Mechanical Data FXUB64 Working Freq. 600~6000MHz Dimensions 130*30*0.2mm Flexible Wideband Radiation Pattern Omnidirectional Mounting Adhesive Antenna Peak Gain 4.3dB avg.. Op. Temp. -40°C~+85°C 600~3000MHz Polarization Linear Cable* 150mm Ø1.13mm Impedance 50Ω Connector* IPEX MHFI (U.FL comp) Return Loss -6.6dB typ. Material Flex Polymer Efficiency 58.5% avg. Adhesive Tape 3M 467 Max Input Power 5W Datasheet

* Cable and Connectors are Customizable.

49 Embedded 4G LTE Flex Antennas Wideband 4G Network Antenna Range

The Minima series are flexible wideband antennas in a unique compact geometric design which has excellent efficiency for its size and isotropic pattern at both low and high bands.

The patent pending antenna range was designed to cover 4G bands between 700-2700MHz but also covers 3G and 2G bands.

Model No. Electrical Data Mechanical Data FXUB68 Working Freq. 700-960MHz/ Dimensions 67*58*0.2 mm Minima 1700-2700MHz Mounting Adhesive Flexible 4G LTE VSWR 3.0 Max Cable* 1.37mm mini coax LTE Wideband Radiation Pattern Omnidirectional Connector* IPEX Antenna Peak Gain 2.25dBi avg. Material Flexible Polymer Polarization Linear Adhesive Type 3M 467MP Impedance 50Ω Op. Temp. -40°C~+85°C Return Loss -11dB typ. Efficiency 55% avg. Datasheet Peak Gain 5 W

Model No. Electrical Data Mechanical Data FXUB65 Working Freq. 700-960MHz/ Dimensions 67*58*0.2 mm Minima 1700-2700MHz Mounting Adhesive Flexible Radiation Pattern Omnidirectional Cable* 1.37mm mini coax LTE Wideband Peak Gain 2.25dBi avg. Connector* IPEX Antenna Polarization Linear Material Flexible Polymer Impedance 50Ω Adhesive Type 3M 467MP Return Loss -11dB typ. Op. Temp. -40°C~+85°C Efficiency 55% avg. 5 W Peak Gain Datasheet VSWR 3:0 Max

Embedded 4G/3G Digital Tunable Antennas The DTAD.01 is an evaluation board for our patent pending Evolution DTA tunable antenna series – antennas which deliver higher efficiency on smaller ground planes than traditional passive antennas, enabling a new miniaturized generation of high performance wireless devices.

Model No. Electrical Data Mechanical Data DTAD.01 Working Freq. 698~960MHz Antenna 40*6*5mm Digital Tunable 1710~2170MHz Dimension Antenna Radiation Pattern Omnidirectional Board 61*45*1.57mm 3G/4G cellular Peak gain >2.5dBi Dimension applications Polarization Vertical Ground Plane 20g Increase antenna Impedance 50Ω Connector SMA(F) efficiency from Max Input 26 dBm Datasheet 7% to 28% Efficiency 40% avg.

* Cable and Connectors are Customizable.

50 Taoglas Antenna Diagnostics AntD© Chip Resistor Antennas Cellular Taoglas antennas can enhance your product reliability and customer satisfaction by giving you the designer a way to ensure you know that an external antenna is attached properly.

Model No. Electrical Data Mechanical Data PC104R Working Freq. 850/900/1800/ Dimensions 80*20*1mm Penta-Band Cellular 1900/2100MHz Cable* 165mm FR4 PCB Antenna Radiation Pattern Omnidirectional Ø: 1.37 coaxial cable Adhesive Mount Peak Gain 2dBi avg. Connector* IPEX With AntD© Polarization Linear Material FR4 Chip Resistor Impedance 50Ω Adhesive 3M 467 Return Loss ≤-7dB Efficiency >42% Resistor Shunt 10K Ohm (+/- 5%) Datasheet to Ground

Model No. Electrical Data Mechanical Data GSA.8827R Working Freq. 698~960/1575.42/ Dimensions 105*30*8mm Phoenix I-Bar 1710~2700MHz Mounting Adhesive 4G/3G/2G Radiation Pattern Omnidirectional Cable* 1M RG-174 Wideband Peak Gain 2dBi avg. Connector* SMA(M) Adhesive Mount Polarization Linear Enclosure PC/ABS Chip Resistor Impedance 50Ω Adhesive 3M 1600T With AntD© Return Loss ≤-5dB avg. Chip Resistor Efficiency >37% On non-metal Resistor Shunt 15K Ohm Datasheet to Ground

* Cable and Connectors are Customizable.

51 Taoglas Antenna Diagnostics AntD© Chip Resistor Antennas

AntD© allows connected radio products using the latest cellular modules and recommended circuits to perform diagnostics on the antenna. This includes detection that the proper antenna is connected and that the connection isn’t shorted or broken.

Model No. Electrical Data Mechanical Data TG.10R Working Freq. 700~800/824~960/ Dimensions H: 168mm Ø: 13mm Triton 11575.42/1710~ 1880/ Enclosure PU Cellular 4G/3G/2G 1850~1990/1710~2170/ Op. Temp. -40°C~+85°C Assisted GPS 2400~ 2500MHz Connector Hinged SMA Male Hinged SMA(M) Radiation Pattern Omnidirectional Terminal Antenna Polarization Linear With AntD© Impedance 50Ω Chip Resistor Peak Gain >-3dBi Efficiency >55%+ avg. Input Power 50 W Resistor Shunt 10K Ohm (+/- 5%) to Ground Datasheet

Model No. Electrical Data Mechanical Data FXP14R Working Freq. 850/900/1700/ Dimensions 70*20*0.1mm Hexa-Band Cellular 1800/1900/ 2100MHz Mounting Adhesive 1575MHz GPS Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C Flexible Polymer Polarization Linear Cable* 100mm Ø: 1.13 Antenna Impedance 50Ω Connector* IPEX MHFII Ground plane Return Loss <-7dB Connector* IPEX MHFII independent Efficiency >42%+ typ. (U.FL comp) With AntD© Gain >-3dBi Material Flex Polymer Chip Resistor Resistor Shunt 10K Ohm Adhesive Tape 3M 467MP (+/- 5%) to Ground Datasheet

* Cable and Connectors are Customizable.

52 External Wall/Pole Mount 4G Dipole Antennas Cellular The LWB series are omnidirectional, outdoor, 4G LTE antennas for use in worldwide telematics and cellular communication.

They have a flat and compact blade design that provides a wideband frequency range with high efficiency and optimum omnidirectional gain across all bands. The robust, IP67 waterproof housing can be used for either outdoor or indoor environments and with the mounting shaft, it can be easily fixed to walls or poles. Utilizing low loss cables, high efficiency and high gain can be achieved over long cable lengths.

Model No. Electrical Data Mechanical Data LWB01 Working Freq. 698-960/1710-2700MHz External 4G LTE Wideband Radiation Pattern Omnidirectional Dimensions 425.5*45*157mm Bracket Mount Antenna Peak Gain 2dBi typ. Enclosure ASA 698-960/ Polarization Linear Connector* SMA(M) 1710-2700MHz Efficiency >40% avg. Cable* 5 Meter CFD-200 Bracket Mount Impedance 50Ω IP Rating IP67 Op. Temp. -40°C~+85°C

Datasheet

Model No. Electrical Data Mechanical Data LWB02 Working Freq. 790-960/1710-2700MHz Dimensions 335.5*45*157mm External 4G LTE Wideband Radiation Pattern Omnidirectional Enclosure ASA Bracket Mount Antenna Peak Gain 2dBi typ. Connector SMA(M) 790-960/ Polarization Linear Cable* 5 Meter CFD-200 1710-2700MHz Efficiency >40% avg. IP Rating IP67 Bracket Mount Impedance 50Ω Op. Temp. -40°C~+85°C

Datasheet

* Cable and Connectors are Customizable.

53 GNSS

Taoglas GNSS antennas are specifically designed to power the next generation of applications that require highly accurate location capabilities, including navigation, unmanned aerial vehicles (UAVs), heavy equipment, surveying, precision agriculture and autonomous vehicles. Our new high precision Sure Technology range of antennas incorporates, L1/L2 and L1/L2/L5 bands to achieve sub-meter level accuracy. The new antenna range is the most comprehensive series of high-precision GNSS antennas on the market today, and incorporates several new form factors to help drive optimal performance and location capabilities for any use-case requiring timing, RTK and positioning solutions.

To deliver the best accuracy, centimeter-level positioning and precise location capabilities required for applications like the connected car and autonomous driving, the use of multiple RF bands is required. Taoglas’ new range includes systems and antennas that utilize not only the additional functions of Galileo, GLONASS and BeiDou satellite systems, but also the GPS L1 /L2 or L1/ L2 /L5 bands to deliver the highest levels of accuracy and performance required.

The Taoglas Sure AQHA.50 is an external, waterproof, rugged, low-profile active antenna that offers total elevation coverage to the sky from horizon to zenith. It exhibits excellent axial ratio of better than 3dB and is optimized for multipath rejection for improved accuracy, particularly in urban environments. Tests with L1 RTK systems show 4cm location accuracy. The Taoglas Sure GGBSFTP.45 is a tri-band passive embedded stacked patch antenna that provides coverage in a single feed in a compact, easy-to-integrate solution for precision GNSS devices. The antenna substrate utilizes Taoglas’ Terrablast material to provide a robust, lighter-weight antenna that is suited for applications with high vibration and shock environments, such as drones, ATVs, and transportation.The AQHA.11 provides an excellent choice for high-stability single-band GNSS positioning and timing applications.

The GWLA.01 embedded loop antenna is a high efficiency, miniature SMD, edge-mounted ceramic antenna for GPS and 2.4GHz Wi-Fi. The GWLA.01 features two separate antenna feeds, one for GPS and one for 2.4GHz, making it the ideal choice for applications where there is limited PCB space.

Taoglas is on the cutting edge of antenna technology development for delivering high-accuracy location capabilities. We were one of the first to market with tri-band antennas tailored for IoT and automotive applications. We have a broad portfolio of GNSS antennas in a wide range of form factors allowing device designers can select the most optimal GNSS antenna for their specific application.

54 for receiving GPS signalsincompact mobiledevices. GPS patch antenna technology hasbeenproven across the industry to bethebest antenna technology Passive Ceramic Patch Antennas GPS/Galileo EmbeddedPINPatches Galileo Patch 12mm GPS & GP.1575.12.4 Model No. Galileo Patch 18mm GPS & GP.1575.18.2 Model No. Galileo Patch 15mm GPS & GP.1575.15.4 Model No. Electrical Data Electrical Data Electrical Data Impedance Polarization Peak Gain VSWR Return Loss Bandwidth Cen. Freq. Impedance Polarization Peak Gain VSWR Return Loss Bandwidth Cen. Freq. Impedance Polarization Peak Gain VSWR Return Loss Bandwidth Cen. Freq. 50Ω RHCP -0.5dBic typ. 1.5 Max ≤-10dB 8MHz Min 1575.42MHz 50Ω RHCP 1dBic typ. 1.5 Max ≤-10dB 6MHz Min 1575.42MHz 50Ω RHCP -0.5dBic typ. 1.5 Max ≤-10dB 5MHz Min 1575.42MHz Pin Pin Op. Temp. Ground Plane Dimensions Mechanical Data Adhesive Type Adhesive Adhesive Type Adhesive Pin Op. Temp. Ground Plane Dimensions Mechanical Data Adhesive Type Adhesive Pin Op. Temp. Ground Plane Dimensions Mechanical Data 1.65±0.2mm -40°C~+85°C 50*50mm 12*12*4mm NITTO 5015 0.05mm NITTO 5015 0.05mm 2.25±0.3mm -40°C~+85°C 50*50mm 18*18*2mm Tesa 4972 0.05mm 1.8±0.2mm -40°C~+85°C 66*53mm 15*15*4mm Datasheet Datasheet Datasheet 55

GNSS GPS/Galileo Embedded PIN Patches Passive Ceramic Patch Antennas

Taoglas embedded PIN Patch GPS and Galileo antennas offer high gain, a narrow bandwidth and can be right hand circularly polarized (RHCP) thus matching the characteristics of the actual sign itself. Our XtremeGain™ technology means that these tiny antennas pack the performance of larger models.

Model No. Electrical Data Mechanical Data GP.1575.18.4 Cen. Freq. 1575.42MHz Dimensions 18*18*4mm 18mm GPS & Bandwidth 8MHz Min Ground Plane 50*50mm Galileo Patch Return Loss ≤-10dB Op. Temp. -40°C~+85°C VSWR 1.5 Max Pin 2.4±0.2mm Peak Gain 2.5dBic typ. Adhesive Type NITTO 5015 Polarization RHCP Impedance 50Ω

Datasheet

Model No. Electrical Data Mechanical Data GP.1575.25.2 Cen. Freq. 1575.42MHz Dimensions 25*25*2mm 25mm GPS & Bandwidth 5MHz Min Ground Plane 35*35mm Galileo Patch Return Loss ≤-10dB Op. Temp. -40°C~+85°C VSWR 1.5 Max Pin 1.8±0.3mm Peak Gain 2.0dBic typ.. Adhesive Type NITTO 5015 Polarization RHCP Impedance 50Ω

Datasheet

Model No. Electrical Data Mechanical Data GP.1575.25.4 Cen. Freq. 1575.42MHz Dimensions 25*25*4mm 25mm GPS & Bandwidth 10MHz Min Ground Plane 50*50mm Galileo Patch Return Loss ≤-10dB Op. Temp. -40°C~+85°C VSWR 1.2 Max Pin 2.4±0.2mm Peak Gain 1.55dBic typ. Adhesive Type NITTO 5015 Polarization RHCP Impedance 50Ω

Datasheet

56 for reliable andaccurate GPS performance. Transportation, defence, marine,agriculture andnavigation applications globally choosepatch antenna technology double sidedadhesive, ithasbeentunedastheoptimal solutionfor acustomer device environment. The GP.1575.35.3 isa35*35mmceramic patch based onXtremeGain™ technology. Mounted viapinand Passive Ceramic Patch Antennas GPS/Galileo EmbeddedPINPatches Galileo Patch 35mm GPS & GP.1575.35.3 Model No. Front Electrical Data Impedance Polarization Peak Gain VSWR Return Loss Bandwidth Working Freq. 50Ω RHCP 2.0dBic typ. 1.5 Max ≤-10dB 22MHz Min 1575.42MHz Mechanical Data Op. Temp. Dimensions Ground Plane Back -40°C ~+85°C 35*35*3.5mm 50*50mm Adhesive Type Adhesive Pin Mechanical Data NITTO 5015 0.12mm thick 1.65±0.2mm Datasheet 57

GNSS GPS/Galileo Active Embedded Antenna Modules Internal Active Patch Antennas

Active GPS/Galileo patch antenna modules offer the best possible GPS performance for any device that needs to use internal antennas.

Our active GPS/Galileo patch antennas connect directly to your GPS module via a cable and connector or in some cases it can be soldered directly onto the edge of your board. Active antenna patches are already tuned for their own ground plane and LNA and have integrated front end SAW filters. This means that they are more resistant to the detuning effects of surrounding components and different device ground planes.

Model No. Electrical Data Mechanical Data AP.10E.07.0039B Frequency 1575.42MHz Dimensions 10*10*5.9mm 1 Stage 15dB LNA Gain(3.0V) 15dB typ. Op. Temp. -40°C~+85°C 10mm Patch Antenna Gain -10dBic Cable* RG-174 Front End SAW Axial Ratio 4.0dB Max Connector* IPEX MHF Filter Noise Figure (3.0V) 2.5dB Op. Temp. -40°C~+85°C Polarization RHCP Rel. Humidity 40%~95% Impedance 50Ω VSWR 2.0 Max Input Voltage Min: 1.8V, Typ.: 3.0V Max: 5.5V Power Cons. @1.8V 3mA Max @3V 3mA Max Datasheet @5.5V 3mA Max

Model No. Electrical Data Mechanical Data AP.10F.07.0039B Frequency 1575.42MHz Dimensions 10*10*6mm 2 Stage 25dB LNA Gain(3.0V) 25dB typ. Cable* 39mm Ø: 0.81 10mm Patch Antenna Gain -10dBic Connector* IPEX MHFI Front End SAW Axial Ratio 4.0dB Max (U.FL comp) Filter Noise Figure (3.0V) 2.5dB Op. Temp. -40°C~+85°C Polarization RHCP Rel. Humidity 40%~95% Impedance 50Ω VSWR 2.0 Max Input Voltage Min: 1.8V, Typ.: 3.0V, Max: 5.5V Power Cons. @1.8V 5mA Max @3V 10mA Max Datasheet @5.5V 23mA Max

Model No. Electrical Data Mechanical Data AP.12F.07.0045A Frequency 1575.42MHz Dimensions 13.4*13.4*6mm 2 Stage 25dB LNA Gain(3.0V) 28dB typ. Cable* 45mm Ø: 1.13 12mm Patch Antenna Gain -5dBic Connector* IPEX MHFI Front End SAW Axial Ratio 4.0dB Max (U.FL comp) Filter Noise Figure (3.0V) 2.0dB Op. Temp. -40°C~+85°C Polarization RHCP Rel. Humidity 40%~95% Impedance 50Ω VSWR 2.0 Max Input Voltage Min: 1.8V, Typ.: 3.0V, Max: 5.5V Power Cons. @1.8V 4mA Max @3V 9mA Max @5.5V 20mA Max Datasheet

* Cable and Connectors are Customizable.

58 internal GPS antenna. performance. Active antennas delivertheshortest cold start timeandbest accuracy whencompared to anyother Active antenna products simplifydesignanddelivertheextra sensitivityrequired for accurate andreliable GPS emissions indevices. protection from nearby radiated power surges, andtheSAWfilter also reduces the radiated spurious Our active GPS/Galileo patch antenna modulesfeature front endSAWfilters. This offers better * Cableand Connectors are Customizable. Internal Active Patch Antennas GPS/Galileo Active EmbeddedAntenna Modules Filter Front EndSAW 17mm Patch 2 Stage 28dB AP.17F.07.0064A Model No. Filter Front EndSAW 17mm Patch 1 Stage 15dB AP.17E.07.0064A Model No. Electrical Data Electrical Data Power Cons. Input Voltage VSWR Impedance Polarization Noise Figure (3.0V) Axial Ratio Antenna Gain LNA Gain(3.0V) Frequency Power Cons. Input Voltage VSWR Impedance Polarization Noise Figure (3.0V) Axial Ratio Antenna Gain LNA Gain(3.0V) Frequency @3V 7.5mAMax @1.8V 3.3mAMax, Max: 5.5V Min: 1.8VTyp.: 3.0V 2.0 Max 50Ω RHCP 2.5dB 3.0dB Max -1.5dBic 28dB typ. 1575.42MHz @5.5V 15.5mAMax @5.5V 7.6mAMax @3V 3.5mAMax @1.8V 1.6mAMax Max: 5.5V Min: 1.8V, Typ.: 3.0V 2.0 Max 50Ω RHCP 2.5dB 3.0dB Max -1.0dBic 15dB typ. 1575.42MHz Rel. Humidity Op. Temp. Connector* Cable* Dimensions Mechanical Data Rel. Humidity Connector* Cable* Dimensions Mechanical Data Op. Temp. 40%~95% -40°C~+85°C (U.FL comp) IPEX MHFI 64mm Ø:1.13 23.8*22.2*8mm 40%~95% (U.FL comp) IPEX MHFI 64mm Ø:1.13 17*17*6.1mm -40°C~+85°C Datasheet Datasheet 59

GNSS GPS/Galileo Active Embedded Antenna Modules Internal Active Patch Antennas

Experienced customers often prefer a high gain LNA due to its ability to deliver superior GPS locking in difficult environments.

Our active antennas are commonly available most in 1 stage or 2 stage versions. In general the larger the antenna, the better the performance. The AP.35A is the most sensitive off the shelf GPS antenna in the M2M Telematics market. Combining high-zenith gain and low-axial ratio, it can pick up very weak signals at low elevation satellites. A SAW filter reduces noise entering from the device system, important when considering the close proximity of cellular transmitters and circuitry in today’s miniature devices.

Model No. Electrical Data Mechanical Data AP.25E.07.0054A Frequency 1575.42MHz Dimensions 35*35*4.5mm 1 Stage 15dB LNA Gain(3.0V) 15dB typ. Cable* 54mm Ø: 1.13mm 25mm Patch Antenna Gain +1.5dBic Connector* IPEX MHFI Front End SAW Axial Ratio 3dB Max (U.FL comp) Filter Noise Figure (3.0V) 2.5dB Op. Temp. -40°C~+85°C Polarization RHCP Rel. Humidity 40%~95% Impedance 50Ω VSWR 2.0 Max Input Voltage Min: 1.8V, Typ.: 3.0V, Max: 5.5V Power Cons. @1.8V 3mA Max @3V 3mA Max Datasheet @5.5V 3mA Max

Model No. Electrical Data Mechanical Data AP.25F.07.0078A Frequency 1575.42MHz Dimensions 25*25*8mm 2 Stage 28dB LNA Gain(3.0V) 28dB Cable* 78mm Ø: 1.13 25mm Patch Antenna Gain +2.0dBic Connector* IPEX (U.FL) Front End SAW Axial Ratio 3dB Max (U.FL comp) Filter Noise Figure (3.0V) 3.0dB Op. Temp. -40°C~+85°C Polarization RHCP Rel. Humidity 40%~95% Impedance 50Ω VSWR 2.0 Max Input Voltage Min 1.8V, Typ. 3.0V, Max 5.5V Power Cons. @1.8V 10mA Max @3V 20mA Max Datasheet @5.5V 40mA Max

Model No. Electrical Data Mechanical Data AP.35A.07.0054A Frequency 1575.42MHz Dimensions 35*35*5.5mm 1 Stage 15dB LNA Gain(3.0V) 15dB Cable* 54mm Ø: 1.13 35mm Patch Antenna Gain +2.0dBic Connector* IPEX (U.FL) Front End SAW Axial Ratio 3dB Max (U.FL comp) Filter Noise Figure (3.0V) 1.5dB Op. Temp. -40°C~+85°C Polarization RHCP Rel. Humidity 40%~95% Impedance 50Ω VSWR 2.0 Max Input Voltage Min 1.8V, Typ. 3.0V, Max 5.5V Power Cons. @1.8V 3mA Max @3V 7.3mA Max Datasheet @5.5V 3mA Max

* Cable and Connectors are Customizable.

60 automotive navigation andtracking. small form factor mobile devices suchasGPS smartphones,personallocation, medical devices, telematics devices, SAW Filter provides theperformance active patch, ofanordinary butat onlyaquarter ofthesize. Itissuited to A patented SMTstructure giveshighreliability inintegration. Theultra-low powerconsumption onestage LNAwith T Type patch antenna isaccurately tunedto haveits frequency band rightat 1575.42MHzfor GPS systems. Using extremely sensitivehighdielectric constant powderformulation andtightprocess control, the10*10*4mm antennas currently available intheworld. AP.10G andAP.10H active GPS patches are thesmallest SMDGPS/Galileo highperformance embedded * First TierAutomotive IATF16949 approved. Internal Active Patch Antennas GPS/Galileo Active EmbeddedAntenna Modules Filter Front EndSAW 10mm Patch 2 Stage 25dB AP.10H.01 Model No. Filter Front EndSAW 10mm Patch 1 Stage 14dB AP.10G.01 Model No. * * Electrical Data Electrical Data Power Cons. Input Voltage VSWR Impedance Polarization Noise Figure (3.0V) Axial Ratio Antenna Gain LNA Gain(3.0V) Frequency Power Cons. Input Voltage VSWR Impedance Polarization Noise Figure (3.0V) Axial Ratio Antenna Gain LNA Gain(3.0V) Frequency RHCP 2.5dB 4.0dB Max -10dBic typ. 25dB 1575.42MHz @3.3V 3.5mAMax @1.8V 3.5mAMax @1.5V 3.5mAMax Max:3.3xV Min: 1.5,Typ.: 1.8V, 2.0 Max 50Ω RHCP 2.6dB 4.0dB Max -10dBic typ. 18dB 1575.42MHz @3.3V 23mAMax @3V 10mAMax @1.8V 5mAMax 3.0V, Max:3.3V Min: 1.8V, Typ.: 2.0 Max 50Ω Dimensions Mechanical Data Rel. Humidity Op. Temp. Mount Dimensions Mechanical Data Rel. Humidity Op. Temp. Mount 7mm vertical PCB 10*10*4mm 40%~95% -40°C~+85°C Solder Pads SMD Mountvia 7mm vertical PCB 10*10*4mm 40%~95% -40°C~+85°C Solder Pads SMD Mountvia Datasheet Datasheet

61

GNSS GPS/Galileo Embedded SMD Patch Passive SMD Ceramic Patch Antennas

Taoglas’ unique patented SMD (Surface Mount Device) GPS/Galileo patches are designed to meet the requirements of high volume applications that need to avoid manual assembly processes.

Model No. Electrical Data Mechanical Data DSGP.1575.12.4 Cen. Freq. 1575.42MHz Dimensions 12*12*4mm 12mm GPS L1 Bandwidth 4MHz Min Ground Plane 50*50mm & Galileo E1 Return Loss ≤-10dB Mounting SMD Ceramic Patch Efficiency 62.36% Op. Temp. -40°C~+85°C Gain at Zenith 2.73dBi Weight 3.3g Impedance 50Ω Datasheet

Model No. Electrical Data Mechanical Data DSGP.1575.15.4 Frequency 1575.42MHz Dimensions 15*18*4mm GPS L1 & Polarization RHCP Ground Plane 50*50mm Galileo E1 Return Loss <-10dB Mounting SMD Direct SMD Direct Mount Efficiency 67% Op. Temp. -40°C~+85°C Ceramic Patch Peak Gain 2.6dBi Weight 3.3g Antenna Impedance 50Ω Datasheet

Model No. Electrical Data Mechanical Data DSGP.1575.18.2 Cen. Freq. 1575.42MHz Dimensions 18*18*2mm GPS L1/Galileo Return Loss < -10 Ground Plane 50*50mm SMD Direct Mount Efficiency 55.94% Mounting SMD Direct Ceramic Patch Gain at Zenith 2.4dBi Op. Temp. -40°C~+85°C Antenna Impedance 50Ω Weight 2.9g Datasheet

Model No. Electrical Data Mechanical Data DSGP.1575.18.4 Cen. Freq. 1575.42MHz Dimensions 18*18*4mm GPS L1 & Bandwidth 4MHz Min Ground Plane 50*50mm Galileo E1 Return Loss ≤-10dB Mounting SMD Direct SMD Direct Mount Efficiency 83.33% Op. Temp. -40°C~+85°C Ceramic Patch Gain at Zenith 4.20dBi Weight 5.8g Antenna 50Ω Impedance Datasheet

Model No. Electrical Data Mechanical Data DSGP.1575.25 Cen. Freq. 1575.42MHz Dimensions 25*25*4mm GPS L1/Galileo Bandwidth 4MHz Min Ground Plane 50*50mm Band Return Loss ≤-10dB Mounting SMD Direct SMD Direct Mount Efficiency 85.13% Op. Temp. -40°C~+85°C Ceramic Patch Gain at Zenith 4.34dBi Weight 9.4g Antenna Impedance 50Ω Datasheet

62 integration extremely easy. the orientation oftheproduct aPlugandPlayactive versionwhichmakes isunknown.Wehavealsodeveloped antennas. Delivered ontape allowM2Mcustomers andreel they to useanomnidirectional antenna indevices where loopantennaOur GLA seriesshowat least three oftraditional timestheefficiency linear polarized 1575MHz small space requirements. The Taoglas seriesof GPS/Galileo loopantennas are miniature edge-mounted antennas, designedfor * Cableand Connectors are Customizable. Internal Passive andSMDLoop Antenna Range GPS/Galileo Loop Antennas (Evaluation Board for GLA.01) GLAD.01 Ceramic Loop Sub-Miniature GLA.01 Model No. Filter Front EndSAW 1 Stage 16dB 1575.42MHz ALA.01 Model No. Antenna Electrical Data Impedance Polarization Peak Gain VSWR Return Loss Bandwidth Cen. Freq. Current(3.0V) Input Voltage VSWR Polarization Impedance Noise Figure Peak Gain LNA Gain(3.0V) Return Loss Bandwidth Cen. Freq. Typ.13mA Max 3.3V Typ. 3.0V Min 2.7V Max 2.0 Linear 50Ω 1.3dB Max 3.1dBi typ. 16±4dBi@90° ≤-10dB 70MHz 1575.42MHz 50Ω Linear 2.5dBi typ. 2.0 Max ≤-10dB 50MHz 1575.42MHz Op. Temp. Ground Plane Mounting Dimensions Mechanical Data Rel. Humidity Pin Op. Temp. Connector* Cable* Dimensions Mechanical Data -40°C~+85°C 80*40mm SMD 5*3*0.5mm 10%~95% 2.4±0.2mm -40°C~+85°C IPEX MHF(U.FL comp) 95mm Ø:1.13 45*10*2mm Datasheet Datasheet 63

GNSS GPS/GLONASS/Galileo Passive Antennas Ceramic Patch Pin Mount Antennas

These GPS/GLONASS/GALILEO patch antennas are manufactured and tested in an IATF16949 first tier automotive approved facility. They are is mounted via pin and double-sided adhesive for ease of installation.

Model No. Electrical Data Mechanical Data CGGP.18.4.C* Receiving Freq. 1575~1610MHz Dimensions 18*18*4mm 18mm Patch Bandwidth 2.4 Max Ground Plane 70*70mm Return Loss ≤-7dB Op. Temp. -40°C~+85°C VSWR 2.4 Max Pin 1.8±0.2mm Peak Gain 3.0dBic typ. Adhesive NITTO 5015 Impedance 50Ω

Datasheet

Model No. Electrical Data Mechanical Data CGGP.25.4* Frequency 1575.42 ~ 1602MHz Dimensions 25*25*4mm 25mm Patch Operation GPS: 1575.42MHz Ground Plane 70*70mm Frequency GLONASS: 1602MHz Op. Temp. -40°C~+85°C Efficiency >88% typ. Pin 1.7mm Axial Ratio GPS: ~10 Adhesive NITTO 5015 GLONASS:~9 VSWR 1.8max Peak Gain GPS: 5.39dBi GLONASS: 5.46dBi Impedance 50Ω Datasheet

Model No. Electrical Data Mechanical Data CGGP.35.3* Receiving Freq. 1575~1610MHz Dimensions 35*35*3.5mm 35mm Patch Bandwidth 22MHz Min Ground Plane 50*50mm Return Loss ≤-10dB Op. Temp. -40°C ~ +85°C VSWR 1.5 Max Pin 2.4±0.2mm Peak Gain 1.5dBic typ. Adhesive NITTO 5015 Impedance 50Ω

Datasheet

* First Tier Automotive IATF16949 approved Note: These antennas have been tuned for a centre position on a 70*70mm ground plane. For further optimization to customer specific device environments where positioning is off centre or on different ground plane sizes, custom tuned patch antennas can be supplied.

64 defense, marine,agriculture andnavigation. was designedfor vehiclenavigation applications and M2M/IoT devices. Typical usecases includetransportation, The antenna hasbeentunedona70*70mmground planeandisperfect for applications where space islimited. It antenna worldwide. At just theCGGP.35.2.A.08 2mmthick, isthelowest profile ceramic GPS/GLONASS/Galileo passive patch Ceramic Patch PinMountAntennas GPS/GLONASS/Galileo Passive Antennas Galileo GPS/GLONASS/ Low Profile CGGP.35.2 Model No. Patch Antenna Dual band Ceramic Electrical Data Impedance Return Loss Peak Gain Efficiency Frequency Front 50Ω -10dB max GLONASS: 4.63dBi GPS/Galileo: 4.27dBi GLONASS: 71.98% GPS/Galileo: 69.73% GLONASS: 1602MHz GPS/Galileo: 1575.42MHz Back Mechanical Data Op. Temp. Weight Pin Length Pin Diameter Material Dimensions -40°C ~+85°C 3g 2.4mm 0.85mm Ceramic 35*35*2mm Datasheet 65

GNSS GPS/GLONASS/Galileo Embedded SMD Patch Internal SMD Ceramic Patch Antennas

Our SGGP antennas are a range of embedded SMT GPS, Galileo and GLONASS ceramic patches designed for navigation, UAV, vehicle tracking and telematics applications.

Model No. Electrical Data Mechanical Data SGGP.12A Frequency GPS: 1575.42MHz Dimensions 12*12*4mm 12mm Patch GLONASS: Ground Plane 50*50mm Single Feed 16025MHz Mounting SMD SMD Mount Bandwidth 8MHz Min Op. Temp. -40°C~+85°C Return Loss ≤-10dB typ. Impedance 50Ω VSWR 2.5 Max Gain at Zenith GPS: 2.67 GLONASS: 2.94 Datasheet

Model No. Electrical Data Mechanical Data SGGP.18.4.A.08 Frequency 1575.42MHz and Dimensions 18*18*4mm 18mm Patch 1602MHz Weight 5.8g Single Feed Operation GPS: 1575.42MHz Ground Plane 50*50mm SMD Mount Frequency GLONASS: 1602MHz Mounting SMD Return Loss <-10dB Op. Temp. -40°C~+85°C Impedance 50Ω Polarization RHCP Peak Gain GPS: 2.86dBi. GLONASS: 3.04dBi. Efficiency GPS: 78%i. GLONASS: 80%. Datasheet

Model No. Electrical Data Mechanical Data SGGP.25.2.A.02 Frequency 1575.42 and Dimensions 25*25*2mm 25mm Patch 1602MHz Ground Plane 50*50mm SMD direct mount Operation GPS: 1575.42MHz Mounting SMD Frequency GLONASS: 1602MHz Op. Temp. -40°C~+85°C Return Loss <-10dB Gain at Zenith GPS: 3.34dBi GLONASS: 3.32dBi Polarization RHCP Datasheet Impedance 50Ω

Model No. Electrical Data Mechanical Data SGGP.25A Cen. Freq. 1575.42MHz Dimensions 25*25*4.5mm 25mm Patch Bandwidth 8MHz Min Ground Plane 50*50mm Single Feed Return Loss ≤-10dB Mounting SMD SMD Mount VSWR 1.5 Max Op. Temp. -40°C~+85°C Impedance 50Ω Polarization RHCP Gain at Zenith GPS: -0.14dBic typ. GLONASS: Datasheet 1.75dBic typ.

66 according to requirement, subject to minimumorder quantitiesinproduction. to ensure total consistency ofperformance. Cabletype,lengthandconnectors are customizable. Samplesoffered Designed andmanufactured withinstringent IATF16949 guidelinesand100%tested for gain (S21),return loss(S11) emissions certification. end SAWfilters to reduce outof band noiseemanating from nearby cellular transceivers to limit radiated spurious and axialratios at GPS andGLONASS centre alsoincludetwostage frequencies. They LNA’s combined withfront- The AGGP seriesfeatures advanced wideband ceramic patch antennas withoptimized gain, radiation patterns GLONASS receivers. The AGGP seriesisthebest choice for embeddedantenna withthelatest generation GPS Galileoand Active Patch Antenna Modules GPS/GLONASS/Galileo Active EmbeddedSeries Filter Front EndSAW 25mm Patch 2 Stage 28dB * Model No. Filter Front EndSAW 35mm Patch 2 Stage 28dB *AGGP.35F Model No. AGGP.25F Electrical Data Electrical Data Power Cons(3V) Polarization Input Voltage Rel. Humidity Op. Temp. Out Impedance Noise Figure (3V) at Zenith Patch Gain LNA Gain(3.0V) Frequency Power Cons(3V) Polarization Input Voltage Rel. Humidity Op. Temp. Out Impedance Noise Figure (3V) at Zenith Patch Gain LNA Gain(3.0V) Frequency @5.5V 23mAMax @3V 10mAMax @1.8V 5mAMax RHCP 1.8V~5.5V 40%~95% -40°C~+85°C 50Ω 2.6dB 1602MHz -0dBic 1575.40MHz -1.5dBic 28dB 1574~1610MHz @5.5V 23mAMax @3V 10mAMax @1.8V 5mAMax RHCP 1.8V~5.5V 40%~95% -40°C~+85°C 50Ω 2.6dB <-10 1575.40MHz~1dBic 28dB 1574~1610MHz Connector** Cable** Dimensions Mechanical Data Connector** Cable** Dimensions Mechanical Data (U.FL comp) IPEX MHFI 60mm Ø:1.13 25*25*7mm (U.FL comp) IPEX MHFI 60mm Ø:1.13 35*35*7mm Datasheet Datasheet 67

GNSS Embedded GPS/GLONASS/Galileo/BeiDou Ceramic Through Hole Patch Antennas

Model No. Electrical Data Mechanical Data GGBTP.35.3 Receiving Freq. 1575~1610MHz Dimensions 35*35*3.5mm Terrablast GPS Bandwidth 22MHz Min Ground Plane 50*50mm Single Band Return Loss ≤-10dB Op. Temp. -40°C ~ +85°C Patch Antenna VSWR 1.5 Max Pin 2.4±0.2mm Peak Gain 1.5dBic typ. Adhesive NITTO 5015 Impedance 50Ω

Datasheet

Model No. Electrical Data Mechanical Data CGGBP.18.4 Frequency BeiDou:1561.098MHz Dimensions 18*18*4mm GPS/GLONASS/ GPS: 1575.42MHz Material Ceramic BeiDou GLONASS: 16025MHz Pin Diameter 0.9mm 18mm Embedded Cen. Freq. 1583MHz ± 3MHz Pin Length 1.65mm Patch Antenna VSWR 2.8 Max Op. Temp. -40°C ~ +85°C Zenith Gain BeiDou: +3.0dBi typ. Storage Temp. -40°C ~+105°C GPS: +2.0dBi typ. Humidity Non-condensing GLONASS: +4.0dBi typ. 65°C 95% RH Impedance 50 Ω

Datasheet

Model No. Electrical Data Mechanical Data CGGBP.25.4 Frequency BeiDou:1561.098MHz Dimensions 25*25*4mm GPS/GLONASS/ GPS: 1575.42MHz Material Ceramic BeiDou GLONASS: 1602MHz Pin Diameter 0.9mm 25mm Embedded Cen. Freq. 1582MHz ± 3MHz Pin Length 1.65mm Patch Antenna VSWR 2.5 : 1 Max Op. Temp. -40°C ~ +85°C Zenith Gain BeiDou: +2.5dBi typ. Storage Temp. -40°C ~+105°C GPS: +1.5dBi typ. Humidity Non-condensing GLONASS: +3.5dBi typ. 65°C 95% RH Impedance 50 Ω

Datasheet

Model No. Electrical Data Mechanical Data CGGBP.25.2 Frequency BeiDou:1561.098MHz Dimensions 25*25*2mm GPS/GLONASS/ GPS: 1575.42MHz Material Ceramic BeiDou GLONASS: 1602MHz Pin Diameter 0.9mm 25mm Embedded Efficiency BeiDou: 54% Pin Length 2.4mm Patch Antenna GPS: 53.% Op. Temp. -40°C ~ +85°C GLONASS: 71% Humidity Non-condensing Peak Gain BeiDou: 3.44dBi 65°C 95% RH GPS: 3.25dBi Weight 4g GLONASS: 4.35dBi Datasheet Impedance 50 Ω

68 transceivers. Theantennas are manufactured andtested inaIATF16949 first tierautomotive approved facility. includes aone-stage LNAandfront-end SAWfilter to reduce outof band noise,suchasfrom nearby cellular These compact active ceramic patch antennas offer strong sensitivityacross all bands andtheirsmall form factor 1558 to 1610MHz. The AGGBP seriesoffers awide-band operation over GPS, Galileo, GLONASS andBeiDousystems from Active Patch Antennas Embedded GPS/GLONASS/Galileo/BeiDou Filter Front EndSAW 25mm Patch 2 stage 28dB AGGBP.25B Model No. Filter Front EndSAW 25mm Patch 1 stage 18dB AGGBP.25A Model No. Electrical Data Electrical Data Input Voltage Power Cons Polarization Op. Temp. Impedance VSWR Noise Figure (3.0V) Patch Gain LNA Gain(3.0V) Frequency Input Voltage Power Cons Polarization Op. Temp. Impedance VSWR Noise Figure (3.0V) Patch Gain LNA Gain(3.0V) Frequency GPS/Galileo: -2.5dBityp. BeiDou: -1dBityp. 28dB 1558~1610MHz 1.8 -5.5V @5.5V 23mAMax @3V 10mAMax @1.8V 5mAMax RHCP -40°C ~+85°C 50Ω 2.0 Max 2.8dB GLONASS: -1.5dBityp GPS/Galileo: -2.5dBityp. BeiDou: -1dBityp. 18dB 1558 ~1610MHz 1.8 -5.5V @5.5V 23mAMax @3V 10mAMax @1.8V 5mAMax RHCP -40°C ~+85°C 50Ω 2.0 Max 2.8dB GLONASS: -1.5dBityp.

Connector Cable Dimensions Mechanical Data Connector Cable Dimensions Mechanical Data IPEX MHFI(U.FL) 60mm Ø1.13 25*25*8mm IPEX MHFI(U.FL) 60mm Ø1.13 25*25*8mm Datasheet Datasheet 69

GNSS Embedded GPS/GLONASS/Galileo/BeiDou GPS/GLONASS/Galileo/BeiDou Ceramic Patch Antennas

Model No. Electrical Data Mechanical Data CGGBP.35.6 Frequency BeiDou:1561.098MHz Dimensions 35*35*6.5mm GPS/GLONASS/ GPS: 1575.42MHz Material Ceramic BeiDou GLONASS: 1602MHz Pin Diameter 0.9mm 35mm Embedded Cen. Freq. 1594MHz ± 6MHz Pin Length 4.0mm Patch Antenna VSWR 2.5 : 1 Max Op. Temp. -40°C ~ +85°C Zenith Gain BeiDou: +4.5dBi typ. Storage Temp. -40°C ~+105°C GPS: +3.0dBi typ. Humidity Non-condensing GLONASS: +4.5dBi typ. 65°C 95% RH Impedance 50 Ω

Datasheet

Model No. Electrical Data Mechanical Data CGGBP.35.3 Frequency BeiDou:1561.098MHz Dimensions 35*35*3mm GPS/GLONASS/ GPS/Galileo: 1575.42MHz Material Ceramic BeiDou GLONASS: 1602MHz Pin Diameter 0.9mm 35mm Patch Cen. Freq. 1589MHz ± 6MHz Pin Length 2.15mm Pin Mount Impedance 50Ω Op. Temp. -40°C ~ +85°C Zenith Gain BeiDou: +4.0dBi typ. Storage Temp. -40°C ~+105°C GPS: +3.0dBi typ. Humidity Non-condensing GLONASS: +4.5dBi typ. 65°C 95% RH VSWR GPS/Galileo 2.5 : 1 max BeiDou 2.5 : 1 max Datasheet GLONASS 1.8 : 1 max

Model No. Electrical Data Mechanical Data CGGBP.35 Frequency BeiDou:1561.098MHz Dimensions 35*35*2mm GPS/GLONASS/ GPS/Galileo: 1575.42MHz Pin Diameter 0.85mm Galileo/BeiDou GLONASS: 1602MHz Pin Length 2.4mm L1 Embedded Impedance 50Ω Material Ceramic Patch Antenna Peak Gain BeiDou: 3.45dBi Weight 8.6g GPS: 3.68dBi Op. Temp -40°C ~ +85°C GLONASS: 4.87dBi Humidity Non-condensing Efficiency BeiDou: 58.60 % 65°C 95% RH GPS: 59.94 % GLONASS: 71.33% Datasheet

70 GPS/GLONASS/Galileo/BeiDou Ceramic SMDAntenna Unifier GGBLA.01.A Model No. performance withintherange ofamuch larger 15mmto 18mmpatch antennas. from 1555MHzto 1602MHz.Efficienciesofover80%are achievable. Peak gain of3.3dBiplaces thisantenna gain The Unifierantenna serieswide bandwidth allowshighefficiency, stable reception onallthree GNSS bands when GNSS function isneeded.Theradiation pattern ismore omnidirectional thantraditional patch antennas. Typical applications are smallsized automotive navigation orpositiontracking systems andhand-helddevices designed for smallspace requirements. applications. At 3.2*1.6*0.5mm,theUnifierGGBLA.01.Aisa miniature edge-mounted SMDantenna, Taoglas have developed auniqueceramic miniature antenna seriesfor GPS/GLONASS/Galileo/BeiDou Ceramic SMDAntenna Embedded GPS/GLONASS/Galileo/BeiDou Humidity Storage Temp. Op. Temp. Environmental Data Ground Plane Material Dimensions Mechanical Data Impedance Efficiency Gain Polarization VSWR Frequency Electrical Data Embedded GPS/GLONASS/Galileo/BeiDou Ceramic SMT -40°C ~+85°C 80*40mm Ceramic 3*2*0.5 mm 50Ω >80% Peak gain: 3.2typ. Linear 2.0 :1Max 1575.42MHz GPS/Galileo 20% to 70% -40°C ~+85°C Front Impedance Efficiency Gain Polarization VSWR Frequency Electrical Data GLONASS Linear 2.0 :1Max 1598~1608MHz 50 Ω >70% Peak gain: 2.6typ. Back Impedance Efficiency Gain Polarization VSWR Frequency Electrical Data 50 Ω >70% Peak gain: 2.8typ. Linear 2.0 :1Max 1561MHz BeiDou Datasheet 71

GNSS GPS L1/L2 Active Antennas Embedded Ceramic Active Patch Antennas

The Taoglas AGPSF.36C is an active, embedded stacked patch, GPS antenna supporting both L1 and L2 bands. It is a high performance, economical solution for the highest accuracy centimeter-level tracking applications. Taoglas can custom-tune these antennas to specific device environments, subject to NRE and MOQ.

This compact antenna exhibits excellent radiation patterns on both L1 and L2 bands and with a low noise figure to preserve signal quality helps minimize time to first fix. It also features excellent out-of-band rejection to prevent out- of-band signals from overdriving or damaging its LNAs.

Model No. Electrical Data Mechanical Data GPS L1 GPS L2 AGPSF.36C Cent. Freq 1575.42MHz 1226.7MHz Dimensions 35*35*11mm Embedded Active Return Loss <-10dB <-10dB Cable* Coaxial Cable Ø1.13 GPS L1/L2 Efficiency 68.74% 64.16% ± 0.1mm, length 100mm Stacked Patch Peak Gain 3.57dBi 2.73dBi Connector* IPEX MHFI (U.FL) Antenna Axial Ratio @ Zenith <1.5dB <5dB Weight 32 g Polarization RHCP Op. Temp. -40°C ~ +85°C Impedance 50Ω Datasheet

* Cable and Connectors are Customizable.

72 pattern whichmakes itlesssensitiveto device orientation. GLONASS/BeiDou, 70%:GPS L2/L5).TheFXP612 isalinear polarized antenna, butwithanomnidirectional radiation GLONASS bands. Thisflexibleembeddedantenna provides thehighest efficienciesinthemarket (90%: GPS/ generation highprecision GNSS antenna, designedto cover workingfrequencies intheGPS L1/L2/L5/Galileo/ a uniqueabilityto resist external detuning effects due to dual resonance. The patent pending FXP612 isanext The Cloudoutperforms most active patch antennas of80%andapeak withanefficiency gain of3dBi.Italsohas communication services. alongside theBeiDoustandard that provides not onlylocation andtimeinformation butalso require highpositioning accuracy usingGPS andGLONASS function onmoderndayGNSS systems The CloudFXP611 isa“peelandstick” flexible polymerantenna, designed for applications which Embedded Flex Polymer Embedded GPS/GLONASS/Galileo/BeiDou Loop Antennas BeiDou Antenna GLONASS G1/ GPS L5/Galileo/ GPS L1/GPS L2/ Flexible Polymer FXP612 Model No. Antenna Cloud Shape Galileo/BeiDou GPS/GLONASS/ Flexible Polymer The Cloud FXP611 Model No. Electrical Data Electrical Data Input Power Efficiency Peak Gain VSWR Impedance Polarization Radiation Pattern Frequency Max InputPower Average Gain Efficiency Peak Gain Input Power Peak Gain Max VSWR Impedance Polarization Radiation Pattern Frequency 1215-1240MHz/ 1215-1240MHz/ 1164-1189MHz/ 5W Max 91% 3.6dBi avg. 1.6 Max 50Ω Linear Omnidirectional 1593-1610MHz 1563-1587MHz/ 1559-1561MHz/ 5W -1dB 80% 2.75dBi avg. 10W 3dBi 1.2:1 Max 50Ω Linear Omnidirectional 1558-1610MHz Connector Cable Adhesive Type Material Mounting Dimensions Mechanical Data Connector Cable Adhesive Type Material Required Space Mounting Dimensions Mechanical Data (U.FL compatible) MHFI Mini-Coax 1.13mm 3M 467 FPCB Adhesive 76*47*0.15mm (U.FL comp) IPEX MHFI Coaxial cable Ø1.37 3M Tape Flexible Polymer 40*40*0.2mm Adhesive 38*37*0.15mm Datasheet Datasheet 73

GNSS GPS L1/L2/L5/Galileo/GLONASS/BeiDou Passive Terrablast Patch Antennas

The Taoglas GGBSFTP.45.9.A.08 is a 45*45mm Terrablast GPS L1, GPS L2 and GPS L5, embedded stacked passive patch antenna with 9mm thickness. This patch is made from a revolutionary new material developed to meet the unique needs of the UAV and automotive industries.

It uses a patent pending antenna technology which results in much lighter weight and withstands greater impacts. All Terrablast antennas undergo rigorous temperature, vibration and impact tests and exceed the highest ISO16750 standards. For further information, or support to test and integrate Taoglas Terrablast technology please contact your regional Taoglas facility.

Model No. Electrical Data Mechanical Data GGBSFTP.45.9.A.08 Frequency GPS L1 GPS L2 GPS L5 GPS L1,2,5, Cent. Freq 1575.42 MHz 1227.6MHz 1176.45MHz Dimensions 45*45*9mm GLONASS, BeiDou Return Loss ≤-10dB ≤-10dB ≤-6dB Material Terrablast Single Feed Efficiency 63% 50% 31% Pin Diameter 0.9 mm CP Stacked Peak Gain 2.5dBi typ. 1.1dBi typ. -0.8dBi typ. Pin Length 1.7 mm Terrablast Patch Polarization RHCP RHCP RHCP Weight 41.8g Antenna Impedance 50Ω 50Ω 50Ω Op. Temp. -30°C ~ +85°C

Datasheet

74 telematics applications for positioningtechnologies. The GPDF.47 isaquadfeed L1/L2stacked patch designedfor highest accuracy centimeter tracking level in Custom antenna modifications are subject to possibleNREandminimumorder quantity. environment butcan betunedandfurther optimized to different ground planesandenclosures ifthisis required. and isanadditionto theongoing product roadmap. Thisantenna workswellwithoutmodifications inmost The GGSFTP.50.7.A.08 buildsonthesuccess ofthegroundbreaking seriesofhighprecision antennas byTaoglas 4.3dBi gain, 2.6dBigain and4.6dBigain, respectively. on a70*70mmground plane,working at GPS 1575.42MHz,1227.6MHz andGLONASS 1602MHz,with embedded stacked passive patch antenna with7mmthickness. Theantenna hasbeentunedandtested The GGSFTP.50.7 isa50*50mmTerrablast GPS/L1/L2/GLONASS/GALILEO withGPS L2low profile, Stacked Passive Patch Antennas High Precision L1/L2GNSS Antenna Stacked Patch GLONASS GPS/Galileo/ Terrablast Low Profile GGSFTP.50.7 Model No. Assembly Dual Feed Patch Antenna Stacked Patch Galileo GPS L1/L2/ GPDF.47.8.A.02 Model No. Passive Antenna Stacked Patch 36mm SingleFeed GPS L1/L2 GPSF.36.7.A.30 Model No. Electrical Data Cent. Freq Frequency Impedance Polarization Peak Gain Efficiency Return Loss Electrical Data Electrical Data Axial Ratio Efficiency Peak Gain VSWR Impedance Polarization Frequency Efficiency Return Loss Impedance Polarization Peak Gain Radiation Pattern Working Freq. 50Ω RHCP 4.6dBi typ. 77% <-10dB Max 1575.42~1602MHz GPS/Galileo/GLONASS GPS L2:2.19 GPS L1/Galileo: 1.90 GPS L2:33.92% GPS L1/Galileo: 67.98% GPS L2:4.23dBi GPS L1/Galileo: 0.04dBi <1.20 typ. 50Ω RHCP GPS L2:1227.6MHz GPS L1/Galileo: 1575.42MHz Omnidirectional 1227.60MHz 1575.42MHz/ On non-metal 91.30% < -10dB 50Ω RHCP 2dBi avg. 50Ω RHCP 2.6dBi typ. 61% <-10dB Max 1227.6MHz GPS L2 Weight Op. Temp Rel. Humidity Weight Material Mounting Dimensions Mechanical Data Op. Temp. Weight Pin Length Pin Diameter Material Dimensions Mechanical Data Weight Op. Temp. Rel. Humidity Material Mounting Dimensions Mechanical Data 45g -40°C ~+85°C 40%~95% 45g Ceramic Mounting Pin Through–Hole 47.7*47.7*8mm -30°C ~+85°C 36.2g 1.9 mm 0.9 mm Terrablast 50*50*7mm 23.4g -40°C~+85°C 40%~95% Ceramic Mounting Pin Through–Hole 36*36*7mm Datasheet Datasheet Datasheet 75

GNSS GPS/Galileo External Antenna Solutions GPS External Antenna Range

The Titan AA.108 is a first tier automotive approved IP67 antenna which has gone through stringent PPAP certification and is also a certified shipping part that is already in the global IMDS database system.

The Titan is an adhesive mount antenna but we also offer the same performance in the AA.105 with a magnetic mount instead. Compatible with a wide range of integrated LNA modules, the AA.109 is a 1 stage LNA magnetic mount antenna. Like its sister AA series models, its compact form makes for straight forward installation.

Model No. Electrical Data Mechanical Data AA.105 Cen. Freq. 1575.42MHz Dimensions 43*32.7*14.6mm Titan Gain 30dBic±2 Mounting Magnetic Mount Magnetic Mount Noise Figure 1.5dB Max Op. Temp. -40°C~+85°C High Gain (30dB) VSWR 1.92 Max Cable* RG-174 Axial ratio 3.0dB Max Connector* SMA(M) Polarization RHCP IP Rating IP67 Impedance 50Ω Input Voltage 2.7~5.5V Power Consum. @1.8V 2.3mA, @2.7V 4.7mA @3.3V 6mA, Datasheet @5V10.3mA

Model No. Electrical Data Mechanical Data AA.108 Cen. Freq. 1575.42MHz Dimensions 43*32.7*14.6mm Titan Gain 30dBic±2 Mounting Adhesive Adhesive Mount Noise Figure 1.5dB Max Op. Temp. -40°C~+85°C High Gain (30dB) VSWR 1.92 Max Cable* RG-174 First Tier Axial ratio 3.0dB Max Connector* SMA(M) Automotive Polarization RHCP IP Rating IP67 Approved - Impedance 50Ω IATF16949 Input Voltage 1.8~3.3V Power Consum. @1.8V 4.5mA, @2.5V 6.6mA Datasheet @2.7V 7mA

Model No. Electrical Data Mechanical Data AA.109 Cen. Freq. 1575.42MHz Dimensions H: 15mm, Ø: 45mm 1 Stage LNA Gain 20dBic±2 Mounting Magnetic Mount (20dB) Noise Figure 1.3dB Max Op. Temp. -40°C~+85°C Magnetic Mount VSWR 2.0 Max Cable* RG-174 Axial ratio 1.0dB Max Connector* SMA(M) Polarization RHCP IP Rating IP67 Impedance 50Ω Input Voltage 2.4~5.5V Power Consum. @3V 7mA Max @5V 16mA Max Datasheet

* Cable and Connectors are Customizable.

76 The Hercules comes in2Stage, 3Stage &GPS/Galileo/GLONASS combinations. a low profile, durable PC-ABS Alloy enclosure with extra thick steel threads and strong washers. The Hercules range hasbeendesignedfor heavy dutyapplications inoutdoor environments. Itfeatures Permanent MountAntennas GPS/Galileo External Antenna Solutions Screw Mount Screw 3 Stage 40dB Hercules A.03.C Model No. Screw Mount Screw 2 Stage 30dB Hercules A.01.C Model No. Electrical Data Electrical Data Power Consum. Input Voltage Impedance Polarization Axial ratio VSWR Noise Figure Gain Cen. Freq. Power Consum. Input Voltage Impedance Polarization Axial ratio VSWR Noise Figure Gain Cen. Freq. @3V 10mAMax @1.8V 8mAMax 1.8~5.5V 50Ω RHCP 3.0dB Max 2.0 Max 1.5dB Max) 40±2dB 1575.42MHz @5V 12mAMax @5V 30mAMax @3V 12mAMax @1.8V 6mAMax 1.8~5.5V 50Ω RHCP 3.0dB Max 2.0 Max 3.0dB Max(@3V) 30dB typ. (@3V) 1575.42MHz IP Rating IP Connector* Cable* Op. Temp. Mounting Dimensions Mechanical Data Connector* Cable* Op. Temp. Mounting Dimensions Mechanical Data IP Rating IP IP67 &IP69K SMA(M) 10M RG-174 -40°C~+85°C Thread Ø:18mm H: 29mm,Ø:52mm SMA(M) 3M RG-174 -40°C~+85°C Thread Ø:18mm H: 29mm,Ø:49mm IP67 &IP69K Datasheet Datasheet

77

GNSS External GPS/GLONASS Solutions Permanent Mount

The Hercules A.40.A is designed for covert installation and reliable reception and transmission crossing through different mobile networks.

The Hercules A.40.A is a robust and waterproof screw mount antenna. The advantage of the Taoglas solution is the antenna inside is tuned for its housing giving your device maximum sensitivity. The antenna was designed based on market feedback - thick threads, waterproof, no fin, and low profile.

The A.41 Hercules, a high gain GPS-GLONASS-GALILEO-BeiDou antenna with IP67, UV resistant and robust enclosure, is the latest generation of Hercules GNSS antennas, capable of receiving signals from the next generation receivers for all the main operating global satellite navigation systems in operation today.

Model No. Electrical Data Mechanical Data A.40.A* Cen. Freq. 1574-1606MHz Dimensions H: 29mm, Ø: 49mm Hercules Gain 27±2dB Mounting Thread Ø: 18mm GPS/GLONASS Noise Figure 1.3dB Cable 3M SM RG-174 Screw Mount VSWR 2.0 Max Enclosure PC Axial Ratio 3.0dB Max Connector** SMA(M) Polarization RHCP IP Rating IP67 & IP69K Impedance 50Ω Input Voltage 2.2~5.5V Power Consum. 10mA typ.

Datasheet

Model No. Electrical Data Mechanical Data A.41.A* Frequency BeiDou: 1561.098MHz Dimensions H: 29mm Hercules GPS: 1575.42MHz Ø:49mm GPS/GLONASS/ GLONASS: 1602MHz Enclosure PC Enclosure Galileo/BeiDou LNA Gain (3.0V) 28dB Cable** 3M RG-174 Permanent Mount Noise Figure 2.8dB Connector** SMA(M) Impedance 50Ω IP Rating IP67 & IP69K VSWR 2.0 Max Op. Temp. -40°C ~ +85°C Polarization RHCP Input voltage Min: 1.8V, typ.: 3.0V, Max: 5.5V Power Cons @1.8V 5mA Max @3V 10mA Max Datasheet @5.5V 15mA Max

* First Tier Automotive IATF16949 approved. ** Cable and Connectors are Customizable.

78 GLONASS systems. TheUlyssesisIP67waterproof andcanwet survive outdoor environments. designed for applications whichrequire highpositioning accuracy by combining signalsfrom GPS and The UlyssesAA.162 ultra-low profil, miniature, magnetic mount(only10mminheight)GNSS antenna is * First TierAutomotive IATF16949 approved. **Cable andConnectors are Customizable. Magnetic Antennas External GPS/GLONASS/Galileo Solutions Galileo GLONASS/ Mount GPS/ Magnetic Miniature Ultra-Low Profile Ulysses AA.162 Model No. * Electrical Data Power Consum. Input Voltage VSWR Impedance Antenna Gain LNA Gain(3.0V) Frequency 2.0 Max 50Ω @1602MHz 27±3dBic @1575.42MHz 26±3dBic 28dBic 1574~1610MHz @5.5V 23mAMax @3V 10mAMax @1.8V 5mAMax Max 5.5V Typ. 3.0V Min 1.8V Rel. Humidity Op. Temp. Rating IP Connector** Cable** Enclosure Dimensions Mechanical Data 40~95% -40°C~+85°C IP67 SMA(M) 3M RG-174 UV Resistant ABS 38*40*10mm Datasheet 79

GNSS External GPS/GLONASS/Galileo Solutions Adhesive Mount/Permanent Mount

Our range of adhesive and screw mount external antennas are ideal for robust, covert installations where durability is paramount. They are perfect for telematics and M2M applications for commercial vehicle installations for fleet management.

The Stingray AA.107 is designed for covert installation and reliable reception and transmission crossing through different mobile networks. The Ultima A.30 and Hercules A.40 are robust and waterproof screw mount antennas. The advantage of the Taoglas solution is the antenna inside is tuned for its housing giving your device maximum sensitivity. The antenna was designed based on market feedback - thick threads, waterproof, no fin, and low profile.

Model No. Electrical Data Mechanical Data AA.107* Cen. Freq. Dimensions 55*52*11mm Stingray GPS 1574.42MHz Mounting Adhesive Mount Low Profile GLONASS 1602MHz Op. Temp. -40°C~+85°C Adhesive Mount LNA Gain at 3.3V 28dB typ. Cable** 3M RG-174 GPS/GLONASS Impedance 50Ω Connector** SMA(M) Return Loss 10dB Min DC power Input 3.3V Noise Figure 2.2dB typ. Datasheet Power Consum. 10mA typ.

Model No. Electrical Data Mechanical Data A.30.A* Cen. Freq. 1574.42-1606MHz Dimensions H: 20mm, Ø: 55mm Ultima Gain 27±2dB Mounting Thread Ø: 24mm Low Profile Noise Figure 1.3dB Cable 3M RG-174 Screw Mount VSWR 2.0 Max Enclosure PC GPS/GLONASS Axial Ratio 3.0dB Max Connector** SMA(M) Polarization RHCP IP Rating IP67 & IP69K Impedance 50Ω Input Voltage 2.2~5.5V Datasheet Power Consum. 10mA typ.

* First Tier Automotive IATF16949 approved. ** Cable and Connectors are Customizable.

80 * First TierAutomotive IATF16949 approved .**Cable andConnectors are Customizable. Permanent MountAntennas External GPS/GLONASS/Galileo/BeiDou Galileo/BeiDou GPS/GLONASS high precision Dual-pin MagmaX AA.171 Model No. Magnetic Mount GPS/GLONASS/ Magma AA.170 Model No. Magnetic Mount Galileo/BeiDou GPS/GLONASS high precision dual-pin Compact AA.180 Model No. Magnetic Mount Galileo/BeiDou * * * Electrical Data Electrical Data Electrical Data Power Cons Input voltage Polarization VSWR Impedance Noise Figure (3.0V) LNA Gain(3.0V) Frequency Power Cons Input voltage Polarization VSWR Impedance Noise Figure (3.0V) LNA Gain(3.0V) Frequency Power Cons Input voltage Polarization VSWR Impedance Noise Figure (3.0V) LNA Gain(3.0V) Frequency @5.5V 8.4mAMax @3V 7.2mAMax @1.8V 3.2mAMax Min: 1.8V, Typ.: 3.0V, Max:5.5V RHCP 2.0 Max 50Ω 2.1dB 28dB GLONASS: 1602MHz GPS: 1575.42MHz BeiDou: 1561.098MHz @3V 7.2mAMax @1.8V 3.2mAMax Max: 5.5V Min: 1.8V, Typ.: 3.0V, RHCP 2.0 Max 50Ω 2.1dB 30dB GLONASS: 1602MHz GPS: 1575.42MHz BeiDou: 1561.098MHz @5.5V 8.4mAMax @3V 7.2mAMax @1.8V 3.2mAMax Min: 1.8V, Typ.: 3.0V, Max:5.5V RHCP 2.0 Max 50Ω 3.3dBi 32dB GLONASS: 1602MHz GPS: 1575.42MHz BeiDou: 1561.098MHz Op. Temp. IP Rating Connector** Cable** Enclosure Dimensions Mechanical Dwata Op. Temp. Rating IP Connector** Cable** Enclosure Dimensions Mechanical Data Op. Temp. IP Rating Connector** Cable** Enclosure Dimensions Mechanical Data -40°C ~+85°C IP67 SMA(M) 3M RG-174 ABS 53*50*17mm -40°C ~+85°C IP67 SMA(M) 3M RG-174 ABS 53*50*17mm -40°C ~+85°C IP67 SMA(M) 5M RG-174 ASA 35*35*6mm Datasheet Datasheet Datasheet 81

GNSS External GPS/GLONASS/Galileo/BeiDou Permanent Mount Antennas

The Torpedo AQHA.11 GNSS quadrifilar helix antenna is a high-performance GNSS antenna for demanding GPS/GLONASS/BEIDOU/Galileo applications.

The wide bandwidth allows maximum coverage of the main global satellite constellations. The wide axial ratio beamwidth of the quad-helix provides excellent reception and signal fidelity across the sky, reducing multipath effects while seeing more low elevation satellites, in comparison to patch antenna designs.

The Bolt A.90 is a high gain GNSS L1 (GPS/GLONASS) antenna that features very high out-of-band rejection and can handle large bursts of power from nearby transmitters. These characteristics make the A.90 ideal for applications where the antenna will be placed near high-power transmitters, such as cellular base stations or radar systems.

Model No. Electrical Data Mechanical Data AQHA.11 Frequency BeiDou: 1561MHz Dimensions H: 120mm, Ø: 93mm Torpedo GPS: 1575.42MHz Base and Thread Nickel Plated Zinc Alloy Active GNSS External Permanent Glonass: 1601.6MHz Cable 1M RG-174 Mount Antenna Connector SMA(M) GPS/GLONASS/Galileo/BeiDou/L Band Peak Gain BeiDou: +0.7 Enclosure ASA GPS: +1.0 IP Rating IP67 Glonass: +1.0 Op. Temp. -40°C ~ +85°C

Noise Figure BeiDou: <2.5dB GPS: <2.0dB Glonass: <2.5dB

Axial Ratio <3dB Polarization RHCP Impedance 50Ω Input Voltage 2.0~24.0V Datasheet Power Consum. <15mA

Model No. Electrical Data Mechanical Data GPS L1 GLONASS Bolt Cent. Freq 1575.42MHz 1602MHz Dimensions 94.3mm*25.4mm A.90 Return Loss <-10dB <-10dB Cable* 1M RG-174 GPS L1 /Galileo/GLONASS Efficiency 60.81 % 65.76% Connector* SMA (M) Permanent Mount Peak Gain 3.59 dBi 4.05dBi Enclosure ASA Antenna Gain @ Zenith 4.5dBi Typ. 4.5dBi Typ. IP Rating IP67 Polarization RHCP Weight 175g Impedance 50Ω Op. Temp. -40°C ~ +85°C

Datasheet

82 systems. enclosure. Typical applications includevehicletracking devices, telematics devices, andother remote monitoring This monopoleantenna worksbest whenconnected directly to theground planeofthedevice main-board ormetal The compact TS.07 provides coverage amongGPS, GLONASS andBeiDoufrequencies withimpressive efficiency. than theTS.07. For hinged monopoleantennas withimpressively highefficiency for GNSS frequencies looknofurther Terminal Antennas External GPS/GLONASS/Galileo/BeiDou design Rotatable hinge Terminal Antenna Galileo/BeiDou GPS/GLONASS/ TS.07 Model No. Electrical Data Return Loss Efficiency Peak Gain Input Power Impedance Polarization Radiation Pattern Frequency (on 30*30cmground plane) <-10dB (on 30*30cmground plane) 72.12% avg. (on 30*30cmground plane) 4.02dBi avg. 10W 50Ω Linear Omnidirectional 1561~1610MHz Op. Temp. Connector Enclosure Dimensions Mechanical Data -40°C ~+85°C SMA(M) POM ø: 10mm H: 72mm Datasheet 83

GNSS External GPS/GLONASS Solutions Permanent Mount

Our A.80 Bolt screw-mount external GPS L1/L2 antenna is ideal for applications requiring highest accuracy centimeter-level positioning and covert installations. Its dual-pin, stacked patch structure allows for improved axial ratio bandwidth and is designed to support GPS L1 and L2 signals for improved positioning accuracy.

It also supports the GLONASS G1 and G2, Galileo G1 and BeiDou B1 and B2 bands. Low noise amplifiers in the front- end circuit ensure signal strength and can operate with an input voltage ranging from 1.8 to 5 volts. This compact antenna has a low-profile, robust vandal-resistant design, and an IP67 waterproof ASA enclosure. Suitable for agritech, autonomous routing, and telematics applications.

Model No. Electrical Data Mechanical Data GPS L1 GPS L2 Bolt Cent. Freq 1575.42MHz 1226.7MHz Dimensions 94.3mm*25.4mm A.80 Return Loss <-10dB <-10dB Cable* 1M RG-174 GPS L1 & L2 Efficiency 70.59%** 39.42%** Connector* SMA(M) Permanent Mount Peak Gain 3.99dBi** 1.21dBi** Enclosure ASA Antenna Gain @ Zenith 3.5dBi Typ. 1dBi Typ. IP Rating IP67 Polarization RHCP Weight 250g Impedance 50Ω Op. Temp. -20°C ~ +65°C

Datasheet

*Cable and Connectors are Customizable. **In free space.

84 Please contact yourregional Taoglas office for support. or therover, theAQHA.50 genuine can centimetre achieve accuracy. level Cableandconnectors are customizable. ongoing product road mapofhighprecision antennas byTaoglas. For RTK applications whenusedonthebase and/ installation andcan bemounted onanysurface. TheAQHA.50.A.301111 andisthelatest external additionto an The Colosseumprovides excellent positioningstability. Therobust, IP67rated screwmount housingprovides easy perfect axialratio makingitresilient across multipath rejection. urban environments. Thequadhelixantenna hasaneven gain across thetop hemisphere givingalmost designed to work well on L1/L2/L5bands, leading to higherlocation accuracy andstability of tracking in Our AQHA.50 L1/L2/L5GPS active antenna isapermanentMount antenna andhasbeencarefully * Cableand Connectors are Customizable. Permanent Mount External GPS L1/L2/L5Solutions Antenna Permanent Mount Active GPS L1/L2/L5 Colosseum AQHA.50 Model No. Electrical Data Input Voltage Power Consum. Return Loss Noise Figure Peak Gain Effficiency Frequency L1 < -10dB 1.8dB typ. 0.79dB 25.03% 1575.42MHz < -5.0dBtyp. 2.1dB typ. 3.52dB 30.72% 1227MHz L2 21mA typ. 3.0V typ. < -10dB 2.4dB typ. 1.6dB 26.87% 1176MHz L5 Op. Temp. Rating IP Connector* Cable* Dimensions Mechanical Data -30°C ~+80°C IP67 SMA(M) 3M RG-174 H: 57.4mm,Ø:94.3mm Datasheet 85

GNSS GPS SAW Diplexers Permanent Mount GPS Antennas

Our range of advanced compact SAW diplexers are perfect for navigation system applications. Designed to function as bandpass filters for each band and either split one path or to combine both bands back into one RF feed.

Model No. Electrical Data Mechanical Data DXP.01.A L2 Band GPS Dimensions 5*5*1.7mm SMD L1/L2 Center Frequency 1575.42MHz Input power Level 10dBm L2 SAW Diplexer insertion Loss 3.3dB typ. DC Voltage 3V GPS L1, Amplitude Ripple 0.1dB typ. Op Temp. -40°C ~ +85°C GLONASS L2 & Return Loss -12dB typ. BeiDou B2 L2 Band GLONASS/B2 Band BeiDou Center Frequency 1222.7625MHz insertion Loss 4.1dB typ. Amplitude Ripple 0.9dB typ. Datasheet Return Loss -12dB typ.

Model No. Electrical Data Mechanical Data DXP.02.A L2 Band Dimensions 5*5*1.7mm SMD L1/L2/L5 Center Frequency 1582.1875MHz Input power Level 10dBm SAW Diplexer insertion Loss 3.8dB typ. DC Voltage 3V GNSS Band Amplitude Ripple 0.6dB typ. Op Temp. -40°C ~ +85°C Applications Return Loss -13dB typ.

L2 and L5 Band Center Frequency 1206.9225MHz insertion Loss 4.2dB typ. Amplitude Ripple 1.2dB typ. Datasheet Return Loss -8dB typ.

86 The Taoglas Hercules range isalow profile, compact, heavy dutyomnidirectional solutionwithhigh antenna. with AM/FMincludedmakingitthebest choice for First Responders needinganLMR/LTE hybrid FirstNet Response antenna range. TheRaptor III7-in-1isalso apopularchoice for thispurpose 9-in-1antennaOur Synergy isanLTE 4X4MIMO,Wi-FiMIMOandisalsoapopularchoice from our of LTE, Wi-Fi,andGNSS. Our GuardianX MA9909isa9-in-1with8LTE and1GNSS whichisavailable invariable combinations for transportation connectivity systems . for 4GLTE cellular applications that alsorequire GNSS and/or Wi-Fiorsatellite options andare ideal than Taoglas. OurGuardian range isaseriesofadhesive mount4,56,8,and9-in-1antenna solutions For acomprehensive range ofupto 9-in-1combination antennas to suitanyneed,looknofurther Combination local office to discusscustomized antenna options to suit your needs. Check outthefullsuite ofexternal andembeddedcombination antennas overleaf or contact your BeiDou, dual-band Wi-FiandSatellite LBand. solution. Thissturdy domehousingcomes inupto 5-in-1variations includingLTE, GPS/GLONASS/ Need thebest achievable performance withoutcompromise? OurPantheon range istheperfect resistant range isideal for worldwide telematics applications. dual-band Wi-FiandISMinupto 5-in-1variations inaIP67form factor. Thislowest profile, vandal Our Storm range delivers worldwide 4GMIMOantenna plusGPS, technology GLONASS andBeiDou, band Wi-Fielements upto 2-in-1variations. andisolationefficiency between antenna elements. It can encompass LTE, GNSS, UHF, ISManddual 87

Combination Permanent Mount 2-in-1 Ultima GEN II Series - Lowest Profile

The Ultima MA111 GPS/GLONASS and cellular combination antenna is an extremely low profile high performance GPS/GLONASS and penta-band cellular antenna solution for professional telematics applications.

At a height of only 19.6mm, this is the it is the lowest profile antenna in the market, with a diameter of 55mm. It is designed to be mounted and coupled to the metal structures it attaches onto to radiate. The durable UV ABS housing, thread and nut is resistant to vandalism.

The closed cell foam with double-sided adhesive provides a permanent waterproof seal and can adjust to different curvatures, preventing water from leaking under the antenna into the mounting hole.

For applications that require mounting on non-metal structures we recommend the Hercules MA104.

Also available in white

Model No. Electrical Data Mechanical Data MA111 GPS/GLONASS Dimensions H: 19.6mm Ø: 55mm Ultima 2-in-1 Cent.Freq. 1574~1606MHz Enclosure PC GPS/GLONASS/Cellular Total Gain 27dB typical at 3.0V Cables 3M, CFD-200 / 3M, RG-174 Permanent Mount @Zenith Connector SMA(M) Noise Figure 1.3dB typical IP Rating IP67 VSWR 2.0 Max

Cellular Frequency 824~960/ 1710~2170MHz Impedance 50Ω VSWR 3.5 Max Peak Gain 2dBi Datasheet Efficiency >41%

88 install. thick threads anduniquelowest loss,highexternal noiserejection cables exitingthrough thebottom for ease of The Hercules was designedmainlyfor commercial vehicleandoutdoor equipmentinstallations. Itcomes with extra through thebottom for ease of install. It comes withextra thickthreads anduniquelowest loss, highexternal noiserejection cables exiting The Hercules was designedmainlyfor commercial vehicle andoutdoor equipmentinstallations. *Cableand Connectors are Customizable. Hercules Series-Ground Independent Permanent Mount2-in-1 in white Also available in white Also available

Permanent Mount Cellular GPS/GLONASS/ Hercules MA106 Model No. Permanent Mount GPS/Cellular Hercules MA104 Model No. Total Gain Centre Freq. GPS/GLONASS Electrical Data Efficiency Peak Gain VSWR Impedance Polarization Cellular Polarization Axial Ratio Noise Figure Efficiency Peak Gain VSWR Impedance Polarization Cellular VSWR Noise Figure Gain Centre Freq. GPS Electrical Data >20% 0.1dBi@1710-1880MHz 1.6dBi@880-960MHz ≤3.5 50Ω Linear 1800/1900/2100MHz Penta-band 850/900/ RHCP 3.0dB Max 2.6dB typ. @ Zenith 28dB typical at 3.0V 1574~1610MHz 2 Stage 27dBLNA >20% 3.6dBi@1710-1880MHz 2.0dBi@880-960MH ≤3.5 50Ω Linear 1800/1900/2100MHz Penta-band 850/900/ 2.0 Max 3.0 typ. @ Zenith -2dB Passive Gain 1575.42MHz 2 Stage 30dBLNA Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data Cable* Mounting Dimensions Mechanical Data Op. Temp. IP Rating Connector* -40°C ~+85°C IP67 &IP69K SMA(M) -Cellular SMA(M) -GPS/GLONASS RG-174 -GPS/GLONASS 3M CFD-200-Cellular Thread Ø:18mm H:29mm,Ø:49mm 3M RG-174-GPS Thread Ø:18mm H: 29mm,Ø:49mm -40°C ~+85°C IP67 &IP69 SMA(M) -Cellular SMA(M) -GPS 3M RG-174-Cellular Datasheet Datasheet

89

Combination Permanent Mount 2-in-1 Hercules & Ultima - Wi-Fi MIMO

MIMO communication systems are needed for high data rate communication. Taoglas MIMO antennas offer a compact structure, high radiation efficiency, low envelope correlation and high isolation between signal ports.

Model No. Electrical Data Mechanical Data MA510 2.4 ~ 2.5GHz Dimensions H: 29mm, Ø: 49mm Hercules Frequency 2400~2500MHz Mounting Thread Ø: 18mm Dual Band Peak Gain 3.9dBi typ. Cable* 1M RG-316 2.4/5.8GHz MIMO Efficiency 60% typ. Connector* RP-SMA(M) Permanent Mount Polarization Linear IP Rating IP67 & IP69K Impedance 50Ω Op. Temp. -40°C ~ +85°C VSWR ≤2.0 Max Input Power 2W

4.8~5.8GHz Frequency 4800~5800MHz Peak Gain 3dBi typ. Efficiency 40% typ. Polarization Linear Impedance 50Ω VSWR ≤2.0 Datasheet Max Input Power 2W

Model No. Electrical Data Mechanical Data MA515 MIMO 1 & 2 Dimensions H: 29mm, Ø: 49mm Hercules Frequency 2400~2500MHz Mounting Thread Ø: 18mm 2.4GHz MIMO Peak Gain 3dBi typ. Cable* 1M RG-316 Permanent Mount Efficiency 56% typ. Connector* RP-SMA(M) Polarization Linear IP Rating IP67 & IP69K Impedance Linear Op. Temp. -40°C ~ +85°C VSWR ≤2.0 Max Input Power 2W Datasheet

Model No. Electrical Data Mechanical Data MA530 2.4 ~ 2.5GHz MIMO 1 & 2 Dimensions H: 19.6mm, Ø: 55.2mm Ultima Frequency 2400~2500MHz Mounting Thread Ø: 24mm Dual Band Peak Gain 3.5~5.5dBi typ. Cable* 1M RG-174 2.4/5.8GHz MIMO Efficiency 42% avg. Connector* RP-SMA(M) Polarization Linear IP Rating IP67 & IP69K Impedance 50Ω Op. Temp. -40°C ~ +85°C VSWR ≤3.0 Max Input Power 5W

5.15 ~ 5.85GHz MIMO 1 & 2 Frequency 5150~5850MHz Peak Gain 1.6~2.3dBi typ. Efficiency 26% typ. Polarization Linear Impedance 50Ω VSWR ≤3.0 Max Input Power 5W Datasheet

* Cable and Connectors are Customizable.

90 MA131 provide GPS/GLONASS andISMbands to eventuality. suitevery The Hercules MA120antenna isahighperformance 450MHzand868MHzantenna, whiletheMA130and * CableandConnectors are Customizable. Hercules Series-Ground Independent Permanent Mount2-in-1 Permanent Mount 915MHz GPS/Glonass / Hercules MA131 Model No. Permanent Mount /868MHz GPS/Glonass Hercules MA130 Model No. Permanent Mount 450MHz &868MHz Hercules GENII MA120 Model No. Noise Figure Polarization Impedance Total Gain VSWR Frequency GPS/GLONASS Input Power Polarization Impedance Efficiency Peak Gain Return Loss Frequency ISM915 Electrical Data Noise Figure Polarization Impedance Total Gain VSWR Frequency GPS/GLONASS Input Power Polarization Impedance Efficiency Peak Gain Return Loss Frequency ISM450 Electrical Data Noise Figure Polarization Impedance Total Gain VSWR Frequency ISM868 Input Power Polarization Impedance Efficiency Peak Gain Return Loss Frequency ISM450 Electrical Data 1.3dB typ. Linear 50Ω 27dB typ. 2.0 Max 1574~1606MHz 5W Max Linear 50Ω 42% avg. 3dBi -10dB Max 868~870MHz 5W Max Linear 50Ω 1.11dBi 10dB 865~870MHz 5W Max Linear 50Ω 40% avg. 3.91dBi 10dB 450~457MHz 1.3dB typ. Linear 50Ω 27dB typ. 2.0 Max 1574~1606MHz 5W Max Linear 50Ω 40% avg. 3.52dBi -10dB Max 902~928MHz Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data -40°C ~+85°C IP67 &IP69K SMA(M) 1M RG-316 Thread Ø:18mm H: 29mm,Ø:49mm -40°C ~+85°C IP67 &IP69K SMA(M) 1M RG-316/RG-174 Thread Ø:18mm H: 29mm,Ø:49mm -40°C ~+85°C IP67 &IP69K SMA(M) 1M RG-316/RG-174 Thread Ø:18mm H: 29mm,Ø:49mm Datasheet Datasheet Datasheet 91

Combination Permanent Mount 2-in-1 Hercules Series - Ground Independent

The Hercules MA501 is a GPS and dual-band Wi-Fi antenna and the Hercules MA520 combines a penta- band cellular antenna with dual-band Wi-Fi antenna.

Model No. Electrical Data Mechanical Data MA501 GPS 2 Stage 30dB LNA Dimensions H: 29mm, Ø: 49mm Hercules Cen. Freq 1575.42MHz Mounting Thread Ø: 18mm GPS & Wi-Fi Gain 30dBic typ. (@3V) Cable* 3M RG-174 - GPS Permanent Mount Noise Figure 3.0dB Max (@3V) CFD-200 - Wi-Fi Power Consump. 12mA(@3V) Connector* SMA(M) - GPS Polarization RHCP RP-SMA(M) - Wi-Fi IP Rating IP67 & IP69K Wi-Fi Dual Band 2.4~2.5GHz Op. Temp. -40°C ~ +85°C 4.9~6.0GHz Polarization Linear Impedance 50Ω VSWR ≤1.8 Peak Gain [email protected] Datasheet Efficiency 5W Max

Model No. Electrical Data Mechanical Data MA520 Cellular Penta-band 850/900/ Dimensions H: 29mm, Ø: 49mm Hercules 1800/1900/2100MHz Mounting Thread Ø: 18mm Cellular & Wi-Fi Polarisation Linear Cables* 2M RG-316-174 Permanent Mount Impedance 50Ω Connector* SMA(M) - Cellular Return Loss <-12dB RP-SMA(M) - Wi-Fi Peak Gain 1.0dBi @ 824~960MHz IP Rating IP67 & IP69K 0dBi @ 1710~1880MHz Op. Temp. -40°C ~ +85°C

Dual Band 2.4~2.5GHz 5.0~5.8GHz Polarisation Linear Impedance 50Ω Return Loss <-8dB Peak Gain [email protected]~2.5GHz [email protected]~5.8GHz Datasheet Efficiency >18%

* Cable and Connectors are Customizable.

92 unobtrusive, robust, rugged antenna that isdurable inextreme even environments. telematics, remote monitoring, smartmeter systems, construction equipment,the Spartan provides an telematics applications where longcable lengthsare needed.For industries suchascommercial vehicle With astandard lengthof10meters oflowlosscable, theMA650isspeciallydesigned for automotive ortrain M2M antenna for useintelematics, transportation andremote monitoring applications. The Spartan MA650antenna at just 36mmhigh,isalow profile, heavy-duty, IP67 waterproof external Spartan Series-GPS/GLONASS &3G/2G Permanent Mount2-in-1 Low Profile Permanent Mount Combination Antenna GPS/GLONASS /Cellular- Spartan 2-in-1 MA650 Model No. Radiation Pattern Impedance Polarization VSWR Peak Gain Efficiency Frequency Cellular Impedance Polarization VSWR Peak Gain Efficiency Frequency GPS/GLONASS Electrical Data 1800/2100MHz 850/900/1700/ 50Ω Linear 2:1 Max 4.0dBic typ. 50% avg. 1575~1602MHz Omnidirectional 50Ω Linear 3 Max -0.75dBi avg. 28% avg. Connector Cable Op. Temp. IP Rating Connector Cable Base &Thread Thread Enclosure Dimensions Mechanical Data SMA(M) CFD-200 -40°C~+85°C IP67 SMA(M) 10M RG-174 Nickel Plated Zinc Ø: 30mm PC-ABS Wonderloy PC-540 H: 36mmØ:146mm Datasheet 93

Combination Permanent Mount 2-in-1 Pantheon Series - LTE MIMO

The Pantheon MA741 2* LTE MIMO antenna is an omnidirectional heavy-duty, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications.

The Pantheon includes two LTE MIMO antennas, with the highest efficiency and peak gain possible. This is necessary for today’s high speed data uplink and downlink systems in applications such as real time video, for maximum throughput and highest signal-to-noise ratio. The antenna elements operate at all common 4G/3G/2G LTE bands worldwide. The housing is an extremely robust IP67 permanent mount antenna package with excellent isolation (20dB+).

Also available in white

Model No. Electrical Data Mechanical Data MA741.B LTE MIMO 1 Dimensions H: 86mm, Ø: 146mm Pantheon 2-in-1 Frequency 698-960MHz/ Mounting Thread Ø: 30mm 2*LTE MIMO Antenna 1710-2170MHz/ Enclosure Wonderloy PC-540 Permanent Mount 2300-2700MHz/ PC/ABS Alloy 2900-3500MHz Op. Temp. -40°C~+85°C Peak Gain 2dBi typ. Cable* 3M CFD-200 Efficiency 45% avg. Connector* SMA(M) Impedance 50Ω IP Rating IP67 Return Loss ≤-6dB

LTE MIMO 2 Frequency 698-960MHz/ Cable* 3M CFD-200 1710-2170MHz/ Connector* SMA(M) 2300-2700MHz/ 2900-3500MHz Peak Gain 4dBi typ. Efficiency 33% avg. Impedance 50Ω Datasheet Return Loss ≤-6dB

* Cable and Connectors are Customizable.

94 cable runsto maintain highefficiency. intelligent transport systems andHDvideobroadcast systems to nameafew. Low losscables are usedoverlong This external antenna isideal for worldwidetelematics applications, including;HDvideooverLTE, digital signage, The Storm offers best-in-class LTE performance inalowprofile, heavy duty, IP67 waterproof form factor. 31mm, istheworld’s lowest profile global telematics antenna solution. The Storm MA412delivers powerful worldwide 4GLTE MIMOantenna technology andat aheightof just * Cableand Connectors are Customizable. **Ona50*50cm ground plane. Storm Series-LTE MIMO Permanent Mount2-in-1 Low Profile Permanent Mount 2*LTE MIMOAntenna Storm 2-in-1 MA412 Model No. Polarization VSWR Impedance Efficiency Peak Gain** Frequency LTE MIMO2 Polarization VSWR Peak Gain** Impedance Efficiency** Frequency LTE MIMO1 Electrical Data 1710-2170MHz/ 1710-2170MHz/ 698-960MHz/ Linear <3.5 avg. ≤-6dBi 50Ω >39% avg. 2490-2690MHz 1710-2170MHz/ 698-960MHz/ Linear <3.5 avg. 50Ω >40% avg. 5.1dBi avg. 2490-2690MHz Connector* Cable* Op. Temp. IP Rating Connector* Cable* Enclosure Weight Dimensions Mechanical Data SMA(M) 3M CFD-200 -40°C ~+85°C IP67 SMA(M) 3M CFD-200 PC/ABS Alloy 480g 216*93*31mm Datasheet

95

Combination Permanent Mount 2-in-1 Monsoon Series - LTE MIMO

The Monsoon MA170 is a low profile, IP69K waterproof external antenna or use in asset tracking applications such as containers and also for global telematics services.

This robust antenna delivers across all worldwide 4G bands including fallback to 3G and 2G bands. Typical applications include; HD video, intelligent transport systems, wireless LTE MIMO M2M devices and digital signage.

Model No. Electrical Data** Mechanical Data MA170 LTE MIMO1 Dimensions 204*69*31mm Monsoon 2-in-1 Frequency 698-960MHz/ Weight 1200g 1710-2170MHz/ (including Cables) LTE MIMO Antenna 2490-2690MHz Enclosure PC/ABS Alloy Low Profile Efficiency 41.79% avg. Cable* 3M CFD-200 Permanent Mount Impedance 50Ω Connector* SMA(M) Peak Gain** 3.22dBi avg IP Rating IP67 VSWR < 5 Op. Temp. -40°C ~ +85°C Polarization Linear

LTE MIMO 2 Frequency 698-960MHz/ Cable* 3M CFD-200 1710-2170MHz/ Connector* SMA(M) 2490-2690MHz Peak Gain 3.57dBi avg. Efficiency 43.30% avg. Impedance 50Ω VSWR < 5 Datasheet Polarization Linear

* Cable and Connectors are Customizable. **On a 50*50cm ground plane.

96 antenna solutionat only31mmhigh. plus GPS/GLONASS/BeiDou for next generation location accuracy. Itistheworld’s lowest profile global telematics The Storm deliverspowerfulworldwide4GLTE MIMOantenna andincludesfallback technology to 3Gand2Gbands, worldwide telematics applications whichrequire best-in-class LTE andGNSS performance. The Storm MA411antenna isalow profile, heavy-duty, IP67 waterproof external M2Mantenna used for * Cableand Connectors are Customizable. **Ona50*50cm ground plane. Storm Series-GPS/GLONASS/BeiDou 4G/3G/2G2*MIMO Permanent Mount3-in-1 GNSS <E MIMO Storm 3-in-1 MA411 Model No. Impedance VSWR Polarization Peak Gain Efficiency Frequency MIMO 1&2 Cellular LNA Gain Return Loss Axial Ratio Polarization VSWR Efficiency Centre Freq. GPS/GLONASS/BeiDou Electrical Data ** Max: 5.5V:31dB Typ.: 3.0V:28dB Min: 1.8V:20dB 10dB Min GLONASS:<10.6 GPS:<3.2 BeiDou:<5.5 RHCP 2 Max >55% avg. GLONASS:1602MHz GPS:1575.42MHz BeiDou:1561.098MHz 50Ω <3.5 Linear 6.4dBi avg. >54% avg. 3300-3600MHz 2490-2690MHz/ 1710-2170MHz/ 698-960MHz Connector* Cable* Op. Temp. IP Rating Connector* Cable* Base &Thread Weight Enclosure Dimensions Mechanical Data Fakra(Jack) CodeD 0.3M CFD-200 -40°C ~+85°C IP67 Fakra(Jack) CodeC 0.3M CFD-200 aluminum Nickel plated 415g PC/ABS Alloy 216*93*31mm Datasheet 97

Combination Permanent Mount 3-in-1 Spartan Series - GPS/GLONASS, Cellular and Wi-Fi

The Spartan MA600 antenna is a heavy-duty, IP67 water-proof external M2M antenna for use in telematics, transportation and remote monitoring applications.

The Spartan is unique in the market because it combines a 3-in-1 GPS/GLONASS /Cellular (3G and 2G) and Wi-Fi, heavy-duty antenna with high efficiency in a compact low profile format at only 36mm high. The antenna screws down permanently onto a roof or metal panel and can be pole or wall-mounted with a metal bracket. It comes with a waterproof 3M adhesive underlay to permanently prevent any water from leaking under the antenna into the mounting hole.

Also available in white

Model No. Electrical Data Mechanical Data MA600 Cellular Dimensions H: 36mm, Ø: 146mm Spartan 3-in-1 Frequency Penta-band 850/900/ Mounting Thread Ø: 30mm Low Profile 1800/1900/2100MHz Enclosure Wonderloy PC-540 GPS/GLONASS/Cellular/Wi-Fi Peak Gain 2dBi typ. PC/ABS Alloy Permanent Mount Efficiency 40% avg. Op. Temp. -40°C~+85°C Polarization Linear Cable 3M CFD-200 Impedance 50Ω Connector SMA(M) IP Rating IP67

GPS/GLONASS Frequency 1575~1606MHz Cable* 3M RG-174 LNA 2 Stage 30dB LNA Connector* SMA(M) Peak Gain 4.0dBic typ. Efficiency 50% avg. Impedance 50Ω VSWR ≤2.0

Wi-Fi Frequency 2.4~2.5GHz Cable* 3M CFD-200 4.7~5.9GHz Connector* SMA(M) Peak Gain 3.8dBi typ. Efficiency 48% avg. Polarization Linear Impedance 50Ω Datasheet VSWR ≤1.6

* Cable and Connectors are Customizable.

98 permanently onto aroof ormetal panel andcan bepoleorwall-mounted. antennas inaheavy-duty structure inalowprofile withhighefficiency compact Theantenna format. down screws The Spartan MA603antenna isuniqueinthemarket because itcombines 3-in-1GPS/GLONASS, Cellularand915MHz in telematics, transportation andremote monitoring applications. The Spartan MA605antenna isalow profile, heavy-duty, IP67 waterproof external M2Mantenna for use * Cableand Connectors are Customizable. IP Rating Connector* Cable* Base andthread Enclosure Dimensions Mechanical Data Peak Gain Avg. Efficiency Wi-Fi DualBand Peak Gain Avg.Efficiency Cellular Average Gain LNA GPS/GLONASS Electrical Data Permanent Mount Low Profile GPS/GLONASS /CellularWi-Fi Spartan 3-in-1withIsolation Gasket MA605 Model No. Spartan Series-Highest Performance Permanent Mount3-in-1 IP67 2* SMA(M),SMA(M)RP-Wi-Fi 2* 3MCFD-200 3M RG-174-GPS/GLONASS Nickel Plated Zinc Wonderloy PC-540, PC/ABS Alloy H: 36mmØ:146mm 3.8dBi typ. 50% 2.4GHz/ 5.8GHz 2dBi typ. 45% 2100MHz 1800/1900/ Penta-band 850/900/ 34dBic typ. 2-stage 30dB 1575~1606MHz Datasheet IP Rating Connector* Cable* Base andthread Enclosure Dimensions Mechanical Data Peak Gain Avg. Efficiency 915MHz Polarization Avg.Efficiency Peak Gain Cellular Peak Gain GPS/GLONASS Electrical Data Permanent Mount Low Profile GPS/GLONASS /Cellular915MHz Spartan -3-in MA603 Model No -1 IP67 3* SMA(M) 2*CFD-200 3M RG-174 Zinc Wonderloy PC-540, PC/ABS Alloy H: 36mmØ:146mm 2.3dBi typ. 50% 902~929MHz Vertical 40% 3.4dBi typ. 2100MHz 1800/1900/ Penta-band 850/900/ 4.0dBic typ. 2 Stage 30dBLNA 1575~1606MHz Datasheet 99

Combination Permanent Mount 3-in-1 Pantheon Series - GPS/GLONASS, Cellular & Wi-Fi

The Pantheon MA700 series is for RF professionals who want the best possible performance without compromise.

This 3-in-1 MA700 model antenna is a heavy-duty, omnidirectional, IP67 waterproof, external M2M combination antenna for use in telematics, transportation and remote monitoring applications.

The MA700 is unique in the market because it combines the highest efficiency and peak gain GPS/GLONASS, 4G/3G/2G and Wi-Fi antennas together in a tough housing. The antenna screws down permanently onto a roof or metal panel and can be pole or wall-mounted with a metal bracket.

Also available in black

Model No. Electrical Data Mechanical Data MA700.B LTE/Cellular Dimensions H: 86mm, Ø: 146mm Pantheon 3-in-1 Frequency 700/850/900/1800 Mounting Thread Ø: 30mm GPS/GLONASS / LTE Cellular /1900/2100MHz Enclosure Wonderloy PC-540 (4G/3G/2G) / 2.4GHz/5.8GHz Gain 2dBi avg. PC/ABS Alloy Combination Permanent Mount Efficiency 58% avg. Op. Temp. -40°C~+85°C Antenna Impedance 50Ω Cable* 3M Low-loss CFD-200 Return Loss <-6.0dB Connector* SMA(M) IP Rating IP67

GPS/GLONASS 2 Stage 30dB LNA Frequency 1575~1602MHz Cable* 3M RG-174 LNA 2 Stage 30dB LNA Connector* SMA(M) Peak Gain 4.0dBic typ. Efficiency 50% avg. Impedance 50Ω VSWR ≤2.0

Wi-Fi Dual Band Frequency 2.4~2.5GHz Cable* 3M CFD-200 4.7~5.9GHz Connector* RP-SMA(M) Efficiency 48% avg. Polarization Linear Impedance 50Ω Datasheet Return Loss <-10.0dB

* Cable and Connectors are Customizable.

100 safety &security, andremote industrial equipmentmonitoring applications. gain available. Thisantenna can beusedinmobilevideo, vehiclecommunications, location andfleet management, The Pantheon includestwoLTE MIMOantennas andoneGPS/GLONASS antenna, inthehighest andpeak efficiency in telematics, transportation andremote monitoring applications. The Pantheon MA710isanomnidirectional, heavy-duty, IP67waterproof external M2Mantenna for use * Cableand Connectors are Customizable. Pantheon Series-LTE MIMO&GPS/GLONASS Permanent Mount3-in-1 GLONASS Permanent Mount MIMO CellularandGPS/ 2*LTE MIMO Pantheon 3-in-1 MA710.B Model No. Antenna in White Also available VSWR Impedance Impedance Efficiency Peak Gain Frequency GPS/GLONASS Return Loss Efficiency Peak Gain Frequency LTE MIMO2 Return Loss Impedance Efficiency Peak Gain Frequency LTE MIMO1 Electrical Data

≤-6dB 50Ω 45% avg. 2dBi typ. 2900~3500MHz 2300~2700MHz/ 1710~2170MHz/ 698~960MHz/ <-2.0 50Ω Linear 50% avg. 4dBi typ. 1574~1606MHz ≤-6dB 33% avg. 1dBi typ. 2900~3500MHz 2300~2700MHz/ 1710~2170MHz/ 698~960MHz/ Connector* Cable* Connector* Cable* IP Rating Connector Cable Op. Temp. Enclosure Mounting Dimensions Mechanical Data RP-SMA(M) 3M RG-174 SMA(M) 3M CFD-200 IP67 SMA(M) 3M CFD-200 -40°C~+85°C PC/ABS Alloy Wonderloy PC-540 Thread Ø:30mm H: 86mm,Ø:146mm Datasheet 101

Combination Permanent Mount 4-in-1 Pantheon Series - LTE MIMO, GPS/GLONASS & Dualband Wi-Fi

The Pantheon MA760 4-in-1 antenna is an omnidirectional heavy-duty, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications.

It is the first antenna on the market to combine 4-in-1 that includes two LTE MIMO elements, one 2.4GHz/5.8GHz antenna and GPS/GLONASS in the highest efficiency and peak gain possible. This unique antenna delivers powerful MIMO antenna technology for LTE while also fully compatible with legacy 3G and 2G networks worldwide.

Model No. Electrical Data Mechanical Data MA760.B LTE MIMO 1 & 2 Dimensions H: 86mm, Ø: 146mm Pantheon 4-in-1 Frequency 698~960MHz/ Mounting Thread Ø: 30mm 2* LTE MIMO, 1710~2170MHz/ Enclosure Wonderloy PC-540 GPS/GLONASS, Wi-Fi 2.4/5.8GHz 2300~2700MHz/ PC/ABS Alloy Permanent Mount 2900~3500MHz Op. Temp. -40°C~+85°C Peak Gain 2dBi typ. Cable* 2*3M CFD-200 Efficiency 50% avg. Connector* 2*SMA(M) Impedance 50Ω IP Rating IP67 Return Loss ≤-6dB

GPS/GLONASS Mechanical Data Frequency 1574~1606MHz Cable 3M RG-174 Bandwidth 10MHz Connector SMA(M) Peak Gain 4dBi avg. Efficiency 50% avg. Impedance 50Ω VSWR ≤2.0

2.4/5.8GHz Mechanical Data Frequency 2400~2500MHz/ Cable* 3M CFD-200 5150~5850MHz Connector* RP-SMA(M) Peak Gain 3.0dBi avg. Efficiency 48% avg. Polarization Linear Impedance 50Ω Return Loss <-10.0dB VSWR ≤1.7:1 Datasheet Radiation Pattern Omnidirectional

* Cable and Connectors are Customizable.

102 band Wi-Fiantenna allowsfor excellent Wi-Fiperformance. 700/800/1700/1800/2600MHz, plusGPS/GLONASS/Galileo/BeiDou for next-generation location accuracy. Thedual- This uniqueproduct, at aheightofonly31mm,deliverspowerfulworldwide4GLTE MIMOantennaat technology The braided cable provides for convenient installation. in worldwide telematics applications whichrequire best-in-class LTE, GNSS, andWi-Fiperformance. The Storm MA460.Kantenna isalow profile, heavy-duty, IP67 waterproof external M2Mantenna for use * Cableand Connectors are Customizable. Storm Series-LTE MIMO,GPS/GLONASS &Dualband Wi-Fi Permanent Mount4-in-1 Dual band Wi-Fi GPS/GLONASS, BeiDou, 2* LTE MIMO, Storm 4-in-1 MA460.K Model No. Permanent Mount Radiation Pattern VSWR Impedance Polarization Efficiency Peak Gain Frequency Dual band Wi-Fi Polarization VSWR Impedance Efficiency Peak Gain Frequency GPS/GLONASS/BeiDou Impedance Efficiency Polarization Peak Gain Frequency LTE MIMO1&2 Electrical Data 1575.42/ 1602/ 50Ω 33% avg. Linear 2.78 avg. 2300~2700MHz 1710~2170MHz/, 698~960MHz/ Omnidirectional <2 50Ω Linear 47.34% avg. 4.88dBiavg. 4900~5850MHz 2400~2500MHz/ Linear ≤2.1 50Ω 32% 0.9dBi 1561.098 Connector* Cable* Connector Cable Connector Cable Op. Temp. IP Rating Enclosure Weight Dimensions Mechanical Data RP-SMA(M) 3M CFD-200 SMA(M) 3M RG-174 SMA(M) 3M RG-174 -40°C~+85°C IP67 PC/ABS Alloy 1120g 216*93*31mm Datasheet

103

Combination Permanent Mount 4-in-1 Raptor I Series - Sharkfin Antenna

The Raptor I MA1060.A Sharkfin antenna is a next generation 4-in-1, permanent mount solution for vehicle roofs.

IP67 waterproof, it has a distinctive high quality, glossy and robust PC/ABS Alloy housing. A hardened polished finish is used according to the strictest OEM automotive standards.

Model No. Electrical Data Mechanical Data MA1060 LTE Dimensions 176*85*72mm Raptor I - 4-in-1 Sharkfin Frequency 698~960MHz/ Weight 350g LTE, GNSS, Wi-Fi and AM/FM 1710~2170MHz/ Enclosure PC/ABS Alloy Permanent Mount 2300~2700MHz/ Op. Temp. -40°C~+85°C Peak Gain 2.93dBi avg. Cable .3m RG-316 Efficiency 58% avg. Connector SMA(M) Impedance 50Ω IP Rating IP67 Return Loss ≤-6dB Polarization Linear

GPS/GLONASS/BeiDou Frequency 1575.42/ 1602/ Cable* 3M RG-174 1561.098 Connector* SMA(M) Peak Gain 2.3dBi Efficiency 48.83% avg. Impedance 50Ω VSWR ≤-10dB Polarization RHCP

2.4/5.8GHz Frequency 2400~2500MHz/ Cable* 3M CFD-200 4900~5850MHz Connector* SMA(M) Peak Gain 7.22dBi Efficiency 73.% avg. Polarization Linear Impedance 50Ω Return Loss <-8dB VSWR ≤1.7:1

AM/FM Frequency 535~1605KHz, Cable* 3M CFD-200 88-108MHz Connector* SMA(M) Integration Module Integrated Datasheet Power In Dc 12V

* Cable and Connectors are Customizable.

104 remote monitoring. mounting environment withoutaffecting performance. Typical applications include telematics, transportation and next-generation highbandwidth telematics systems. Theantenna hasits ownground planeandradiates onany This uniqueantenna deliverspowerfulMIMOantenna for LTE technology andWi-Fi802.11n802.11acfor 2.4/5.8GHz Wi-FiMIMOantennas inaheavy duty, IP67waterproof design. Our Pantheon MA761isa4-in-1permanentantenna combining two LTE MIMOantennas andtwo * Cableand Connectors are Customizable. Pantheon Series-LTE MIMO,Wi-Fi&GPS/GLONASS Permanent Mount4-in-1 Permanent Mount GPS/GLONASS, Wi-Fi2.4/5.8GHz 2*LTE MIMO Pantheon 4-in-1 MA761 Model No. Efficiency MIMO1 Efficiency Peak GainMIMO2 Peak GainMIMO1 Frequency Wi-Fi Return Loss Impedance Efficiency Peak Gain Frequency LTE Electrical Data Polarization Return Loss Impedance MIMO2 Efficiency Linear Linear <-6dB 50Ω 48.81% 47.46% 2.61 2.46 2.4-2.5GHz 2.4GHz <-6dB 50Ω 48% avg. 1.53 avg. 2900~3500MHz 2500~2690MHz/ 1710~2170MHz/ 698~960MHz/ MIMO 1 Linear <-6dB 50Ω 34.32% 35.17% 3.17 3.61 5.15-5.85GHz 5.8GHz <-6dB 51% avg. 1.53 avg. MIMO 2 Connector* Cable* Op. Temp IP Rating Connector* Cable* Enclosure Weight Dimensions Mechanical Data SMA (M) 3m CFD-200 -40°C~+85°C IP67 SMA(M)) Straight, 3m CFD-200standard Wonderloy PC-540 1.16kg H: 86mm,Ø:146mm Datasheet 105

Combination Permanent Mount 5-in-1 Pantheon Series - LTE MIMO, Wi-Fi MIMO & GPS/GLONASS

The Pantheon MA750 is an omnidirectional heavy-duty, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications.

This unique antenna delivers powerful MIMO antenna technology for cellular/LTE and Wi-Fi 802.11n and 802.11ac, plus GPS/GLONASS for next generation multiple wireless technology systems, such as telematics. Uses include new fleet management and real-time video applications that demand high speed video uplink and downlink. High efficiency and high gain MIMO antennas are necessary to achieve the required signal to noise ratio and throughput required to solve these challenges.

Also available in white

Model No. Electrical Data Mechanical Data MA750.B LTE MIMO 1 & 2 Dimensions H: 86mm, Ø: 146mm Pantheon 5-in-1 Frequency 698~960MHz/ Mounting Thread Ø: 30mm 2* LTE MIMO 1710~2170MHz/ Enclosure Wonderloy PC-540 GPS/GLONASS, 2* Wi-Fi 2.4/5.8GHz 2300~2700MHz/ PC/ABS Alloy Permanent Mount 2900~3500MHz Op. Temp. -40°C~+85°C Peak Gain 2dBi typ. Cable 2*3M CFD-200 Efficiency 50% avg. Connector 2*SMA(M) Impedance 50Ω IP Rating IP67 Return Loss ≤-6dB VSWR <3.0

GPS/GLONASS Frequency 1574~1606MHz Cable* 3M RG-174 VSWR ≤2.0 Connector* SMA(M) Peak Gain 4dBi avg. Efficiency 50% avg. Impedance 50Ω

2.4/5.8GHz MIMO 1 & 2 Frequency 2400~2500MHz Cable* 2*3M CFD-200 5150~5850MHz Connector* 2*RP-SMA(M) Peak Gain 3.0dBi avg. Efficiency 40% avg. Impedance 50Ω Return Loss <-10.0dB Datasheet VSWR ≤2.0

* Cable and Connectors are Customizable.

106 high-bandwidth telematics systems. for worldwideLTEtechnology andWi-Fi802.11nemerging 802.11ac,plusGPS/GLONASS for nextgeneration, primarily for smartmetering andsmartcityprojects. Thisuniqueantenna deliverspowerfulMIMOantenna The MA752.Bisanupgrade oftheMA75xseriesto includetheLTE 450MHzband, used anemerging technology antenna for useintelematics, transportation andremote monitoring applications. The Pantheon MA752antenna isanomnidirectional, heavy-duty, IP67waterproof external multi- * Cableand Connectors are Customizable. Pantheon Series-LTE MIMO,Wi-Fi,GPS/GlONASS Permanent Mount5-in-1 Permanent Mount and GPS/GLONASS 2* LTE MIMO,2*Wi-Fi MIMO Pantheon 5-in-1 MA752 Model No. VSWR Return Loss Impedance Efficiency Peak Gain Frequency 2.4/5.8GHz MIMO1&2 Impedance Efficiency Peak Gain VSWR Frequency GPS/GLONASS VSWR Return Loss Impedance Efficiency Peak Gain Frequency LTE MIMO1&2 Electrical Data <3.0 ≤-6dB 50Ω 50% avg. 2dBi typ. 2300~2700MHz 1710~2170MHz/ 698~960MHz/ 450~470MHz/ ≤2.0 <-10.0dB 50Ω 40% avg. 3.0dBi avg. 5150~5850MHz 2400~2500MHz 50Ω 50% avg. 1.0dBi avg. ≤2.0 1574~1606MHz Connector* Cable* Connector* Cable* IP Rating Connector* Cable* Op. Temp. Enclosure Mounting Dimensions Mechanical Data 2*RP-SMA(M) 2*3M CFD-200 SMA(M) 3M RG-174 IP67 2*SMA(M) 3m RG174 -40°C~+85°C PC/ABS Alloy Wonderloy PC-540 Thread Ø:30mm H: 82.4mm,Ø:143.2mm Datasheet 107

Combination Permanent Mount 5-in-1 Colosseum Series - LTE MIMO, Wi-Fi MIMO & GNSS

The Colosseum MA850 is a low profile, heavy-duty, IP67 waterproof external solution for worldwide telematics applications. This powerful antenna, at just 57mm in height, delivers 4G LTE MIMO, dual-band Wi-Fi MIMO and GPS, GLONASS and BeiDou in a a small form factor.

LTE 4G applications demand high speed data uplink and downlink. High efficiency and high gain MIMO antennas are necessary to achieve the required signal to noise ratio and throughput. Taoglas takes care to have high isolation between the two MIMO antennas to prevent self-interference. Low loss cables are also used to keep efficiency high over long cable lengths.

Model No. Electrical Data Mechanical Data MA850 LTE MIMO 1 & 2 Colosseum 5-in-1 Frequency 698-803MHz/ Dimensions Ø: 94.mm, H: 57mm 2*LTE MIMO, 2*Wi-Fi MIMO 824-960MHz/ Weight 250g 1* GPS/GLONASS/BeiDou 1710-2170MHz/ Enclosure ASA Permanent Mount 2490-2690MHz Op. Temp. -40°C ~ +85°C Peak Gain 50Ω Cable* 0.3M RG-174 Polarization Linear Connector* SMA (M) Radiation Pattern 3.12dBi avg. IP Rating IP67 Effeciency <52% avg. Impedance 50Ω VSWR <3.5

GPS/GLONASS/BeiDou Cent. Freq. BeiDou: 1561.098MHz Cable* 0.3M RG-174 GPS: 1575.42MHz Connector* SMA(M) GLONASS: 1602MHz Peak Gain BeiDou: 3.3dBi GPS: 2.3dBi GLONASS: 4.3dB Effeciency BeiDou: 49% GPS: 44% GLONASS: 58% Impedance 50Ω VSWR 3:1 Max Polarization RHCP

Wi-Fi MIMO 1 & 2 2.4GHz 5.8GHz Cable* 0.3M RG-174 Frequency 2.4-2.5GHz 4.9-5.85GHz Connector* RP-SMA(M) Peak Gain MIMO 1 3.89dBi 5.25dBi Peak Gain MIMO 2 3.8dBi 5.46dBi Efficiency MIMO 1 50.34% 48.64% Efficiency MIMO 2 54.35% 44.84% Impedance 50Ω VSWR 2.0 Datasheet Polarization Linear

* Cable and Connectors are Customizable.

108 the market. AM/FM radio, theRaptor IIisoneofthemost diverseautomotive antennas on scratch-resistance tests. SupportingLTE, GPS/GLONASS/Galileo/BeiDou, Wi-Fiand The distinct dualfin,high-glosshousingisIP67 rated andhas passed automotive roof applications. The Raptor IIMA1130isa6-in-1next generation, dualfin,permanentscrew mountantenna for vehicle * Infree space **Cable andConnectors are Customizable. Raptor IISeries-DualFinAntenna Permanent Mount6-in-1 Permanent Mount AM/FM 2*Wi-Fi MIMO 2*LTE MIMO,GNSS, Raptor II6-in MA1130 Model No. -1 Power In Integration Frequency AM/FM Polarization Return Loss Impedance Peak GainMIMO2 Peak GainMIMO1 MIMO2 Efficiency MIMO1 Efficiency Frequency 1 &2 Wi-Fi MIMO Polarization VSWR Impedance Efficiency Peak Gain Cent. Freq. GPS/GLONASS/BeiDou Polarization Return Loss Impedance Efficiency Peak Gain Frequency LTE MIMO1&2 Electrical Data* RHCP < -10dB 50Ω GPS: 48.35% GLONASS: 48.83% BeiDou: 33.98% GPS: -2.5dBi GLONASS: 1.5dBi BeiDou: -1.0dBi GLONASS:1602MHz GPS:1575.42MHz BeiDou:1561.098MHz Linear <-7dB avg. 50Ω 26.48 avg. 2.66dBi avg. 3300~3600MHz 2300~2700MHz/ 1710~2170MHz/ 698~960MHz/ Dc 12V Module Integrated 88-108MHz 535~1605KHz, Linear <-10dB 50Ω 6.81dBi 3.43dBi 52.66% 36.37% 2.4~2.5GHz 2.84GHz 6.37dBi 6.37dBi 2.92dBi 44.19% 37.75% 4.9~5.85GHz 5.8GHz 37% avg. 2.87dB Connector** Cable** Connector** Cable** Connector** Cable** IP Rating Connector** Cable** Op. Temp Housing Weight Dimensions Mechanical Data SMA (M) 0.3m RG-316 SMA (M) 0.3m RG-316 SMA(M) 0.3m RG-316 IP67 SMA(M) 0.3m RG-316 -40°C~+85°C PC/ABS Alloy 390g 176*85*72mm Datasheet 109

Combination Permanent Mount 7-in-1 Raptor III Series - Sharkfin Antenna with Whip Antenna

Taoglas is proud to introduce a new “shark fin” style antenna – Raptor III, which is a 7-in-1 which consists of GNSS, 2*Wi-Fi MIMO, 2*LTE MIMO, AM/FM and the 300-400MHz whip antenna.

The Raptor III antenna provides multiple antenna functions with a sleek design and is suitable for all transport applications. It is robust and hassle-free to install which only requires one single hole mounting. For more information contact the Customer Services Team.

Model No. Electrical Data Mechanical Data MA1270.A.LBICGTY.001 2G/3G/4G MIMO Dimensions 190*95*H: 90mm Raptor III - 7-in-1 Frequency 698-803MHz/ (excl. Whiptail antenna) Worldwide 2G/3G/4G 824-960MHz/ Enclosure PC/ABS Alloy 2300~2700MHz/ Op. Temp -40°C~+85°C 2900~3500MHz (excl. Japan) 698MHz to 2700Mhz Peak Gain MIMO1 2.31dB avg. Cable* 0.3m RG-316 4G/LTE (699-960/1710-2690MHz) MIMO2 3.95dB avg. Connector* SMA(M) 2.4 GHz / 5.8 GHz Efficiency MIMO1 49.49% typ. IP Rating IP67 AM/FM MIMO2 52.79% typ. Impedance 50Ω Return Loss <-7dB avg. Polarization Linear

Wi-Fi MIMO 1 & 2 2.84GHz 5.8GHz Frequency 2.4~2.5GHz 4.9~5.85GHz Efficiency MIMO1 65.79% 55.28% Efficiency MIMO2 63.07% 59.88% Peak Gain MIMO1 4.96dBi 6.64 dBi Peak Gain MIMO2 5.63 dBi 6.23 dBi Impedance 50Ω Polarization Vertical

* Cable and Connectors are Customizable.

110 BeiDou, Wi-Fi (2.4G/5G). BeiDou, Wi-Fi(2.4G/5G). support frequency bands in LTE GNSS, 4*LTE MIMOand4*DualBandWi-FiMIMO,GPS/GLONASS/ installations. IthasaIP67rated waterproof robust ABS enclosure andbase. The9antennas inside The Taoglas SynergyMA1509isa9-in-1next generation permanentmountantenna for vehicle roof Synergy Series-LTESynergy MIMO4X4,Wi-FiGPS/GLONASS/BeiDou External Permanent Mount9-in-1Antenna GPS/GLONASS/BeiDou Wi-Fi MIMO4X4 LTE MIMO4X4 Synergy 9-in-1 MA1509 Model No. Return Loss MIMO4 PeakGain MIMO4 MIMO4 Efficiency Return Loss MIMO3 PeakGain MIMO3 MIMO3 Efficiency Return Loss MIMO2 PeakGain MIMO2 MIMO2 Efficiency Return Loss MIMO1 PeakGain MIMO1 MIMO1 Efficiency 2G/3G/4G MIMO Return Loss MIMO4 PeakGain MIMO4 MIMO4 Efficiency Return Loss MIMO3 PeakGain MIMO3 MIMO3 Efficiency Return Loss MIMO2 PeakGain MIMO2 MIMO2 Efficiency Return Loss MIMO1 PeakGain MIMO1 MIMO1 Efficiency Wi-Fi MIMO Polarization VSWR Impedance Peak Gain Cent. Freq. GNSS Frequency LTE/4G/3G/2G Electrical Data ratio andthroughput. isolation, therequired to allofwhichare achieve necessary signalto noise are high resolvedgain MIMOantennas, bythehighlyefficient, with high video uplinkanddownlinkinto thecabin ofthevehicle.Thesechallenges antennas for real timestreaming applications that demandhighspeed The MA1509isideal for applications that require highlysophisticated 11dB avg. 2.49dBi avg. 55% avg. <-11.4dB avg. 2.84dBi avg. 54.7% avg. <-11dB avg. 2.35dBi avg. 54.7% avg. <-10.86dB avg. 3.11dBi avg. 56.3% avg. <-15 4.94dBi 69% <-15 4.82dBi 67% <-15 4.62dBi 69% <-15 4.85dBi 68% 2.4GHz RHCP <2 50Ω GLONASS: -1.5dBi GLONASS: -1.5dBi GPS: -2.45dBi GLONASS: 1602MHz BeiDou: 1561.098MHz GPS: 1575.42MHz 3300~3600MHz/ 2500~2690MHz/ 1920~2170MHz/ 1710~1880MHz/ 824~894MHz/ 698~824MHz/ <-8 4.63dBi 52% <-8 4.88dBi 42% <-8 5.08dBi 63% <-8 4.92dBi 52% 5.8GHz Op temp. Thread diameter Connector Cable Enclosure Dimensions Mechanical Data -40°C~+85°C M20 x2.5P SMA(M) ST 0.3M RG-174 ABS H: 55mm,Ø:159mm 111

Combination Adhesive Mount 2-in-1 Stingray Series

Our adhesive mount external antennas offer ease of installation and high performance in compact form factors. They are supplied with high quality durable 3M tape to allow secure installation onto any surface.

The Stingray is available in combinations of GNSS, 3G/2G, and WiFi, is a powerful combination of a tuned two stage GLONASS active ceramic patch and a leading edge penta-band cellular antenna, making it ideal for applications that require durability, small size and covert installation, with reliable reception and transmission crossing through different mobile networks.

Underside View Top View (this side faces (this side faces the passenger) the sky)

Model No. Electrical Data Mechanical Data MA206 GPS 2 Stage Active LNA Dimensions H: 10.8mm, Ø: 55mm Stingray Cent. Freq. 1575.42MHz Mounting 3M 4612 Tape GPS & 2.4GHz Wi-Fi Gain 28dBic typ. (@3V) Op. Temp. -40°C~+85°C Adhesive-Puck Noise Figure 2.0dB Max Cable* 2*3M RG-174 Antenna Power Consump. 19±2mA(@3~5V) Connector* SMA(M) - GPS Polarization RHCP RP-SMA(M) - Wi-Fi

Wi-Fi 2.4~2.5GHz Polarization Linear Impedance 50Ω VSWR ≤1.92 Datasheet Efficiency >20%

Model No. Electrical Data Mechanical Data MA204 GPS/GLONASS 2 Stage Active LNA Dimensions H: 10.8mm, Ø: 55mm Stingray Cent. Freq. 1575-1602MHz Mounting 3M 4612 Tape GPS/GLONASS Gain 28dBic typ. (@3V) Op. Temp. -40°C~+85°C & Cellular 3G/2G Noise Figure 2.2dB Max (@3V) Cable* 2*3M RG-174 Adhesive-Puck Power Consump. 10mA(@3.5V) Connector* SMA(M) - GPS Antenna SMA(M) - Cellular Cellular Penta-band 850/900/1800 /1900/2100MHz Polarization Linear Impedance 50Ω Datasheet VSWR ≤2.5

* Cable and Connectors are Customizable.

112 of avehicle. antenna to bemounted correctly facing through glass,ordirectly onto aplastic surface like thedashboard The slimhousingisIP67waterproof. Aseparate automotive approved 3Madhesivepad isprovided, allowingthe automotive telematics andfleet management systems worldwide. The Optimus MA220isahigh-performance GNSS andLTE combination antenna that isideal for * Cableand Connectors are Customizable. Optimus Series-GPS/GLONASS <E Adhesive Mount2-in-1 External AdhesiveMountAntenna GPS/ GLONASS /LTE Antenna Optimus 2-in-1 MA220 Model No. (faces thesky) Top View Noise Figure Impedance VSWR Gain Frequency GPS/GLONASS VSWR Peak Gain Impedance Frequency LTE Electrical Data 1.92:1 Max 3 ±1dBtyp. GLONASS:1602MHz GPS:1575.42MHz 1.92:1 Max 0dBi 50Ω 2300~2700MHz 1710~2170MHz/ 698~960MHz/ 1.5dB typ. 50Ω (faces thepassenger) Underside View Connector* Cable* Adhesive IP Rating Connector* Cable* Enclosure Dimensions Mechanical Data Adhesive Pad Supplied with3M SMA(M) 3M RG-174 3M 9448 IP67 SMA(M) 3M RG-174 ABS 63*68*12mm Datasheet

113

Combination Adhesive Mount 2-in-1 Adhesive Series

The Stream MA208 GPS/LTE cellular antenna is a low profile, heavy-duty, IP67 waterproof external M2M antenna for use by RF professionals in telematics, transportation and remote monitoring applications.

The Genesis MA241 is a unique antenna delivering powerful MIMO antenna technology for worldwide 4G LTE bands at 700/800/1700/1800/2600MHz. It enables designers to use only one antenna that covers all common frequencies for LTE and 4G globally.

Model No. Electrical Data Mechanical Data MA208 GPS 2 Stage Active LNA Dimensions 201*67*9mm Stream 2-in-1 Centre Freq. 1575.42MHz Adhesive 3M 9448 B Tape GPS/LTE-GSM- Gain 30dBic typ. Op. Temp. -40°C~+85°C UMTS Cable* 3M RG-174/CFD-200 Adhesive Mount Cellular 700MHz/824-960MHz/ Connectors* SMA(M) 1710-2170MHz IP Rating IP67 Polarization Linear Impedance 50Ω VSWR ≤3.6 Peak Gain 1.61dBi @ 700-960MHz 0.03dBi @ 1710-2170MHz Datasheet Efficiency 56% typ.

Model No. Electrical Data Mechanical Data MA209 GPS - GLONASS 2 Stage Active LNA Dimensions 201*67*9mm Stream 2-in-1 Centre Freq. 1575~1610MHz Adhesive 3M 9448 B Tape GPS/GLONASS/ Gain 30dBic typ. IP Rating IP67 Cellular Op. Temp. -40°C~+75°C Adhesive Mount Cable* 3M RG-174/CFD-200 Cellular LTE 700/824~960/ Connectors* SMA(M) 1710-2170MHz Polarization Linear Impedance 50Ω Peak Gain 2.16dBi @ 700~960MHz 0.42dBi @ 1710~2170MHz Datasheet Efficiency 56% typ.

Model No. Electrical Data Mechanical Data MA241 LTE MIMO Dimensions 206*69*12mm Genesis 2-in-1 Frequency 698~960/1710~2170/ Adhesive 3M 9448 B Tape 2*LTE MIMO 2400~2700/3500MHz Op. Temp. -40°C~+75°C Adhesive Mount Polarization Linear Cable* 3M RG-174/CFD-200 Impedance 50Ω Connectors* SMA(M VSWR ≤3.6 IP Rating IP67 Peak Gain 1.0dBi @ 700~960MHz 3.0dBi @ 1710~3500MHz Datasheet Efficiency >50% typ.

* Cable and Connectors are Customizable.

114 * InFree Space. **Cableand Connectors are Customizable. mounted directly onglassorplastic intheinterior ofvehicles. Ideal for useintelematics, transportation andremote monitoring applications are designedto worldwide.They be GLONASS/Galileo/BeiDou L1antennas are omnidirectional, IP67waterproof external M2Mantennas. The MA251Sentinel2in1adhesive mount4G2*LTE MIMOandtheTheMA252Sentinel2in1LTE andGPS/ Sentinel Series Adhesive Mount2-in-1 Adhesive Mount GNSS <E antenna Sentinel 2-in-1 MA252 Model No. Adhesive Mount 2*LTE MIMOAntenna Sentinel 2-in-1 MA251 Model No. Return Loss Polarization Axial ratio Impedance VSWR Peak Gain Efficiency Cent. Freq. GNSS Input Power Return Loss Polarization Impedance Peak Gain* Efficiency* Frequency LTE Electrical Data Input Power Return Loss Polarization Impedance Peak Gain* Efficiency* Frequency LTE MIMO1&2 Electrical Data 5W < -6dB Linear 50Ω 2.59avg. 51% avg. 2490~2690MHz 1710~2170MHz/ 698~960MHz/ 5W < -6dB Linear 50Ω MIMO2: 2.33avg. MIMO1: 2.59avg MIMO2: 41%avg. MIMO1: 51%avg. 2490~2690MHz 1710~2170MHz/ 698~960MHz/ < -10dB RHCP BeiDou: 8.97 GLONASS: 20.6 GPS: 12.48 50Ω < 3:1 BeiDou: 1.7 GLONASS: 4.22 GPS: 3.03 BeiDou: 62.2 GLONASS: 75.07 GPS: 65.86 BeiDou: 1561.098MHz GLONASS:1602MHz GPS:1575.42MHz Connector** Cable** Enclosure Dimensions Mechanical Data Connector** Cable** Mechanical Data Adhesive IP Rating Weight Connector** Cable** Enclosure Dimensions Mechanical Data Adhesive Weight SMA(M) ST 2M CFD-200 ABS 139*76*14mm SMA(M) ST RG-174 3M 1600TB IP67 280g SMA(M) ST 2M CFD-200 ABS 139*76*14mm 3M 1600TB 235g Datasheet Datasheet 115

Combination Adhesive Mount 2-in-1 Guardian Series

The Guardian is the first panel antenna worldwide designed for automotive and IoT applications. At just 20mm thick, the Guardian is the first low profile panel antenna designed for automotive and IoT applications. It is suitable for a variety of installations, including wall or adhesive mount and prevents the need for drilling mounting holes.

Model No Model No MA910 MA912

Also available Also available in black in white

Model No. Electrical Data Mechanical Data MA910 MIMO 1 Guardian 2-in-1 Frequency 2400~2500 Dimensions 146*134*20mm Wi-Fi MIMO Peak Gain 3.15dBi Connector* RP-SMA(M) Adhesive Mount Efficiency 43.80 % Cable* 3 meter KSR200-P Antenna VSWR < 3 Mounting Adhesive Impedance 50Ω Adhesive 3M 1600TB Polarization Linear IP Rating IP67 Op. Temp. -40°C ~ +85°C MIMO 1 Frequency 4900~5850 3.14dBi Peak Gain Datasheet Efficiency 31.63%

Model No. Electrical Data Mechanical Data Guardian Working Freq. 698 ~960MHz/ Dimensions 146*134*20mm MA912 1710~2690MHz Mounting Adhesive 2-in-1 Adhesive 3300~3600MHz Cable* 3 meter KSR200-P 4G LTE(1&2) Impedance 50Ω Connector* SMA(M)ST 3000mm Polarization Linear Enclosure ASA VSWR < 3 IP Rating IP67 Max Input Power 10W Weight 672g Op. Temp. -40°C~+85°C

Datasheet

* Cable and Connectors are Customizable.

116 mounting viahighqualityfirst tierautomotive approved 3Madhesive foam. GLONASS, Wi-Fidual-band 2.4/5.8GHzandallcellular bands in4G/3G/2Galowprofile compact format for The Stream 3-in-1isuniqueinthemarket asitcombines thehighest andpeak possibleefficiency gain for GPS/ remote monitoring applications. IP67 waterproof external M2Mantenna for useby RFprofessionals intelematics, transportation and The Stream MA2313-in-1GPS/GLONASS, LTE andWi-Fi2.4/5.8GHzantenna isalow profile, heavy-duty, * Cableand Connectors are Customizable. Stream Series-GNSS, Cellular&Dualband Wi-Fi Adhesive Mount3-in-1 Adhesive Mount Stream 3-in-1 MA231 Model No. CDMA /Wi-Fi(2.4/5GHz) Cellular (LTE/HSPA/GSM/ GNSS (GPS/GLONASS) / Combination Antenna High Performance VSWR Impedance Efficiency Peak Gain Frequency 2.4/5.8GHz Impedance VSWR Impedance Peak Gain Frequency GPS /GLONASS VSWR Impedance Efficiency Peak Gain Frequency 4G/3G/2G Electrical Data 50Ω 50% avg.@1880MHz -1 @2500~2690MHz 1dBi @1710~2170MHz 1dBi @698~960MHz 2500~2690MHz 1710~2170MHz/ 700~960MHz/ 2.0 Max 50Ω 35% avg.@5250MHz 2.5dBi @5.8GHz 2.5dBi @2.4GHz 5150~5850MHz 2400~2484MHz 50Ω 2.0 Max 50Ω 2.9dBi @1602MHz 1.3dBi @1575.42MHz 1575~1602MHz 3.0 Max Connector* Cable* Connector* Cable* Adhesive Connector* Cable* IP Rating Op. Temp. Enclosure Dimensions Mechanical Data RP-SMA(M) 3M CFD-200 SMA(M) 3M RG-174 3M 1600TB SMA(M) 3M CFD-200 IP67 -40°C~+75°C ABS 200.5*66.5*9mm Datasheet 117

Combination Adhesive Mount 3-in-1 Sentinel Series - LTE MIMO & GNSS

The Sentinel MA250 is the smallest high performance 3-in-1 antenna solution in the market, 50% smaller than the previous generation, with higher efficiency and wider bandwidth to cover emerging LTE bands.

The Sentinel 3-in-1 Adhesive Mount 4G LTE MIMO and GPS/GLONASS/Galileo/BeiDou antenna is an omnidirectional, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications. It is designed to be mounted directly on glass or plastic in the interior of vehicles.

Model No. Electrical Data Mechanical Data MA250 LTE MIMO Dimensions 139*76*14mm Sentinel 3-in-1 Frequency 698~960MHz/ Enclosure ABS 2*LTE MIMO and GNSS Antenna 1710~2170MHz/ Cable** 2M CFD-200 Adhesive Mount 2490~2690MHz Connector** SMA(M) ST Efficiency MIMO 1* 51% avg. Weight 280g Efficiency MIMO 2* 41% avg. Adhesive 3M 1600TB Peak Gain MIMO 1* 2.59dBi avg. Peak Gain MIMO 2* 2.33dBi avg. Impedance 50Ω Polarization Linear Return Loss < -6dB Input Power 5W

GPS/GLONASS Cent. Freq. GPS:1575.42MHz Cable** 2M RG-174 GLONASS:1602MHz Connector** SMA(M) ST BeiDou: 1561.098MHz Efficiency GPS: 65.86% GLONASS: 75.07% BeiDou: 62.2% Peak Gain GPS: 3.03dBi GLONASS: 4.22dBi BeiDou: 1.7dBi VSWR <2:01 Impedance 50Ω Axial ratio GPS: 12.48 GLONASS: 20.6 BeiDou: 8.97 Polarization RHCP Datasheet Return Loss < -10dB

* In Free Space. ** Cable and Connectors are Customizable.

118 and Telematics. Typical applications includeHDvideooverLTE First Responder, Automotive Emergency Services, Vehicle Tracking 700MHz/800MHz/1700MHz/1800MHz/2600MHz, plusGPS/GLONASS for next generation location accuracy. This uniqueantenna deliverspowerfulMIMOantenna for worldwide4GLTE technology bands at directly onglassorplastic intheinterior of vehicles. telematics, transportation andremote monitoring applications worldwide. Itisdesignedto bemounted The MA240Genesis4Gantenna isanomnidirectional, IP67waterproof external M2Mantenna for usein * Cableand Connectors are Customizable. Genesis Series-LTE MIMO,Wi-FIMIMO&GNSS Adhesive Mount3-in-1 Adhesive Mount 1* GPS/GLONASS 2* LTE MIMO High Performance Genesis 3-in-1 MA240 Model No. VSWR Impedance Efficiency Noise Figure Total Gain Frequency GPS/GLONASS 2Stage 30dB Impedance Efficiency Peak Gain Frequency LTE MIMO2 Impedance Efficiency Peak Gain Frequency LTE MIMO1 Electrical Data <1.5 50Ω 50% avg. 1.7db @3.3V 30dBi typ. GLONASS:1602MHz GPS:1575.42MHz 50Ω 50% avg. 2.0dBi typ. 2900-3500MHz 2300~2700MHz/ 1710~2170MHz/ 698~960MHz/ 50Ω 50% avg. 1.5dBi typ. 2900-3500MHz 2300~2700MHz/ 1710~2170MHz/ 698~960MHz/ Connector* Cable* Connector* Cable* IP Rating Connector* Cable* Mount Op. Temp. Enclosure Dimensions Mechanical Data SMA(M) 2M RG-174 SMA(M) 2M NFC-200 IP67 SMA(M) 2M NFC-200 with 3MTape Adhesive foam -40°C~+85°C PC/ABS Alloy 206*58*12mm Datasheet

119

Combination Adhesive/Wall Mount 4-in-1 Guardian Series LTE MIMO & Wi-Fi MIMO

The Guardian range is designed to fit into small spaces under the roof of a vehicle to provide a high performance solution for truck, bus and rail connectivity systems.

These heavy duty, IP67 water resistant, external antennas are a perfect solution for worldwide telematics applications which require best in class LTE and Wi-Fi performance.

Model No. Electrical Data Mechanical Data MA961 LTE MIMO 1 & 2 Dimensions 146*134*20mm Guardian 4-in-1 Frequency 698~803MHz/ Enclosure ASA 2*LTE MIMO 824~960MHz/ Cable* 1M KSR 200-P 2*Wi-Fi MIMO 1710~2170MHz/ Connector* SMA(M) Adhesive Mount 2490~2690MHz/ Weight 438g 3300~3600MHz IP Rating IP67 Efficiency MIMO 1 57% avg. Op temp. -40°C~+85°C Efficiency MIMO 2 58% avg. Adhesive 3M 1600TB Peak Gain MIMO 1 4.78dB avg. Peak Gain MIMO 2 3.95dB avg. Impedance 50Ω Polarization Linear VSWR < 3

Wi-Fi 2.4GHz 5.8GHz Frequency 2.4-2.5GHz 4.9-5.85GHz Cable* 1M KSR 200-P Efficiency MIMO 1 57.73% 48.06% Connector* RP SMA(M) Efficiency MIMO 2 44.09% 47.04% Peak Gain MIMO 1 4.35dBi 4.84dBi Peak Gain MIMO 2 2.94dBi 5.70dBi Impedance 50Ω Polarization Linear Datasheet VSWR < 3

* Cable and Connectors are Customizable. .

120 * Cableand Connectors are Customizable. Guardian Series-LTE MIMO,Wi-FiMIMO&GNSS Adhesive Mount5-in-1 Adhesive Mount Adhesive Mount GNSS Antenna 2*Wi-Fi MIMO, 2*LTE MIMO, Guardian 5-in-1 MA950 Model No. Return Loss Axial Ratio Impedance VSWR Peak Gain Efficiency Cent. Freq. GNSS VSWR Polarization Impedance Peak GainMIMO2 Peak GainMIMO1 2 MIMO Efficiency MIMO1 Efficiency Frequency Wi-Fi VSWR Polarization Impedance Peak GainMIMO2 Peak GainMIMO1 2 MIMO Efficiency MIMO1 Efficiency Frequency LTE MIMO1&2 Electrical Data 10dB Min GLONASS: <5.9 GPS: <14.02 BeiDou:<9.7 50Ω 3:1 Max GLONASS: 3.01dBi GPS: 1.98dB BeiDou: 3dBi GLONASS: 57% GPS: 48% BeiDou: 63% GLONASS:1602MHz GPS:1575.42MHz BeiDou:1561.098MHz < 3 Linear 50Ω 2.94dBi 4.35dBi 44.09% 57.73% 2.4-2.5GHz 2.4GHz < 3 Linear 50Ω 3.97dB avg. 3.72dB avg. 57.15% avg. 57.03% avg. 3300~3600MHz 2490~2690MHz/ 1710~2170MHz/ 824~960MHz/ 698~803MHz/ 5.70dBi 4.84dBi 47.04% 48.06% 4.9-5.85GHz 5.8GHz Connector* Cable* Connector* Cable* Adhesive Op temp. IP Rating Weight Connector* Cable* Enclosure Dimensions Mechanical Data SMA(M) 1M RG-174 RP-SMA(M) 1M KSR-200-P 3M 1600TB -40°C~+85°C IP67 438g SMA(M) 1M KSR200-P ASA 146*134*20mm Datasheet 121

Combination Adhesive Mount 6-in-1 Guardian Series - LTE MIMO, Wi-Fi MIMO, GNSS & L-Band

The Guardian range is designed to fit into small spaces under the roof of a vehicle to provide a high performance solution for truck, bus and rail connectivity systems.

These heavy duty, IP67 water resistant, external antennas are a perfect solution for worldwide telematics applications which require best in class LTE and Wi-Fi performance.

Model No. Electrical Data MA930 LTE MIMO 1 & 2 GNSS Guardian 6-in-1 Frequency 698~803MHz/ Centre Freq. BeiDou:1561.098MHz 2*LTE MIMO, 2*Wi-Fi MIMO, 824~960MHz/ GPS:1575.42MHz GNSS & SatCom 1710~2170MHz/ GLONASS:1602MHz Adhesive Antenna 2490~2690MHz/ Efficiency BeiDou: 63% 3300~3600MHz GPS: 48% Efficiency MIMO 1 57.03% avg. GLONASS: 57% Efficiency MIMO 2 58.40% avg. Peak Gain BeiDou: 3dBi Peak Gain MIMO 1 3.72dB avg. GPS: 1.98dB Peak Gain MIMO 2 3.96dB avg. GLONASS: 3.01dBi Impedance 50Ω VSWR 3:1 Max Polarization Linear Axial Ratio BeiDou:<9.7 VSWR < 3 GPS: <14.02 GLONASS: <5.9 Return Loss 10dB Min

Wi-Fi MIMO 2.4GHz 5.8GHz L Band Frequency 2.4-2.5GHz 4.9-5.85GHz Frequency 1621MHz Efficiency MIMO 1 57.73% 48.06% Efficiency 66.67% Efficiency MIMO 2 44.09% 47.04% Peak Gain 2.17dBi Peak Gain MIMO 1 4.35dBi 4.84dBi VSWR < 3 Peak Gain MIMO 2 2.94dBi 5.70dBi Impedance 50Ω Impedance 50Ω Polarization RHCP Polarization Linear Axial Ratio 3.6 VSWR < 3

Mechanical Data Dimensions 146*134*20mm Enclosure ASA Weight 438g IP Rating IP67 Op temp. -40°C~+85°C Adhesive 3M 1600TB Cables* RG174 / KSR200-P Connectors* SMA(M) / RP-SMA(M) Datasheet

* Cable and Connectors are Customizable.

122 band Wi-Fi. powerful worldwide4GLTE MIMOantenna at technology 700MHz/800MHz/1700MHz/1800MHz/2600MHzanddual 2490 to 2690MHz/3300to 3600MHz)and3*Dual-band Wi-FiMIMO2.4-5.8GHz.Thisuniqueproduct delivers Combining 8elements into oneantenna, 1GPS/GLONASS/Galileo, 4*LTE MIMO(698to 960MHz/1710to 2170MHz/ The Taoglas GuardianX MA9908.A.001 isalow profile heavy duty, IP67 waterproof external antenna. * Cableand Connectors are Customizable. Guardian Series-LTE MIMO,Wi-FiMIMO&GNSS Adhesive Mount8-in-1 Adhesive Antenna 3* Wi-FiMIMO 4* LTE MIMO 1* GNSS GuardianX 8-in-1 MA9908 Model No. Connectors* Cables* Op temp. IP Rating Weight Enclosure Dimensions Mechanical Data Peak GainMIMO3 Peak GainMIMO2 Peak GainMIMO1 3 MIMO Efficiency MIMO2 Efficiency MIMO1 Efficiency Wi-Fi MIMO Polarization Impedance Peak GainMIMO4 Peak GainMIMO3 Peak GainMIMO2 Peak GainMIMO1 MIMO4 Efficiency MIMO3 Efficiency 2 MIMO Efficiency 1 MIMO Efficiency Frequency LTE MIMO1,2,3,4 Electrical Data SMA(M) /RP-SMA(M) RG174 /KSR200-P -40°C~+85°C IP67 1250g UV Resistant PC 360mm*160mm*16.5mm 4.89dBi 4.53dBi 4.08dBi 79.96 % 79.81% 71.50% 2.4GHz Linear 50Ω 3.28dB avg. 3.28dB avg. 3.17dB avg. 2.69dB avg. 62.56% avg. 62.56% avg. 58.99% avg. 57.27% avg. 2490~2690MHz 1920~2170MHz/ 1850~1990MHz/ 1710~1880 MHz/ 880~960MHz/ 824~894MHz/ 698~824MHz/ 5.71dBi 4.47dBi 3.47dBi 59.13% 59.22% 59.78% 5.8GHz Axial Ratio Polarization Gain@Zenith Efficiency Frequency GNSS @ 1602MHzZenith 14.0dB Max. @ 1575.42MHzZenith 6.0dB Max. RHCP 1602MHz +0dBictyp. 1575.42MHz 1.5dBictyp. 66.67% 1574~1610MHz Datasheet 123

Combination Adhesive Mount 9-in-1 Guardian Series - LTE MIMO, Wi-Fi MIMO & GNSS

The Taoglas GuardianX MA9909 is a low profile heavy duty, IP67 waterproof external antenna.

Combining 8 elements into one antenna, 1 GPS/GLONASS/Galileo, 8* LTE MIMO (698 to 960MHz/1710 to 2170MHz/ 2490 to 2690MHz/ 3300 to 3600MHz. This unique product delivers powerful worldwide 4G LTE MIMO antenna technology at 700MHz/800MHz/1700MHz/1800MHz/2600MHz and GNSS.

Model No. Electrical Data MA9909 LTE MIMO 1,2, 3, 4, 5, 6. 7.8 GNSS GuardianX 9-in-1 Frequency 698~806/ Frequency 1574~1610MHz 1* GNSS 8824~894/ Efficiency 66.67% 8* LTE MIMO 880~960MHz/ Gain@Zenith 1575.42MHz 1.5dBic typ. Adhesive Antenna 1710~1880 MHz/ 1602MHz +0dBic typ. 1850~1990MHz/ Polarization RHCP 1920~2170MHz/ Axial Ratio 6.0dB Max. 2490~2690MHz @ 1575.42MHz Zenith Efficiency LTE 1 46.62% avg. 14.0dB Max. Efficiency LTE 2 39.68% avg. @ 1602MHz Zenith Efficiency LTE 3 50.68% avg. Efficiency LTE 4 37.79% avg. Mechanical Data Efficiency LTE 5 37.44% avg Dimensions 360mm*160mm*16.5mm Efficiency LTE 6 50.42% avg Enclosure UV Resistant PC Efficiency LTE 7 40.92% avg Weight 1300g Efficiency LTE 8 46.20% avg IP Rating IP67 Impedance 50Ω Op temp. -40°C~+85°C Polarization Linear LTE Cables* 1M TGC200 Peak Gain LTE 1 1.19dBi avg Connector* SMA(M) Peak Gain LTE 2 0.28dBi avg GNSS Cable* 1M RG-174 Peak Gain LTE 3 2.20dBi avg GNSS Connector* SMA(M) Peak Gain LTE 4 1.62dBi avg Peak Gain LTE 5 1.94dBi avg Peak Gain LTE 6 2.08dBi avg Peak Gain LTE 7 0.44dBi avg Peak Gain LTE 8 2.15dBi avg Impedance 50Ω Polarization Vertical Datasheet

* Cable and Connectors are Customizable.

124 Taoglas offers guaranteed performance withyoursystem andyourenvironment. standards. Withthestrongest GPS/GLONASS andCellularantenna designteam andrigorous intheindustry testing, The MA301andMA303feature aMagnetic Mountasstandard. Aninternal O-ringmeets stringent IP65waterproof AVL orfleet management antenna systems worldwide. GLONASS andpenta-band cellular (GSM/GPRS/CDMA/PCS/DCS/ WCDMA/UMTS) antennas to simplify The Saucer MA301andMA303are combination smallform factor highperformance GPS and/or * Cableand Connectors are Customizable. Saucer Series-GPS &Cellular Magnetic Mount2-in-1 Antenna Magnetic-Puck Cellular GPS/Glonass & Saucer MA303 Model No. Antenna Magnetic-Puck GPS/Cellular Saucer MA301 Model No.

Return Loss Efficiency VSWR Impedance Polarization Cellular VSWR Power Consump. Noise Figure Gain Cen. Freq GPS Electrical Data Efficiency VSWR Impedance Polarization Cellular VSWR Power Consump. Noise Figure Gain Cen. Freq GPS Electrical Data >20% ≤2.5 50Ω Linear 1800/1900/2100MHz Penta-band 850/900/ <1.92 6±2mA(@2.7~3.3V) 1.5dB Max 28dB typ. (@3V) 1575.42±2MHz 2 Stage Active LNA <-5dB 28% avg. ≤2.5 50Ω Linear 1800/1900/2100MHz Penta-band 850/900/ <1.92 6±2mA(@2.7~3.3V) 1.5dB Max 31dB typ. (@3V) 1575.42/1602MHz 2 Stage Active LNA Dimensions Mechanical Data Op. Temp. IP Rating Connector* Cable* Force Magnetic Pull Mounting Dimensions Mechanical Data Op. Temp. IP Rating Connector* Cable* Force Magnetic Pull Mounting H: 17mm,Ø:56mm -40°C~+85°C IP65 2* SMA(M) 1M RG-174 1.58Kgf Magnetic Mount H: 17mm,Ø:56mm -40°C~+85°C IP65 2* SMA(M) 3M RG-174 1.58Kgf Magnetic Mount Datasheet Datasheet

125

Combination Magnetic Mount 2-in-1 High performance GPS/GLONASS and LTE

The MA310 antenna is a combination small form factor high performance GPS/GLONASS and Penta-band Cellular (GSM/GPRS/CDMA/ PCS/DCS/ WCDMA/UMTS) antenna to simplify AVL or Fleet management antenna systems worldwide.

It comes with magnetic mount as standard. An O-ring meets IP-67 waterproof standards. With the strongest GPS/GLONASS and Cellular antenna design team in the industry and rigorous testing Taoglas offers guaranteed performance with your system and your environment.

Model No. Electrical Data Mechanical Data MA310 GPS/LTE GNSS Dimensions H: 21mm, Ø: 77mm Magnetic Mount Frequency 1575.42 MHz ± 1.023 MHz Mounting Magnetic Mount Antenna Gain 27dBic typ.. Cable* 3M RG-174 Noise Figure 3.7dB Max (@5.5V) Cable Pull 8 Kgf Power Consump. 12mA typ. (@3V) Connector* SMA(M) Return Loss < -10dB Adhesive 3M 9448HK + CR4305 IP Rating IP67 Op. Temp. -40°C~+85°C

Cellular Cable* 3M CFD200 Frequency 698~960MHz/ Connector* SMA(M) 1710~2690MHz Polarization Vertical Impedance 50Ω Efficiency 25.49% avg. Return Loss < -3dB

* Cable and Connectors are Customizable.

126 the base protects themountingsurface duringinstallation andremoval. is not feasible. Itcan bemounted onsteel surfaces withits ultra-strong neodymiummagnets. Asoft foam cushionon This isanideal external combination antenna solutionthat isusedwhere drillingaholethrough theroof ofavehicle applications. IthasaIP67rated waterproof robust ABS enclosure andbase. The Taoglas Steedan MA350isa5-in-1next-generation magnetic mountantenna for vehicle roof * Cableand Connectors are Customizable. Steedan Series-GPS/GLONASS/BeiDou, LTE andWi-Fi Magnetic Mount5-in-1 GNSS, 2*LTE &2*Wi-Fi 5-in-1 Magnetic MountAntenna Steedan MA350 Model No. Return Loss Polarization Impedance Peak Gain Efficiency Frequency Wi-Fi MIMO Peak Gain Efficiency Impedance Polarization Frequency Cellular Polarization Impedance Consump. Power Noise Figure Gain Frequency GNSS Electrical Data < -6dB Linear 50Ω MIMO2: MIMO1: MIMO2: MIMO1: MIMO2: <-3.60dBavg. MIMO1: <-3.01dBavg. MIMO2: 37.38%avg. MIMO1: 45.24%avg. 50Ω Linear 1710~2690MHz 698~960MHz/ RHCP 50Ω 12mA typ. (@3V) 3.7dB Max(@5.5V) 30dBic typ.. GLONASS L1:1602MHz±1.023 GPS L1:1575.42MHz±1.023MHz -4.42dB avg. -3.27dB avg. 30.67% typ. 44.36% typ. 2.4-2.5GHz 2.5GHz -4.15dB avg. -4.34dB avg. 32.57% typ. 29.79% typ. 4.9-5.85GHz 5.8GHz Connector* Cable* Connector* Cable* Op. Temp. Weight IP Rating Adhesive Connector* Cable Pull Cable* Enclosure Mounting Dimensions Mechanical Data RP SMA(M) 3M TGC200 SMA(M) 3M TGC200 -40°C~+85°C 550g IP67 3M 9448HK+CR4305 SMA(M) 8 Kgf 3M RG-174 PC+ABS Magnetic Mount 247*144.3*47.8mm Datasheet 127

Combination Public Safety 3-in-1 Pantheon Series - GPS, LTE & Wi-Fi

The Pantheon MA705 antenna is an omnidirectional heavy-duty, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications.

The Pantheon series is designed for RF professionals who accept no performance compromises whatsoever. The MA705 combines a 3-in-1 GPS/GLONASS, 4G/3G/2G and 2.4GHz/5.8GHz Wi-Fi antenna with the highest efficiency and peak gain possible. Unlike our competitors, who don’t measure cable loss, the specification is measured at 3 meters (10ft) to show real performance in the field. The antenna has an electrically isolated gasket to prevent surge currents shorting equipment attached to the antenna.

Model No. Electrical Data Mechanical Data MA705 LTE Cellular Dimensions H: 86mm Ø: 146mm Pantheon 3-in-1 (Permanent Mount) Frequency 700/850/900/1700 Enclosure Wonderloy PC-540 Public Safety GPS/GLONASS, 1800/2100MHz PC/ABS Alloy LTE Cellular & dual-band Wi-Fi Efficiency 55% avg. Base and thread CAN10 Zinc Alloy Polarization Linear Thread diameter M30 x 2 (30mm) Impedance 50Ω Nut Nickel Plated Iron Radiation Pattern Omnidirectional Foam 3M 9448H Return Loss Connector SMA(M) IP Rating IP67 Op. Temp. -40°C~+85°C Cable 3M CFD-200

GPS/GLONASS Frequency 1575~1606MHz Cable* 3M RG-174 LNA 2 Stage 30dB LNA Connector* SMA(M) Peak Gain 4.0dBic typ. Efficiency 50% avg. Impedance 50Ω VSWR ≤1.9

Wi-Fi / Public Safety Frequency 2.4GHz~ 5.8GHz Cable* 3M CFD-200 (4.9GHz ~ 6GHz) Connector* SMA(M) Peak Gain 2.4GHz - 2dBi 4.9GHz - 4dBi 5GHz - 5dBi Efficiency 38% avg. Polarization Linear Impedance 50Ω Datasheet VSWR ≤1.7

* Cable and Connectors are Customizable.

128 M2M antenna for useinremote monitoring andpublicsafety applications. The Spartan MA671PublicSafety 3*MIMOantenna isalow profile, heavy-duty, IP67 waterproof external * Cableand Connectors are Customizable. Spartan Series Public Safety 3-in-1 Permanent Mount Low Profile Dual BandWi-Fi Wi-Fi 2.4/4.9~5.8GHz 3* MIMO Spartan -3-in-1 MA673 Model No. Permanent Mount Low Profile 4.9~5.8GHz Wi-Fi 3* MIMO Spartan -3-in-1 MA672 Model No. Permanent Mount Low Profile Public Safety 4.5~4.9GHz Wi-Fi 3* MIMO Spartan -3-in-1 MA671 Model No. Impedance Polarization VSWR Efficiency Peak Gain Frequency Electrical Data Impedance Polarization VSWR Efficiency Peak Gain Frequency Electrical Data Impedance Polarization VSWR Efficiency Peak Gain Frequency Electrical Data 50Ω 2* Vertical 1*Horizontal 2 Max 41% avg. 4.0dBi 4.9~5.8GHz 50Ω 2* Vertical 1*Horizontal 2 Max 43% avg. 3.0dBi 4.9~5.8GHz 50Ω Linear 2 Max >36% 2.0dBi typ. 2.4 /4.9~5.8GHz Thread Op. Temp. IP Rating Connectors Cables Base andThread Enclosure Dimensions Mechanical Data Thread Op. Temp. IP Rating Connectors Cables Base andThread Enclosure Dimensions Mechanical Data Thread Op. Temp. IP Rating Connectors Cables Base andThread Enclosure Dimensions Mechanical Data M30 -30°C~+85°C IP67 RP SMA(M) 3M CFD-200 Nickel Plated Zinc PC/ABS Alloy Wonderloy PC-540 H: 36mmØ:145mm M30 -40°C~+85°C IP67 RP SMA(M) 3M CFD-200 Nickel Plated Zinc PC/ABS Alloy Wonderloy PC-540 H: 36mmØ:145mm M30 -40°C~+85°C IP67 RP SMA(M) 3M CFD-200 Nickel Plated Zinc PC/ABS Alloy Wonderloy PC-540 H: 36mmØ:145mm Datasheet Datasheet Datasheet 129

Combination Embedded 2-in-1 Patch Antennas Ceramic Loop Antennas

Our GLWA series of omnidirectional embedded loop antennas offer impressive efficiency in a miniature form factor.

These minuscule antennas, at just 3.2*1.6*0.5mm, are among the smallest on the market today and have been manufactured in a IATF16949 first tier automotive approved facility. Typical applications include: navigation or position tracking systems, handheld devices, tablets, POS systems, gateways and routers, mobile wireless camera systems and OBD devices.

Model No. Electrical Data GWLA.01 GPS L1 Wi-Fi 2.4GHz GPS L1 Frequency 1575.42MHz Frequency 2.4-2.5GHz and Wi-Fi 2.4GHz Bandwidth 32MHz Bandwidth 100MHz Embedded 2-in-1 Peak Gain 1.52dBi Peak Gain 1.43dBi Ceramic Loop Efficiency 59% Efficiency 67% Antenna Return Loss <-10dB Return Loss <-10dB Omnidirectional Impedance 50Ω Impedance 50Ω Polarization Linear Polarization Linear Input Power 10W Input Power 10W

Mechanical Data Dimensions 3.2*1.6*0.5mm Ground Plane 80*40mm Weight 0.02g Op. Temp -40°C~+85°C Relative Humidity 20%-70% Datasheet

Model No. Electrical Data GWLA.10 GPS L1 Wi-Fi 2.4GHz 5.8GHz GPS L1 and Frequency 1575.42MHz Frequency 2.4-2.5GHz 5.15-5.85GHz Wi-Fi Dual Band Bandwidth 35MHz Bandwidth 100MHz 820MHz Embedded 2-in-1 Peak Gain 1.36dBi Peak Gain 0.27dBi 1.86dBi Ceramic Loop Efficiency 57% Efficiency 51% 53% Antenna Return Loss <-10dB Return Loss <-10dB <-6dB Omnidirectional Impedance 50Ω Impedance 50Ω Polarization Linear Polarization Linear Input Power 2W Input Power 2W

Mechanical Data Dimensions 3.2*1.6*0.5mm Ground Plane 80*40mm Weight 0.02g Op. Temp -40°C~+85°C Datasheet Relative Humidity 20%-70%

* Cable and Connectors are Customizable.

130 to 80%efficiency at 2332.5MHz for SDARS andnearly 70%efficiency at5900MHz forDSRC. capabilities. Thispatch provides world-classperformance onboth bands, withleft-hand circular polarization andup The SDDCP.5900.25.10.A.08 isapassive embeddedceramic stacked patch antenna withboth SDARS andDSRC vehicles andistheideal embeddedsolutionfor applications requiring highprecision andWi-Fi. lightweight androbust solutionfor applications whichrequire highimpact resistance suchasdrones, ATVs and The low-profile GWSFTP.50.3.A.08 patch designalsoutilizes the Taoglas Terrablast material whichprovides a patch. At just itisthelowest 3mmthick, profile solution for GPS andWi-Fi combination applications. GNSS andSDARS capabilities. TheGWSFTP.50.3 isa50*50mmlow profile, passive Terrablast stacked The GPSDSF.35.7 isapassive 35x35mmceramic stacked patch antenna withworld-class performing * Antenna properties were measured withtheantenna mounted on70*70mmGround Plane. Ceramic andTerrablast Patch Antennas Embedded 2-in-1Patch Antennas Antenna Stacked Patch Terrablast Patch Embedded 2-in-1 2.4GHz GPS andWi-Fi GWSFTP.50 Model No. Antenna Stacked Patch Low Profile Embedded 2-in-1 Galileo &SDARS GPS/GLONASS GPSDSF.35 Model No. Antenna Stacked Patch SDARS &DSRC SDDCP.5900 Model No. Polarization Impedance Return Loss Efficiency Zenith Gain Axial Ratio Frequency Electrical Data* Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data* Polarization Impedance Return Loss Efficiency Peak Gain Axial Ratio Frequency Electrical Data* LHCP -10dB max. 80.3% +5.4dBi typ. 18.4dB typ. 2320 ~2345MHz SDARS RHCP 50Ω ≤-10dB 40.1% 1.6dBi typ. 1575.42MHz GPS RHCP 50Ω <-10dB 69% +3.4dBi typ 5.0dB typ. 1575.42MHz GPS RHCP 50Ω ≤-7dB 24.5% 0.1dBi typ 2.4-2.5GHz Wi-Fi 2.4GHz LHCP 50Ω -10dB max. 67% +4.7dBi typ. 3.8dB typ. 2338.75MHz SDARS 50Ω RHCP -10dB max. 68.5% +3.5dBi typ. 14.4 dBtyp. 5850 ~5925MHz DSRC RHCP 50Ω <-10dB 78% +3.6dBi typ 7.5dB typ. 1602MHz GLONASS Humidity Relative Op. Temp Weight Pin Length Pin Diameter Material Dimensions Humidity Op. Temp Weight Pin Length Pin Diameter Material Dimensions Humidity Relative Op. Temp Weight Pin Length Pin Diameter Material Dimensions Mechanical Data Mechanical Data Mechanical Data 65°C 95%RH Non-condensing 20%-70% -40°C~+85°C 13.9g 2.0mm 0.8mm Ceramic 25*25*10.15mm 65°C 95%RH Non-condensing -30°C~+85°C 15.8g 2.0mm 0.9mm Terrablast 50*50*3mm 20%-70% -40°C~+85°C 22.1g 2.0mm 0.8mm Ceramic 35*35*7.15mm Datasheet Datasheet 131

Combination Embedded GPS-Cellular Combination Antenna Board

The MAT.03A Reference GPS and Cellular embedded antenna board combines the 3G/2G PA.25 Hexa-Band Cellular SMD antenna and the ASGP.1575.25B.4.A.0 SMD 28dB active GPS patch antennas.

It can be used as a reference board design or actual embedded antenna for telematics applications such as fleet management, asset tracking, and security/surveillance. The board comes with one SMA(F) connector for each antenna feed on the bottom side for easy connection via a cable assembly to a module or test equipment.

Model No. Electrical Data Mechanical Data MAT.03A LTE Dimensions 36*6*5mm Embedded Active GPS Frequency 824~2170MHz Material Ceramic and Cellular Antenna Peak Gain < 2.54dBi Connector SMA(F) Assembly and Reference Board Efficiency >50% Op. Temp. -40°C ~ +85°C Board Dimensions 110*41*7mm Return Loss <-5dB

GPS Dimensions 25*25*4mm Polarization RHCP Material Ceramic Axial Ratio Max 3.0dB@zenith Connector SMD via solder pads Return Loss <-5dB Op. Temp. -40°C ~ +85°C Input Voltage 3.0V typ. Gain Typ. -1.5dBic @ Zenith Datasheet

132 5-in-1 EmbeddedBoard for Telematics Devices Integrated Antenna Board 1* GPS/GLONASS 2* 2.4/5.8GHzWi-Fi, 2*4G/3G/2G MIMO, 5-in-1 Integrated Antenna Board MAT.500.B Model No. VSWR Polarization Impedance Peak GainMIMO2 Peak GainMIMO1 2 MIMO Efficiency MIMO1 Efficiency Frequency 2.4GHz/5.8GHz VSWR Polarization Impedance Peak Gain Efficiency Cent. Freq. GPS/GLONASS VSWR Polarization Impedance Peak GainMIMO2 Peak GainMIMO1 MIMO2 Efficiency MIMO1 Efficiency Frequency 4G/3G/2G Electrical Data ≤ 2:2 ≤ 2:2 Linear 50Ω 5.82dBi 5.14dBi 65.72% 50.51% 4900-5850MHz 2400-2500MHz/ 2.1 Max RHCP 50Ω GLONASS: 4.9dBi GPS: 5.47dBi GLONASS: 68% GPS: 75%i GLONASS:1602MHz GPS:1575.42MHz <4 Linear 50Ω 2.38dBi avg. 3.67dBi avg. 44.81% avg. 49.83% avg. 2490-2690MHz 1710-2170MHz/ 824-960MHz/ 698-803MHz/ Connector Cable Connector Cable Connector Cable Op. Temp. Weight Dimensions Mechanical Data IPEX Ø1.37 Micro Coax 68mm IPEX Ø1.37 Micro Coax 68mm IPEX MIMO2: 118mm MIMO1: 68mm Ø1.37Micro Coax -40°C ~+85°C 66g 157*103*30mm Datasheet 133

Combination Integrated Antenna Board 6-in-1 Embedded Board for Telematics Devices

Model No. Electrical Data Mechanical Data MAT.500.A 4G/3G/2G Dimensions 157*103*30mm 6-in-1 Integrated Antenna Board Frequency 698-803MHz/ Weight 66g 2*LTE MIMO, 2*Dual band Wi-Fi MIMO 824-960MHz/ Op. Temp. -40°C ~ +85°C 1* GPS/GLONASS. 1710-2170MHz/ Cable Ø1.37 Micro Coax 1* Satellite L Band 2490-2690MHz MIMO1: 78mm Peak Gain 3.67dBi avg. MIMO2: 133mm Impedance 50Ω Connector IPEX Polarization Linear VSWR <4 Efficiency 49.83% avg.

Satellite L-Band Frequency 1621±5MHz Cable Ø1.37 Micro Coax 83mm Efficiency 70% Connector IPEX Peak Gain 5.11dBi Impedance 50Ω Polarization RHCP VSWR 2.1 Max

GPS/GLONASS Cent. Freq. GPS:1575.42MHz Cable Ø1.37 Micro Coax.68mm GLONASS:1602MHz Connector IPEX Efficiency GPS: 75% GLONASS: 68% Peak Gain GPS: 5.47dBi GLONASS: 4.9dBi Impedance 50Ω Polarization RHCP VSWR 2.1 Max

2.4GHz/5.8GHz Frequency 2400-2500MHz Cable Ø1.37 Micro Coax 4900-5850MHz MIMO1: 68mm Efficiency MIMO 1 50.51% MIMO2: 118mm Efficiency MIMO 2 65.72% Connector IPEX Peak Gain MIMO 1 5.14dBi Peak Gain MIMO 2 5.82dBi Impedance 50Ω Polarization Linear VSWR ≤ 2:2

Datasheet

134 systems. Thisantenna isavailable withboth SMA(M)andFakra connectors. enclosure. Typical applications includevehicletracking devices, telematics devices, andother remote monitoring This monopoleantenna worksbest whenconnected directly to theground planeofthedevice main-board ormetal The compact TG.08 provides coverage amongGPS, GLONASS andBeiDoufrequencies withimpressive efficiency. no furtherthantheTG.08. For hinged monopoleantennas withimpressively highefficiency for GNSS andCellularfrequencies look Terminal Antennas External CellularandGNSS Antenna Connector Mount Hinged Fakra Galileo/ BeiDou GPS/GLONASS/ Cellular and TG.08.0723 Model No. design Rotatable hinge Antenna Monopole Passive Galileo/ BeiDou GLONASS/ Cellular andGPS/ TG.08.0113 Model No. Electrical Data Return Loss Efficiency Peak Gain Input Power Impedance Polarization Radiation Pattern Frequency Max InputPower Return Loss Efficiency Peak Gain Polarization Impedance Radiation Pattern Frequency Electrical Data (on 30*30cmground plane) <-9dB (on 30*30cmground plane) 68% avg. (on 30*30cmground plane) 2.75dBi avg. 10W 50Ω Linear Omnidirectional 1710~2700MHz. 1575.42MHz/1602MHz/ 698-960MHz/1561MHz/ 10W (on 30*30cmground plane) < -8.5dBavg. (on 30*30cmground plane) 69% avg. (on 30*30cmground plane) 3.48dBi avg. Linear 50Ω 1710~2690MHz 1561MHz/1575.42MHz/ 1602MHz/ 703~960MHz/ Op. Temp. Connector Enclosure Dimensions Mechanical Data Op. Temp. Connector Enclosure Diameter Length Mechanical Data -40°C ~+85°C SMA(M) POM Ø: 10mm H: 72mm -40°C~+85°C Fakra CodeD POM 5mm 79.5mm Datasheet Datasheet 135

Combination LPWA/ISM

Taoglas features an unparalleled offering of products that support frequencies within the ISM bands. With standards that have been in place for more than 30 years, the use of ISM bands has grown in popularity for a wide variety of IoT deployments due to stability, availability, and affordability.

We create antennas in a variety of form factors designed specifically for IoT and M2M applications using LPWA technology including NB-IoT, Cat-M, LoRa and Sigfox. The Cyclone FXUB64 flex antenna, The Extensis NCS.5820 and NCP.5820, The MCS6, the MFX3 flex and the MGA1 external magnetic mount antenna all offer excellent efficiencies in the LPWA bands of operation. This enables the highest reliability along with the reduced power consumption and low maintenance cost benefits of LPWA technology.

Taoglas offers a range of embedded and external antennas in multiple frequency bands, including: 169MHz, 433MHz, 450MHz, 868MHz, 915MHz, 2.4 GHz, and 5 GHz. These frequencies support a variety of applications from SCADA and RFID to Bluetooth and WiFi.

Our Barracuda range of omnidirectional external antennas provide strong coverage over wide areas, making them suitable for metering, security applications and making them a very popular solution for the LoRa network. This fantastic solution offers impressive peak gains of up to 12dBi. The range offers superb value, delivering maximum coverage on the horizontal plane in 360 degrees, to minimize the number of nodes needed for a mesh network.

For terminal mount whip antennas, check out our Meteor range. These flexible and durable antennas mount to a metal plate to radiate and are ideal for remote asset monitoring applications, alarms, paging systems and private mobile radio services. Our Shockwave range is a series of mechanically robust, waterproof, external antennas designed for use on a ground plane and are ideal for applications in harsh outdoor environments.

We offer a wide range embedded antennas from flexible circuit and ceramic loop (ideal when space is limited) to ceramic patch and helical monopole antennas. Our PC series are ground plane independent, making them suitable for the smallest IoT devices in tracking, navigation, automotive and telemedical markets.

136 internal orexternal applications adhesively mounted onglass(ISA.01)orABS (ISA.06). The ISA.01andISA.06are omnidirectional wide-band low profile 400MHz to 470MHzantennas for Adhesive Mount External ISM-Adhesive Mount Adhesive Mount 915MHz External ISM ISA.05 Model No. Mount Plastic Surfaces Omnidirectional Low Profile Wide-Band ISA.06 Model No. Glass Mount Omnidirectional Low Profile Wide-Band ISA.01 Model No. Impedance Polarization Return Loss Efficiency Peak Gain Radiation Pattern Frequency Electrical Data Impedance Polarization Return Loss Efficiency Peak Gain Radiation Pattern Frequency Electrical Data Impedance Polarization Return Loss Efficiency Peak Gain Radiation Pattern Working Freq. Electrical Data 50Ω Linear -11dB avg. 37% 1.5dBi Omnidirectional 400~470MHz 50Ω Linear -11dB avg. 35% 1.5dBi Omnidirectional 400~470MHz 50Ω Linear -5.6dB avg. >52.5% avg. > 0dBavg. Hemispherical 902-928MHz IP Rating Enclosure Connector Cable Mounting Dimensions Mechanical Data Op. Temp. IP Rating Enclosure Connector Cable Adhesive Gasket & Dimensions Mechanical Data Op. Temp. IP Rating Enclosure Connector Cable Mounting Dimensions Mechanical Data Op. Temp. Outside Enclosure -IP65 TPR SMA(M) 3M RG-174 3M Adhesive 239*42*10.5mm -40°C~+85°C IP65 Heat shrinkwith glue IPEX MHFHT 0.3m Ø:1.37RFCoaxial 3M 9448+CR-4305 80*51*11mm -40°C~+85°C Internal PCB-IP67 -40°C~+85°C Internal PCB-IP67 Outside Enclosure -IP65 TPR SMA(M) 3M RG-174 3M Adhesive 239*42*10.5mm Datasheet Datasheet Datasheet 137

LPWA/ISM External ISM - Permanent Mount Hercules Series

The Hercules series is designed to be adaptable and reliable in any environment. The Hercules ISM line is especially suited to mesh networks, vehicles, indoor and outdoor assets.

The trademarked Hercules design features are present on the IS.01, IS.04 and IS.05 with extra thick threads and durable PC housing. The IS.01 antenna is for the 433MHz licensed band, the IS.04 for the 868MHz band and the IS.05 for the 915MHz band.

Model No. Electrical Data Mechanical Data IS.01.B Working Freq. 400-460MHz Dimensions H: 29mm, Ø: 49mm Hercules Radiation Pattern Omnidirectional Mounting Thread 18mm 433MHz Peak Gain 1dBi Op. Temp. -40°C~+85°C Permanent Mount Efficiency 45% avg. Cable 3M NFC-200 Return Loss -16dB Connector SMA(M) Polarization Linear IP Rating IP67 & IP69K Impedance 50Ω VSWR ≤ 2.0 Datasheet

Model No. Electrical Data Mechanical Data IS.04.B Frequency 868-870MHz Dimensions H: 29mm, Ø: 49mm Hercules Radiation Pattern Omnidirectional Mounting Thread 18mm 868MHz Peak Gain 1.98dBi Op. Temp. -40°C~+85°C Permanent Mount Efficiency 35% avg. Cable 3M RG-174 Return Loss -13dB Connector SMA(M) Polarization Linear IP Rating IP67 & IP69K Impedance 50Ω VSWR ≤ 2.5 Datasheet

Model No. Electrical Data Mechanical Data IS.05.B Frequency 902-928MHz Dimensions H: 29mm, Ø: 49mm Hercules Radiation Pattern Omnidirectional Mounting Thread 18mm 915MHz Peak Gain 2.2dBi typ. Op. Temp. -40°C~+85°C Permanent Mount Efficiency 35% avg. Cable 3M RG-174 Return Loss -15dB Connector SMA(M) Polarization Linear IP Rating IP67 & IP69K Impedance 50Ω VSWR ≤ 2.5 Datasheet

138 or they can befixedor they to apoleor wall and connected viaanytypeofcustomer specified cableand connector. Our Barracuda seriesofomnidirectional antennas can beconnected directly to theaccess unit, pointortelemetry mesh network. on thehorizontal (azimuth)planein360degrees -thusminimizingtheamountof nodesneededfor a Antennas withomniradiation patterns give thebest value because theygive maximumcoverage range Barracuda Series External ISM-Omnidirectional Outdoor Omnidirectional Indoor/Outdoor /CDMA/ISM 6 6dBi LTE BAND31 Barracuda OMB.450.B06F21 Model No. Omnidirectional Indoor/Outdoor /CDMA/ISM 6 3dBi LTE BAND31 Barracuda OMB.450.B03F21 Model No. Omnidirectional Dipole Antenna Collinear Barracuda OMB.433.B06F21 Model No. Omnidirectional Dipole Antenna Collinear 433MHz Barracuda OMB.433.B03F21 Model No. Max InputPower VWSR Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data Max InputPower VWSR Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data Max InputPower VSWR Impedance Polarization Peak Gain Radiation Pattern Frequency Electrical Data Max InputPower VSWR Impedance Polarization Peak Gain Radiation Pattern Frequency Electrical Data 3dBi Omnidirectional 450~470MHz 100W ≤ 1.5:1 50Ω Vertical 6dBi Omnidirectional 433MHz 100W 1.5:1 50Ω Vertical 3dBi Omnidirectional 433MHz 100W 1.5:1 50Ω Vertical 6dBi Omnidirectional 450~470MHz 100W 1.5:1 50Ω Vertical Weight IP Rating Op. Temp Mounting Mount Style Bracket Dim. Dimensions Mechanical Data Connector Enclosure Weight Op. Temp Mounting Mount Style Dimensions Bracket Length Mechanical Data Connector Enclosure Weight Op. Temp Mounting Mount Style Dimensions Bracket Length Mechanical Data Connector Enclosure Weight IP Rating Op. Temp Mounting Mount Style Bracket Dim. Dimensions Mechanical Data Connector Enclosure 70g IP65 -40°C~+85°C Stainless Steel Pole Mount/WallMount 70*35mm(Max) 523 mm(Max)Ø:26mm N Type Female White Fiberglass 70g -40°C~+85°C Stainless Steel Pole Mount/WallMount 30*35mm (max) 1094mm Ø:26mm N Type Female White Fiberglass 70g -40°C~+85°C Stainless Steel Pole Mount/WallMount 70*35mm (max) 523mm Ø:26mm N Type Female White Fiberglass 70g IP65 -40°C~+85°C Stainless Steel Mount Bracket Wall/Pole 70*35mm(Max) 1094 mm(Max)Ø:26mm N Type Female White Fiberglass Datasheet Datasheet Datasheet Datasheet

139

LPWA/ISM External ISM - Omnidirectional Outdoor Barracuda Series

Model No. Electrical Data Mechanical Data OMB.868.B05F21 Frequency 860~870MHz Dimensions H: 819mm Ø: 26mm Barracuda Radiation Pattern Omnidirectional Mounting Wall/Pole 5dBi Peak Gain 5dBi Mount Bracket Dipole Antenna Efficiency 75% avg. Op. Temp. -40°C~+85°C Polarization Vertical Application Indoor/Outdoor Impedance 50Ω Connector N Type Female VSWR ≤ 1.5 Wind Resistance >150mph(>241km/h) Max Input Power 50W

Datasheet

Model No. Electrical Data Mechanical Data OMB.868.B08F21 Frequency 860~870MHz Dimensions H: 1474mm Max Barracuda Radiation Pattern Omnidirectional Mounting Wall/Pole 8dBi Peak Gain 8dBi Mount Bracket Omnidirectional Efficiency 75% avg. Op. Temp. -40°C~+85°C Dipole Antenna Polarization Vertical Application Indoor/Outdoor Impedance 50Ω Connector N Type Female VSWR ≤ 1.5 Wind Resistance >150mph(>241km/h) Bracket 70*35mm

Datasheet

Model No. Electrical Data Mechanical Data OMB.868.B10F21 Frequency 860~870MHz Dimensions H: 2240mm, Ø: 26mm Barracuda Radiation Pattern Omnidirectional Mounting Wall/Pole 10dBi Peak Gain 10dBi Mount Bracket Omnidirectional Polarization Vertical Op. Temp. -40°C~+60°C Collinear Antenna Impedance 50Ω Application Indoor/Outdoor VSWR 1.5:1 Connector* N Type Female Max Input Power 50W Wind Resistance >150mph(>241km/h) Weight 1160g Bracket 70*35mm

Datasheet

Model No. Electrical Data Mechanical Data OMB.868.B12F21 Frequency 860~870MHz Dimensions H: 2240mm, Ø: 26mm Barracuda Radiation Pattern Omnidirectional Mounting Wall/Pole 12dBi Peak Gain 11.4dBi typ. Mount Bracket Omnidirectional Efficiency 75% avg. Op. Temp. -40°C~+60°C Collinear Antenna Polarization Vertical Application Indoor/Outdoor Impedance 50Ω Connector* N Type Female VSWR <2:1 Wind Resistance >150mph(>241km/h) Max Input Power 50W Weight 994g Bracket 70*35mm

Datasheet

140 means itradiates uniformly intheazimuthwithahighgain, providing coverage overlongdistances. The Barracuda seriesisideal for metering, industrial monitoring andsecurityapplications. Its collinear dipoledesign solution -housedinfiberglass theyare safer than traditional antennas. Taoglas’s range of omnidirectional base station antennas are thestarting pointfor anymeshnetwork Barracuda Series External ISM-Omnidirectional Outdoor Dipole Antenna Omnidirectional 12dBi Barracuda OMB.915.B12F21 Model No. Dipole Antenna Omnidirectional 8dBi Barracuda OMB.915.B08F21 Model No. Dipole Antenna Omnidirectional 3dBi Barracuda OMB.915.B03F21 Model No. Max InputPower VSWR Impedance Polarization Gain Radiation Pattern Frequency Electrical Data Max InputPower Impedance Polarization VSWR Gain Radiation Pattern Frequency Electrical Data Max InputPower VSWR Impedance Polarization Efficiency Gain Radiation Pattern Frequency Electrical Data 50W 50Ω Vertical 1.5:1 8dBi typ. Omnidirectional 902~928MHz 50W ≤ 1.5 50Ω Vertical 63% avg. 3.5dBi typ. Omnidirectional 902~928MHz 200W <2:1 50Ω Vertical 11.7dBi typ. Omnidirectional 902~928MHz Mechanical Data Bracket Wind Resistance Connector Application Op. Temp. Mounting Dimensions Mechanical Data Bracket Wind Resistance Connector Application Op. Temp. Mounting Dimensions Mechanical Data Bracket Wind Resistance Connector Application Op. Temp. Mounting Dimensions 70*35mm >150mph(>241km/h) N Type Female Indoor/Outdoor -40°C~+60°C Mount Bracket Wall/Pole H:2240mm MaxØ:26mm 70*35mm >150mph(>241km/h) N Type Female Indoor/Outdoor -40°C~+85°C Mount Bracket Wall/Pole 26mm H: 1475mmØ: 70*35mm >150mph(>241km/h) N Type Female Indoor/Outdoor -40°C~+85°C Mount Bracket Wall/Pole H: 320mmØ:26mm Datasheet Datasheet Datasheet 141

LPWA/ISM External ISM - Omnidirectional Outdoor Barracuda Series

The Taoglas Barracuda OMB.242.08F21 antenna is professionally designed omnidirectional outdoor antenna and features excellent radiation patterns. The antenna base is aluminum and resists rust. The product has good water resistance. Great care has been taken in the manufacture and assembly of the internal copper elements so they can bear a high input power.

Our Barracuda OMB.445.05F21 4.4-5.0GHz ISM Indoor/Outdoor antenna is designed to provide long distance coverage for Public Safety applications. Omnidirectional 7dBi gain ensures constant reception and transmission. The UV resistant coating with fiberglass housing makes this antenna suitable to be mounted in robust outdoor environments.

Model No. Electrical Data Mechanical Data OMB.242.08F21 Frequency 2400~2500MHz Dimensions H: 523mm, Ø: 26mm Barracuda Radiation Pattern Omnidirectional Mounting Wall/Pole 8dBi Peak Gain 8.0dBi typ. Mount Bracket Omnidirectional Efficiency 65% avg. Op. Temp. -40°C~+85°C Dipole Antenna Polarization Vertical Application Indoor/Outdoor Impedance 50Ω Connector* N Type Female VSWR ≤ 1.3 Wind Resistance >150mph(>241km/h) Max Input Power 50W Bracket 70*35mm

Datasheet

Model No. Electrical Data Mechanical Data OMB.445.05F21 Frequency 4.4~5.0GHz Dimensions H: 270mm, Ø: 26mm Barracuda Radiation Pattern Omnidirectional Mounting Wall/Pole 7dBi Peak Gain 7.0dBi typ. Mount Bracket Omnidirectional Efficiency 75% avg. Op. Temp. -20°C~+60°C Collinear Antenna Polarization Vertical Application Indoor/Outdoor Impedance 50Ω Connector* N Type Female VSWR ≤ 1.3 Wind Resistance >150mph(>241km/h) Max Input Power 50W Bracket 68*35mm

Datasheet

142 maintain themechanical integrity. the ground. There are noairgaps typeapproved whatsoever roadmarker insidethenew withantenna inorder to These antennas havebeenpotted withthesameepoxy that istraditionally usedto secure theroadmarker itself to directly onthepavement andontheroad. non-reflective roadmarkers. Theantenna can beinstalled insideBotts’ dots that can inturn be mounted Our designteam hascreated auniquerange of antennas whichcan befitted inside US standard raised Road Marker Antenna Kit External ISM-Road Marker Model No. Model No. Low Profile with CAB.826CableAssembly 915MHz Antenna 915MHz Road Marker Kit RI.02.01 Low Profile with CAB.826CableAssembly 915MHz Antenna 915MHz Road Marker Kit RI.02.02 Road Marker top view Efficiency Return Loss Impedance Polarization Peak Gain Radiation Pattern Frequency Band Electrical Data Efficiency Return Loss Impedance Polarization Peak Gain Radiation Pattern Frequency Band Electrical Data 26% -18dB 50Ω Linear 3.2dBi Omnidirectional 902~928MHz 915MHz 26% -18dB 50Ω Linear 3.2dBi Omnidirectional 902~928MHz 915MHz underside view Road Marker IP Rating Op. Temp. Connector Cable Cable Enclosure Dimensions Mechanical Data IP Rating Op. Temp. Connector Cable Cable Enclosure Dimensions Mechanical Data IP67 -40°C~+85°C SMA(M)ST CAB.820: SMB(F)to RG.01: SMB(M)Jack 2*1.5M WY-100 CAB.820: 1.5MWY-100 RG.01: 1.5MWY-100 UV Resistant PP H: 18mm,Ø:101mm IP67 -40°C~+85°C to SMA(M)ST CAB.826: SMB(F) RG.01: SMB(M)Jack 2*1.5M WY-100 CAB.826: 1.5MWY-100 RG.01: 1.5MWY-100 UV Resistant PP H: 18mm,Ø:101mm Datasheet Datasheet 143

LPWA/ISM External ISM - Terminal Mount Antennas Meteor Range

Taoglas ISM band terminal antennas are designed for easy connection to ISM terminals and equipment. Our antennas cover the 135MHz, 169MHz, 433MHz, 868MHz and 915MHz ISM bands worldwide.

The Meteor range are 0dBi 1/4 wavelength monopole flexible whip antennas with omnidirectional pattern, optimized in the azimuth for wide coverage range in applications such as WirelessM- Bus metering. They are ideal for remote asset monitoring, alarms, paging systems and private mobile radio applications within their respective frequency ranges. These robust antennas must be mounted to a metal plate to radiate.

Model No. Electrical Data Mechanical Data FW.81.SMA.M Frequency 135MHz Dimensions H: 353mm Meteor Radiation Pattern Omnidirectional Base Diameter Ø: 16mm 135MHz Peak Gain 0dBi Whip Diameter Ø: 4mm Flexible Whip Average Gain* -3.9dBi Enclosure ABS Efficiency* 40% Connector SMA(M) Polarization Linear Impedance 50Ω Datasheet Max Input Power 50W

Model No. Electrical Data Mechanical Data FW.80.SMA.M Frequency 169MHz Dimensions H: 353mm Meteor Radiation Pattern Omnidirectional Base Diameter Ø: 16mm 169MHz Peak Gain 0dBi Whip Diameter Ø: 4mm Flexible Whip Average Gain* -3.9dBi Enclosure ABS Efficiency* 40% Connector SMA(M) Polarization Linear 50Ω Impedance Datasheet Max Input Power 50W

Model No. Electrical Data Mechanical Data FW.43.B.SMA.M Frequency 433MHz Dimensions 290mm Meteor Radiation Pattern Omnidirectional Base Diameter Ø: 16mm 433MHz Peak Gain 1.10dBi Whip Diameter 6.2mm Flexible Whip Return Loss <-10dB Enclosure ABS Efficiency* 73.66% avg. Connector SMA Type (M) Polarization Linear Weight 63.5g Impedance 50Ω Op. Temp. -40°C to +85°C

Datasheet

Model No. Electrical Data Mechanical Data FW.45.B.SMA.M Working Freq. 450~470MHz Dimensions 290mm Meteor Radiation Pattern Omnidirectional Base Diameter 16mm 450-470MHz Peak Gain 1.10dBi Whip Diameter 6.2mm Flexible Whip Polarization Linear Enclosure ABS Impedance 50Ω Connector SMA(M) VWSR ≤ 2:1 Weight 63.5g Max Input Power 2W Op. Temp -40°C~+85°C IP Rating IP67

Datasheet

*For low frequency antennas these parameters can only be estimated using RF formula calculation, simulation or rough field test comparisons with large benchmark antennas. Tuned for 30*30cm ground plane.

144 systems, suchasweather monitoring, motion/vibration sensorsandpollutants monitoring. is seeingincreasing popularityintheUSA. At alengthofjust 226mmthisrobust antenna isideal for monitoring sensors, andpollutants monitoring. At 915MHz,theMeteor FW.95 operates withintheunlicensed ISMband which The antenna was specificallyfor monitoring developed systems, suchasweather monitoring, motion/vibration shock. steel core covered by PEsoit’s extremely resistant to abrasion andmaintains performance even after The Meteor FW.86 operates inthe868MHzISMband. Thisrugged antenna ismade of aflexible inner Meteor Range External ISM-Terminal MountAntennas Flexible Whip 868MHz Meteor FW.86.RNT.M Model No. Flexible Whip 868MHz Meteor FW.86.B.NTY.M Model No. Flexible Whip 868MHz Meteor FW.86.B.SMA.M Model No. Input Power Polarization Efficiency* Impedance Peak Gain Radiation Pattern Frequency Electrical Data Input Power Impedance Polarization Efficiency* Return Loss Peak Gain Radiation Pattern Frequency Electrical Data Input Power Impedance Polarization Efficiency* Return Loss Peak Gain Radiation Pattern Frequency Electrical Data 2 W Linear 70.6% 50Ω 2.82dBi Omnidirectional 868MHz 2 W 50Ω Linear 96.60% <-15dB 4.78dBi Omnidirectional 868MHz 2 W 50Ω Linear >67.5% avg. <-10dB 2.73dBi avg. Omnidirectional 850-890MHz IP Rating Op. Temp. Weight Connector Enclosure Whip Diameter Base Diameter Dimensions Mechanical Data Mechanical Data Op. Temp. Weight Connector Enclosure Whip Diameter Base Diameter Dimensions Op. Temp. Weight Connector Enclosure Whip Diameter Base Diameter Dimensions Mechanical Data IP67 -40°C to +85°C 48.5g N Type(M) ABS Ø: 6.2mm Ø: 20mm 243mm -40°C to +85°C 48.5g N Type ABS Ø: 6.2mm Ø: 20mm 246mm -40°C to +85°C 39g SMA(M) ABS Ø: 6.2mm Ø: 16mm 240mm Datasheet Datasheet Datasheet 145

LPWA/ISM External ISM - Terminal Mount Antennas Meteor Range

The FW.95 is a flexible 915MHz whip antenna with a SMA type (M) connector for outdoor use. It features excellent efficiency and high peak gain at 915MHz on a 30x30 cm ground plane. This antenna was developed for monitoring systems, such as weather monitoring, motion / vibration sensors, and pollutants monitoring.

The FW.95 has an excellent omnidirectional radiation pattern, ensuring wide coverage. The antennas high efficiency means that it allows your radio to consume less power than with a lower efficiency antenna when transferring data. It also means a better signal strength and better sensitivity in areas of low signal levels. The antenna performs at its best while attached to a ground plane with dimensions of at least 30x30 cm.

Model No. Electrical Data Mechanical Data FW.95.B.SMA.M Frequency 902-928MHz Dimensions 226mm Meteor Radiation Pattern Omnidirectional Base Diameter Ø: 16mm 915MHz Peak Gain 2.92dBi avg. Whip Diameter Ø: 6.2mm Flexible Whip Return Loss <-10dB Enclosure ABS Monopole antenna Efficiency* >60% Connector** SMA(M) Polarization Linear Weight 38g Impedance 50Ω Op. Temp. -40°C to +85°C Input Power 2 W

Datasheet

* On a 30*30cm ground plane. ** Also available with a TNC(M) Connector.

146 security against vandalism. out oftheback wall ofthebracket into theinterior ofthemountingwall for added for amore secure integration andcleaner installation. Thecable can berouted completely IP67waterproof. Its bracket allowscomplete concealment ofthecable automotive industries. Thewhipandtheconnection internally to thebracket is coverage areas andmore reliable connections for professional customers inthe M-Bus metering andprivate mobileradio Thisantenna deliverswider services. The Cyclops isusedinremote asset monitoring, alarms,paging systems, Wireless performance. which stands upto collisions whilemaintaining its originalshapeand The whipitself ismadeupof aflexible inner steel core covered by TPU, The Cyclops WM.80isa169MHzISMband monopoleflexible whipantenna. Cyclops Series External ISM-Wall Mount Model No. Cyclops WM.80 Antenna Wall Mount Monopole Flexible Whip 169MHz 0dBi Input Power Radiation Pattern Polarization Impedance Efficiency Average Gain Peak Gain Working Freq. Electrical Data 50W Omnidirectional Linear 50Ω 40% -3.9dBi 0dBi 169MHz Op. Temp. Connector Enclosure Mounting: Whip Diameter Base Diameter Whip Height Mechanical Data -40°C~+85°C SMA(M) ABS 120*118*32mm Ø: 4mm Ø: 16mm 278mm Datasheet 147

LPWA/ISM External ISM 433MHz Permanent Mount Antennas Shockwave Series

Model No. Electrical Data Mechanical Data TLS.30.1F21 Frequency 433MHz Dimensions** H: 79mm, Ø: 42mm Shockwave 433MHz Radiation Pattern Omnidirectional Connector N type (F) Permanent Mount Peak Gain -1.16dBi Material ABS External Antenna Average Gain -2.59dBi Base Nickel Plated Efficiency* 55.14% Zinc Alloy Polarization Vertical Weight 169g Impedance 50Ω IP Rating IP67 and IP69K Input Power 100W Op. Temp -40°C~+85°C

Datasheet

Model No. Electrical Data Mechanical Data TLS.30.1F11 Frequency 433MHz Dimensions H: 79mm, Ø: 42mm Shockwave 433MHz Radiation Pattern Omnidirectional Connector N type (M) Permanent Mount Peak Gain -1.19dBi Material ABS External Antenna Average Gain -2.87dBi Base Nickel Plated Efficiency* 51.67% Zinc Alloy Polarization Vertical Weight 130g Impedance 50Ω IP Rating IP67 and IP69K Input Power 100W Op. Temp -40°C~+85°C

Datasheet

Model No. Electrical Data Mechanical Data TLS.30.105111 Frequency 433MHz Dimensions** H: 79mm, D: 42mm Shockwave 433MHz Radiation Pattern Omnidirectional Cable 1M CFD-200 Permanent Mount Peak Gain -0.54dBi Connector SMA(M) External Antenna Average Gain -2.48dBi Material ABS Efficiency* 56.46% Base Nickel plated zinc Polarization Vertical Weight 130g Impedance 50Ω IP Rating IP67 and IP69K Max Input Power 100W Op. Temp. -40°C~+85°C

Datasheet

Model No. Electrical Data Mechanical Data TLS.20.105111 Frequency 450-470MHz Dimensions** H: 79mm, Ø: 42mm Shockwave Radiation Pattern Omnidirectional Cable 1M CFD-200 450-470MHz Peak Gain .94dBi avg. Connector SMA(M) Permanent Mount Return Loss 2.86dB avg. Material ABS External Antenna Efficiency* >45% Base Nickel Plated Polarization Vertical Zinc Alloy Impedance 50Ω Weight 205g Input Power 100W IP Rating IP67 and IP69K Op. Temp -40°C~+85°C

Datasheet

* On a 30*30cm ground plane. ** Not including thread.

148 0dBi ensures constant reception andtransmission. antenna isideal for mobilesmallform factor applications. At only46mminlengthOmni-directional withapeak gain The TI.10seriesare highperformance 433MHzomni-directional antennas. TheTI.10terminal SMAplugmount mount antenna isideal for mobilesmallform factor applications. The TI.10seriesare highperformance 433MHzomnidirectional antennas. TheTI.10helical SMAplug External Antenna Range External ISM-Terminal Antennas Monopole Helical Straight 433MHz TI.10.0111 Model No. Monopole Helical Fixed R/A 433MHz TI.10.0112 Model No. VSWR Impedance Polarization Return Loss Peak Gain Radiation Pattern Frequency Electrical Data VSWR Impedance Polarization Return Loss Peak Gain Radiation Pattern Frequency Electrical Data ≤ 2.2 50Ω Linear -17dB 0dBi typ. Omnidirectional 433-435MHz ≤ 2.0 50Ω Linear -15dB 0dBi typ. Omnidirectional 433-435MHz Op. Temp. Connector Enclosure Mounting Dimensions Mechanical Data Enclosure Connector Op. Temp. Mounting Dimensions Mechanical Data -40°C~+85°C SMA(M) TPE Straight Fixed H: 45mm,Ø:7.8mm TPE SMA(M)RA -40°C~+85°C R/A Fixed L: 17mm(connector) H: 45mm,Ø:7.8mm Datasheet Datasheet 149

LPWA/ISM External ISM - Terminal Antennas 868MHz Terminal Antenna Range

The TI.08 is high performance 868MHz ISM band dipole omnidirectional antenna. The antenna is designed using TPU which allows for robust handling, while remaining lightweight.

TI.18 is a high performance 868MHz ISM band dipole omnidirectional antenna. The SMA connector is used for general purposes and the hinged design enables the antenna to be positioned at its most suitable angle.

Model No. Electrical Data Mechanical Data TI.08.C Frequency 853-883MHz Dimensions H: 53mm, Ø: 10mm 868MHz Radiation Pattern Omnidirectional Mounting R/A Fixed Fixed R/A Gain 0dBi typ. Op. Temp. -40°C~+85°C Monopole Helical Polarization Linear Connector SMA(M)RA Impedance 50Ω VSWR ≤ 2.3 Datasheet

Model No. Electrical Data Mechanical Data TI.08.A Frequency 868~870MHz Dimensions L: 168mm Ø: 12mm 868MHz Radiation Pattern Omnidirectional Mounting Straight Fixed Straight Peak Gain 0dBi typ. Op. Temp. -40°C~+85°C Dipole Efficiency 35% Connector SMA(M) Polarization Linear Impedance 50Ω VSWR ≤ 1.5 Datasheet Max Input Power 10W

Model No. Electrical Data Mechanical Data TI.18 Frequency 868~870MHz Dimensions H: 376mm Ø: 13mm 868MHz Radiation Pattern Omnidirectional Mounting Hinged 90° Hinged 90° Peak Gain 3dBi typ. Op. Temp. -40°C~+85°C Dipole Polarization Linear Connector SMA(M) Impedance 50Ω VSWR ≤ 1.9 Max Input Power 10W Datasheet

150 monitoring. applications where widecoverage isrequired, especiallyintheazimuthplane,suchasmetering andremote The TI.16isa5dBi915MHzISMband dipoleomnidirectional antenna. Thisrobust whipissuitable for outdoor connector. enables theantenna to bepositioned at its most suitable angle.Thisantenna features anSMA(M)plug The TI.19isahighperformance 915MHzISMband dipoleomnidirectional antenna. Thehinged design 915MHz HighGainTerminal Antenna Range External ISM-Terminal Antennas Monopole Helical Rigid Whip 5dBi 915MHz TI.16 Model No. Dipole Hinged 90° 2dBi 915MHz TI.19 Model No. Dipole Straight 915MHz TI.09.A Model No. Max InputPower Impedance Polarization Efficiency Gain Radiation Pattern Frequency Electrical Data Max InputPower VSWR Impedance Polarization Efficiency Gain Radiation Pattern Frequency Electrical Data Max InputPower VSWR Impedance Polarization Return Loss Gain Radiation Pattern Frequency Electrical Data 10W ≤ 1.9 50Ω Linear 81% 2.5dBi Omnidirectional 902~928MHz 10W ≤ 1.1 50Ω Linear -22dB 0dBi typ. Omnidirectional 902-928MHz 50W 50Ω Linear ground plane) 60% (50*50 5dBi Omnidirectional 902~928MHz Connector Op. Temp. Mounting Dimensions Mechanical Data Op. Temp. Connector Whip Material Dimensions Mechanical Data Connector Op. Temp. Mounting Dimensions Mechanical Data SMA(M) -40°C~+85°C Straight Fixed L: 168mmØ:12mm -40°C~+85°C N MaleStraight Rigid Coated Brass L: 34mm(connector) H: 620mmØ:25mm SMA(M) -40°C~+85°C Hinged 90° H: 379mmØ:13mm Datasheet Datasheet Datasheet 151

LPWA/ISM Embedded ISM - Adhesive/Screw Mount Range Helical Dipole Antenna

The PC240 is a 433MHz embedded omnidirectional adhesive/screw mounted, linear polarized, dipole antenna with high efficiency at only 96mm in length.

The PC240 operates in the license-free ISM band and is specifically designed for use in wireless alarm devices: such as home security & alarms: home automation, metering, remote control, industrial control, and other 433MHz applications. The PC240’s helical dipole structure means it can be designed significantly shorter while still maintaining a high efficiency typically found in longer antennas. It can be easily attached to a device housing via 3M adhesive, without the worry of housing detuning it, due to its 2mm thick ABS board.

Model No. Electrical Data Mechanical Data PC240 Frequency 433MHz Dimensions H: 3mm, L: 96mm Embedded ISM Radiation Pattern Omnidirectional Cable 0.3M RG-316 Adhesive/Screw Mount Return Loss <-10dB Connector MMCX(M) RA Helical Dipole Range VSWR <2 Material Internal PCB Peak Gain -0.97dB Weight 205g Efficiency* 48.82% avg. Op. Temp. -40°C~+85°C Polarization Linear Impedance 50Ω Datasheet

152 mount flexible solutions have also been developed. mount flexiblesolutionshavealsobeendeveloped. robustthe antennas are andpass very therequired device temperature andvibration/shock tests. Custom surface housing orglassbytheautomotive grade 3Mglueontheback oftheantenna. Despite theextremely thinmaterial, metal present onthemainPCBe.g.insideameter system. Theantenna can bestuck directly to thedevice plastic These products are usedwhere there isnospace onthedevice PCBfor anon-board antenna, orthere isalot of performs well at very higherISMband frequencies. Flexible circuit antennas have beenusedinmanymodernmobilephoneantenna designs.Thematerial * Cableand Connectors are Customizable. Flexible Circuit Antennas Embedded ISM-Flexible Series Flex Antenna 915MHz FXP290 Model No. Flex Antenna 868MHz FXP280 Model No. VSWR Efficiency Return Loss Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data VSWR Efficiency Return Loss Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data Linear 1.5dBi Omnidirectional 902~928MHz ≤ 2.0 ≥ 40% -20dB 50Ω Linear 1.5dBi Omnidirectional 863~870MHz ≤ 2.0 ≥ 40% -20dB 50Ω Mechanical Data Adhesive Tape Material Connector* Cable* Op. Temp. Dimensions Mechanical Data Adhesive Tape Material Connector* Cable* Op. Temp. Dimensions 3M 467 Flex polymer IPEX MHFI(U.FL comp) 100mm, Ø:1.13 -40°C~+85°C 75*45*0.1mm 3M 467 Flex polymer IPEX MHFI(U.FL comp) 100mm, Ø:1.13 -40°C~+85°C 75*45*0.1mm Datasheet Datasheet 153

LPWA/ISM Embedded ISM - Ceramic Patch Antenna ISM Ceramic Patch Range

The ISPC.868.A and ISPC.915.A are 5dBi embedded ceramic patch antennas, designed for their respective ISM bands where additional coverage range is needed. These antennas have excellent directional hemispherical radiation pattern on the zenith when placed on a 30*30cm ground plane.

The 5dBi ISPC.868.A antenna is designed primarily for compact fixed wireless applications in the 865-870MHz frequency range where extra coverage range is required. The antenna functions best when the backside is placed on a metal panel. When placed on a reference 30cm square ground plane, the antenna has excellent directional hemispherical radiation pattern up to 5dBi on the zenith, and an efficiency of over 60%.

Model No. Electrical Data* Mechanical Data ISPC.868.A Working Freq. 865~870MHz Dimensions 49.5*49.5*7.5mm 5dBi, 868MHz Radiation Pattern Broadside to Zenith Op. Temp. -40°C~+85°C Ceramic Patch Peak Gain 5dBi Cable 92mm RG-178 Polarization Linear Connector MMCX Male (R/A) Impedance 50Ω Return Loss -6.3dB Max Input Power 5W Efficiency 60% typ. Datasheet

Model No. Electrical Data* Mechanical Data ISPC.915.A Working Freq. 915MHz Dimensions 49.5*49.5*7.5mm 5dBi, 915MHz Radiation Pattern Broadside to Zenith Cable 92mm RG-178 Ceramic Patch Peak Gain 5dBi Connector MMCX Male (R/A) Polarization Linear Op. Temp. -40°C~+85°C Impedance 50Ω Return Loss -7dB Max Input Power 5W Efficiency 70% typ. Datasheet

* On a 30*30cm ground plane. ** Not including thread.

154 regional Taoglas salesoffice aswelladditionalsupportwithdevice integration for theseservices Both theseantennas can becustom tunedfor specificdevice environments, subject to NREandMOQ.Contact your communications offered bythesenetworks. Area Networks (LPWAN)suchasLoRa andSigfox, allowingusersto take advantage ofthelow-power, long-range remote instrumentation andRFIDapplications. alsoprovides excellent They performance onLow-Power Wide- perfect choice for compact fixed wireless applications operating onthe868MHzand915MHzISM bands, including with anexcellent axialratio oflessthan3dB,providing maximumlinkreliability. Thesecharacteristics make ita and ISMP.915 provides ofover75%andpeak efficiency are alsoright-handgain of2.5dBi.They circularly polarized, When mounted ona70x70mmground plane,ISMP.868 provides ofover65% andpeak efficiency gain of2.17dBi using minimumboard space. patch antenna operating at 915MHz. At just 35x35mm,theyare high-performing antenna solutions pin-mount ceramic patch antenna operating at 868MHz.ISMP.915 isalow-profile pin-mount ceramic ISMP.868 isan868MHzISMAntenna for remote instrumentation andRFIDapplications. Itisalow-profile ISM Ceramic Patch Range Embedded ISM-Ceramic Patch Antenna Antenna Ceramic Patch ISM 915MHz ISMP.915.35.6 Model No. Antenna Ceramic Patch ISM 868MHz ISMP.868.35.6 Model No. Efficiency Return Loss Impedance Polarization Peak Gain Frequency. Electrical Data Efficiency Return Loss Impedance Polarization Peak Gain Frequency. Electrical Data 66.3 % --10dB Max 50Ω RHCP 2.17dBi typ. 868MHz 77.1 % --10dB Max 50Ω RHCP 2.51dBi typ. 915MHz Op. Temp. Weight Pin Length Material Dimensions Mechanical Data Op. Temp. Weight Pin Length Material Dimensions Mechanical Data -40°C~+85°C 34.3 g 2.0mm Ceramic 35*35*6mm -40°C~+85°C 34.3 g 2.0mm Ceramic 35*35*6mm Datasheet Datasheet 155

LPWA/ISM Embedded ISM - Rigid PCB Series FR4 PCB Antennas

The PC series consists of ground plane independent antennas which save on space, making them suitable for even smaller-sized M2M devices in tracking, navigation, automotive and telemedical markets.

The PC31 dual-band 868~915MHz PCB antenna, and the PC81 and PC91 for 868MHz and 915MHz respectively are FR4 PCB antennas designed especially for ISM applications. They have been designed to maximize gain and efficiency in an omnidirectional pattern.

Model No. Electrical Data Mechanical Data PC81 Working Freq. 868-870MHz Dimensions 34*7*0.8mm The StripeTM Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C 868MHz Peak Gain 2.5dBi Cable* 100mm, Ø: 1.13 Polarization Linear Connector* IPEX MHFI (U.FL comp) Impedance 50Ω Adhesive 3M 9472 Tape Return Loss <-10dB Foam CR4305 VSWR ≤ 2.0 Foam Dims 16*7*6.3mm Efficiency >50%

Datasheet

Model No. Electrical Data Mechanical Data PC31 Working Freq. 868-928MHz Dimensions 90*55*0.8mm The StripeTM Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C 868/915MHz Peak Gain 2.3dBi / 1.6dBi Cable* 50mm, Ø: 1.13 Polarization Linear Connector* IPEX MHFI (U.FL comp) Impedance 50Ω Return Loss <-25dB VSWR ≤ 2.0 Datasheet Efficiency 87% / 77%

Model No. Electrical Data Mechanical Data PC91 Working Freq. 902-928MHz Dimensions 34*7*0.8mm The StripeTM Radiation Pattern Omnidirectional Op. Temp. -40°C~+85°C 915MHz Peak Gain 2.5dBi Cable* 100mm, Ø: 1.13 Polarization Linear Connector* IPEX MHFI (U.FL comp) Impedance 50Ω Adhesive 3M 9472 Tape Return Loss <-10dB Foam CR4305 VSWR ≤ 2.0 Foam Dims 13*7*6.3mm Efficiency >52%

Datasheet

156 are allavailable onEvaluation Boards. The HA.10isacompact quarter wave-length monopolehelical antenna. TheHA.21.A,HA.10andHA.31.A Helical Antennas Embedded ISM-OnBoard Solutions Helical Monopole 2dBi 915MHz HA.31.A Model No. monopole Quarter-wave length Helical Monopole 2dBi 868MHz HA.21.A Model No. monopole wavelength Quarter Helical Monopole 169MHz HA.10 Model No. Impedance Polarizations Efficiency Average Gain Peak Gain Return Loss Direction Mounting Center Freq. Electrical Data VSWR Impedance Polarization Peak Gain Bandwidth Center Freq. Electrical Data VSWR Return Loss Impedance Polarization Peak Gain Center Freq. Electrical Data 2 Max 2 Max 50Ω Linear -7dBi (aprox. onEVB) 8MHz 868MHz 2 Max <-10dB 50Ω Linear -7dBi (aprox. onEVB) 169MHz 50Ω Linear >44%avg. -3.49dBi avg. -0.28dBi avg. <-10dB HAD.A.31 915MHz >68% avg. -1.67dBi avg. 2.0dBi avg. <-10dB HAD.B.31 (Evaluation Board for HA.10) HAD.A.10 Material Op. Temp. Dimensions Mechanical Data Op. Temp Weight Dimenensions Mechanical Data Material Op. Temp. Dimensions Mechanical Data Phosphor Bronze -40°C~+85°C L: 26mmØ:3mm -40°C~+85°C 0.7g H: 11mmØ:10.2mm Ceramic -40°C~+85°C 25*5*0.8mm (Evaluation Board for HA.10) HAD.B.10 Datasheet Datasheet Datasheet 157

LPWA/ISM Embedded ISM - On Board Solutions Ceramic Chip

The 169MHz ISM band is increasingly being used for such applications as Wireless M-Bus metering, remote asset monitoring, alarms and paging systems.

The CA.69 ceramic chip antenna is specifically designed for VHF 169MHz band applications. It is a high efficiency miniature SMD edge-mounted antenna with small footprint requirement. The CA.69 antenna electrical properties are symmetrical, therefore, the antenna can be soldered to the board from either side. This antenna is delivered on tape and reel.

Model No. Electrical Data Mechanical Data CA.69 Center Freq. 169MHz Dimensions 25*5*0.8mm 169MHz Bandwidth 8MHz Op. Temp. -40°C~+85°C VHF Ceramic Chip Peak Gain -7dBi (aprox. on EVB) Connector* SMD Polarization Linear Material Ceramic Impedance 50Ω VSWR 2 Max

Datasheet

CAD.A.69 (Evaluation Board for CA.69)

158 reception andtransmission whenconnecting withstand-alone devices. allow customers inAutomated Meter Reading (AMR),remote monitoring andhealthcare markets better achieve RF least three oftraditional timestheefficiency chipantennas. seriesisdelivered TheILA on tape and reel andwill for forThe ILA.01 915MHzandILA.02 868MHz,haveefficienciesoftypically 60%.Theseloopantennas show at Taoglas hasdeveloped ceramic miniature loopantennas for ISMwireless communications. Ceramic Chip Embedded ISM-OnBoard Solutions Loop Antenna Low Profile 868MHz ILA.02 Model No. Loop Antenna Low Profile 915MHz ILA.01 Model No. (Evaluation Board for ILA.02) ILAD.02 (Evaluation Board for ILA.01) ILAD.01 Efficiency VSWR Return Loss Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data Efficiency VSWR Return Loss Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data 1dBi Omnidirectional 855~881MHz 60% typ. ≤ 2.0 <-10dB 50Ω Linear 1dBi Omnidirectional 902~928MHz 60% typ. ≤ 2.0 <-19dB 50Ω Linear Material Op. Temp. Dimensions Mechanical Data Material Op. Temp. Dimensions Mechanical Data Ceramic -40°C~+85°C 10*3*0.5mm Ceramic -40°C~+85°C 10*3*0.5mm Datasheet Datasheet 159

LPWA/ISM Embedded ISM - On Board Solutions Ceramic Loop Antenna

The ILA antenna series are tiny form factor embedded ceramic loop antennas for 868 and 915MHz.

This compact SMD antenna offers surprisingly high efficiency (45%) for its size and is a perfect embedded solution for devices such as smart metering and LoRa / Sigfox applications. The ILA.09 follows the same design and is perfect in applications using 915MHz band where high performance is expected but space is limited.

Model No. Electrical Data Mechanical Data ILA.08 Frequency 863-870MHz Dimensions 5.0*3.0*0.5mm 868MHz embedded Peak Gain -0.71dBi avg. Ground Plane 80*40mm Ceramic Loop Return Loss <-10dB Weight 0.02g Omnidirectional Efficiency 44.47% avg. Op. Temp -40°C~+85°C Antenna Impedance 50Ω Relative 20%-70% Polarization Linear Humidity Input Power 10W Datasheet

Model No. Electrical Data Mechanical Data ILA.09 Frequency 902-928MHz Dimensions 5.0*3.0*0.5mm 915MHz embedded Peak Gain .39dBi typ. Ground Plane 80*40mm Ceramic Loop Return Loss <-10dB typ. Weight 0.02g Omnidirectional Efficiency 55.93 typ. Op. Temp -40°C~+85°C Antenna Impedance 50Ω Relative Humidity 20%-70% Polarization Linear Input Power 2W Datasheet

160 be usedwithaground plane. it suited to automotive, smartmeter, medical andsmartcityapplications. range TheFW ofantennas shouldideally low to mediumdata usage anddevices that require longbattery life. Itoperates onsecure mobilenetworks making Cat-M andNB-IoT network roll-outs are providing lowcost coverage. Itworksspecifically withIoT applications with Low Power WideArea that (LPWA)iswireless technology isspecifically designed for IoT andM2M.Across theglobe, Cat-M isalow power widearea (LPWA)technology specifically designed for IoT andM2M. *Cable andConnectors are Customizable. Low Power WideArea (LPWA)Technology Antennas Cat-M/NB-IoT Mount Antenna 3dBi MiniMagnetic NB-IoT/Cat-M MGA1 Model No Antenna Dielectric Cellular SMD Low Profile LTE/ NB-IoT/Cat-M MCS6 Model No Antenna 698-3000MHz Flexible Antenna Wideband NB-IoT/Cat-M MFX3 Model No .A Efficiency Return Loss Impedance Polarization Peak Gain** Radiation Pattern Working Freq. Electrical Data Max InputPower Peak Gain Efficiency Return Loss Impedance Polarization VSWR Working Freq. Electrical Data Max InputPower Efficiency Return Loss Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data <-10dB typ. <-10dB typ. 50 Ω Linear 1.9:1 1710~2690MHz 698~960MHz / 5W 64% avg. <-10dB typ. 50 Ω Linear 5dBi Omnidirectional 698~3000MHz 50% avg. < 5dB 50 Ω Linear 1.7dBi avg. Omnidirectional 1710~2700MHz 698~960MHz / 5W 1.9dBi avg. 61% avg. Mechanical Data Material Connector* Cable* Op. Temp. Mounting Dimensions Mechanical Data Op. Temp. Ground Plane Mounting Dimensions Mechanical Data Adhesive type Material Connector* Cable* Op. Temp. Mounting Dimensions TPEE andABS SMA(M) 1M RG-174 -40°C ~+85°C Magnetic Mount H:82.8mm Ø*30mm -40°C ~+85°C 100*100mm SMD 42*10*3mm 3M 467 Flexible Polymer U.FL 150mm, Ø1.37mm -40°C ~+85°C Adhesive 96*21*0.2mm Datasheet Datasheet Datasheet 161

LPWA/ISM Cat-M/NB-IoT Low Power Wide Area (LPWA) Technology Antennas

The evolution of IoT connectivity has seen an urgent need for low power applications that can connect thousands of devices to the internet and Narrowband IoT (NBIoT) is a new way to facilitate this demand.

The Taoglas Ceramic NCP.5820 supports Bands 5 (824-894MHz), 8 (880-960MHz) and 20 (791-862MHz) providing global NB-IoT coverage and demonstrates excellent efficiency across all bands. Our FR4 NCS.5820 supports Bands 5 (824-894MHz), 8 (880-960MHz) and 20 (791-862MHz) and demonstrates excellent efficiency in providing global NB-IoT coverage. This antenna will allow the device manufacturer to enjoy mobilization between all bands so that the device can be used in more than one region with more than one carrier.

Model No Electrical Data Mechanical Data NCP.5820 Band 5 Band 8 Band 20 Extensis Frequency 824~894MHz 880~960MHz 791~862MHz Dimensions 14.1*8.3*2mm NB-IoT Efficiency 47% 53.1% 38.7% Material Ceramic Ceramic Patch Peak Gain 1.1dBi 1.7dBi -0.3dBi Weight 0.76g Antenna Return Loss <-4.5dB <-5.0dB <-4.5dB Op. Temp. -40°C ~ +85°C Impedance 50 Ω for Bands 5, 8 & 20 Datasheet Max Input Power 5W

Model No Electrical Data Mechanical Data NCS.5820 Band 5 Band 8 Band 20 Extensis Frequency 824~894MHz 880~960MHz 791~862MHz Dimensions 20*11*1.6mm NB-IoT SMD Efficiency 42% 44% 39% Material FR4 FR4 PCB Antenna Peak Gain 0.1dBi 0.1dBi -4.1dBi Weight 0.74g for Bands 5, 8 & 20 Return Loss <-6dB <-7dB <-7dB Op. Temp. -40°C ~ +85°C Impedance 50 Ω Datasheet Max Input Power 5W

162 These compact antennas are IP67andIP69Kwaterproof andare designedfor useona30cm*30cm Our TLS.20 range are mechanically robust antennas for indoorandoutdoor applications. 3dBi and6dBigain models. for harsh outdoor environments andare safer thantraditional whipantennas. TheOMB.450comes in Our OMB.450range ofUHFantennas are lightweight antennas infiberglass housings,ideally suited Our omnidirectional antennas radiate uniformly intheazimuthplane andoffer superb return loss. Taoglas arange hasdeveloped ofexternal UHFantennas that operate between 450-470MHz. antennas can beusedfor metering, industrial andenvironmental monitoring, andmeshnetworks. factors andmaybeusedinapplications suchasmobileorhandhelddevices. Larger omnidirectional “decimeter band”. Due to thesmallwavelength size theseantennas can perform well insmallform this frequency band range from onemeter to onedecimeter, leading to another common namethe UHF (Ultra-High Frequency) antenna frequencies range from 300MHz-3GHz. Typical wavelengths in UHF ground plane.Waterproof O-ringsaround thebase prevent water from leaking undertheantenna.

163

LPWA/ISM External Permanent Mount Antennas Shockwave Series

The Shockwave series are a mechanically robust waterproof external antennas designed for use in Public Safety, smart metering, mesh networks and transportation. The IP rated enclosures makes them perfect for use in harsh outdoor environments and high pressure water jets in commercial cleaning environments.

Model No. Electrical Data* Mechanical Data TLS.20.105111 Frequency 450~470MHz Dimensions H: 79mm Ø: 42mm Shockwave Radiation Pattern Omnidirectional Cable 1M CFD-200 450~470MHz Peak Gain .94dBi avg. Connector SMA (M) Direct Mount Return Loss 2.86dB avg. Material ABS External Antenna Efficiency >45% Base Nickel Plated Polarization Vertical Zinc Alloy Impedance 50Ω Weight 205g Input Power 100W IP Rating IP67 and IP69K Op. Temp -40°C~+85°C

Datasheet

Model No. Electrical Data* Mechanical Data TLS.20.1F21 Frequency 450~470MHz Dimensions H: 79mm Ø: 42mm Shockwave Radiation Pattern Omnidirectional Op. Temp -40°C~+85°C 450~470MHz Peak Gain -0.94dBi avg. Connector N Type(F) Direct Mount Return Loss < -3dB Material ABS External Antenna Efficiency 46% Base Nickel Plated Polarization Vertical Zinc Alloy Impedance 50Ω Weight 169g Input Power 100W IP Rating IP67 and IP69K Op. Temp -40°C~+85°C

Datasheet

Model No. Electrical Data* Mechanical Data TLS.30.1F11 Frequency 450~470MHz Dimensions H: 79mm Ø: 42mm Shockwave Radiation Pattern Omnidirectional Connector N type (M) 450~470MHz Peak Gain -1.38dBi Material ABS Direct Mount Average Gain -2.94dBi Base Nickel Plated External Antenna Efficiency 41% Zinc Alloy Polarization Vertical Weight 130g Impedance 50Ω IP Rating IP67 and IP69K Input Power 100W Op. Temp -40°C~+85°C

Datasheet

*On 30*30cm ground plane.

164 mesh networks . efficiency, lesspoweris consumed, makingitasmartchoice for gateways, smartmetering, wireless monitoring and in thehorizontal plane.TheMeteor FW.45 isaflexiblewhipantenna designed for outdoor use.Due to its high The omnidirectional radiation pattern provides uniform radiation ontheazimuth,giving maximumcoverage range Lightweight androbust, theBarracuda range can beusedinharsh outdoor environments. Barracuda andFlex WhipAntennas External UHF-Omnidirectional Outdoor Antenna Flexible Whip Flexible Whip 450-470MHz Meteor FW.45.B.SMA.M Indoor/Outdoor /CDMA/ISM 6 6dBi LTE BAND31 Barracuda OMB.450.B06F21 Indoor/Outdoor /CDMA/ISM 6 3dBi LTE BAND31 Barracuda OMB.450.B03F21 Model No. Model No. Model No. Max InputPower VWSR Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data 100W Max InputPower VWSR Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data Max InputPower VWSR Impedance Polarization Peak Gain Radiation Pattern Working Freq. Electrical Data Radome Materia 1.5:1 50Ω Vertical 6dBi Omnidirectional 450~470MHz 100W 1.5:1 50Ω Vertical 3dBi Omnidirectional 450~470MHz 2W ≤ 2:1 50Ω Linear 1.10dBi Omnidirectional 450~470MHz Mounting Mounting Mount Style Bracket Dims Length Mechanical Data IP Rating Op. Temp Weight Connector Enclosure Whip Diameter Base Diameter Dimensions Mechanical Data Connector White Fiberglass Weight Op. Temp Mounting Mount Style Bracket Length Mechanical Data Connector Enclosure Weight Op. Temp Stainless Steel Pole/Wall Mount 70*35mm (max) 523mm Ø:26mm IP67 -40°C~+85°C 63.5g SMA(M) ABS Ø: 6.2±0.6mm Ø: 16±0.6mm 290 ±9mm N Type Female 70g -40°C~+85°C Stainless Steel Pole/Wall Mount 30*35mm (max) 1094mm Ø:26mm N Type Female White Fiberglass 70g -40°C~+85°C Datasheet Datasheet Datasheet 165

UHF Permanent Mount 2-in-1 Hercules GEN II

The Hercules MA120 is a high performance 450MHz and 868MHz combination thread-mount antenna.

This low profile antenna is the smallest of its kind on the market today. The Hercules is perfect for use in smart meters gateways, mesh networks, vehicles, and outdoor and indoor assets.

Model No. Electrical Data Mechanical Data MA120 ISM450 Dimensions H: 29mm, Ø: 49mm Hercules GEN II Frequency 450MHz Mounting Thread Ø: 18mm 450MHz & Return Loss 10dB Cable* 1M RG-316 868MHz Peak Gain 3.91dBi Connector* SMA(M) Permanent Mount Efficiency 40% avg. IP Rating IP67 & IP69K Impedance 50Ω Op. Temp. -40°C ~ +85°C Polarization Linear Input Power 5W Max

ISM868 Frequency 868MHz VSWR 10dB Total Gain 1.11dBi Impedance 50Ω Polarization Linear Datasheet Noise Figure 5W Max

* Cable and Connectors are Customizable.

166 ideal solutionwhere signalWi-Fiqualityisreduced suchasbuildinginteriors. Wi-Fi patch array antenna incorporating three separately fed antennas inasinglehousing.Itisan The Pivot WMA.328isasleeklydesigneddeskmountantenna whichisacompact MIMOdual-band for highspeedWi-Fineedsfrom basements and tucked away places. meter ofcable andover withthree 40%efficiency meters of cable thisantenna isan excellent choice location. Thelow losscable ensures onlonger highefficiency cable runs.With over 60%withone The Optimus MA210.Kdualband Wi-FiMIMOantenna isusedwhere there isanawkward installation it stand outfrom thecrowd. WiFi antenna inasmallpackage. Its Taoglas-green splashofcolor provides avibrant “pop” that helps dual-band hinged antenna outperforms muchlarger antennas, offering wideband ahigh-efficiency Taoglas hasawidegamut ofWiFi,Zigbee,andpublicsafety antennas for anyapplication. OurGW.05 Wi-Fi/ZigBee/Public Safety Wi-Fi 802.11nandemerging 802.11ac. andhighisolationefficiency between antenna elements, delivering MIMOantenna for technology automotive andremote monitoring scenarios. Thisuniquescrew-mount antenna provides high profile enclosure isIP67 waterproof, allowing theomnidirectional MA510 to perform flawlesslyin The Hercules MA510MIMOWiFiantenna isagreat solutionfor heavy-duty applications. It’s low- weighs just 5.6gcompared to anequivalent ceramic patch of8.5g. Compared to atraditional ceramic patch antenna ofthesamesize, this Terrablast patch antenna The WTSP.2400 2.4GHz patch antenna isthe first antenna from Taoglas to leverage this technology. durability to avariety ofapplications andmeet thedemandsofUAV andAutomotive industries. be tougher andlighter thantraditional ceramic materials, Terrablast isdesignedto bringlightweight Terrablast isthelatest antenna material from technology thebrilliantengineers ofTaoglas. Builtto traditional monopole,dipoleorrubberduckyantenna can fit. andtiny 60% efficiency form-factor istheideal choice. Itissuitable for installation where no other If it’s thesmallest Wi-FiBluetooth antenna onthemarket that you need,thentheWCM.01, with ensuring constant reception andtransmission for 2.4GHzWi-FiandBluetooth applications. Wi-Fi andBluetooth. AuniquePIFA design provides omnidirectional gain across 2.4GHzto 2.5GHz, The WCM.02 2.4GHzantenna isacompact, low-profile doublemonopole external antenna for 167

UHF 2.4GHz Permanent Mount Hercules Series

Our Hercules series provides a solid foundation on which to build a network. The next-generation Hercules GEN II is supremely reliable while remaining a high performance antenna.

Our Hercules range offers superior performance in a small form factor for multiple applications and bandwidths. The Hercules WS.02 is a thread-mount 2.4GHz wireless antenna, used externally on vehicles and outdoor assets operating at the 2.4GHz Wi-Fi band. Its omnidirectional gain across the 2.4GHz frequency band ensures reliable reception and transmission, making it an ideal solution for a ZigBee wireless mesh network supporting remote applications, such as remote metering. At just 29mm in height, it complies with the latest EU height restriction directives for roof-mounted objects, while also enabling covert operation with a diameter of 49mm.

Model No. Electrical Data Mechanical Data WS.02.B Frequency 2.4GHz Dimensions H: 29mm, Ø: 48mm Hercules Gen II Return Loss <-10dB Mounting Permanent Mount 2.4GHz Radiation Omnidirectional Cable* 2M CFD-200 Wi-Fi/ISM Bands/ZigBee/ Gain 2.4dBi avg. Connector* SMA(M) RP WLAN/ Bluetooth Impedance 50Ω IP Rating IP67 & IP69K Polarization Linear Enclosure PC Efficiency >53% Op. Temp. -40°C~+85°C Datasheet

* Cable and Connectors are Customizable.

168 you have, whilestill maintaining thetrademark robustness andperformance. Taoglas external terminal-mount antennas are easy to integrate into anyexisting device configuration *Cable andconnector are customizable .**Alsoavailable with RP-SMA Plugconnectors. External 2.4GHzTerminal MountAntenna Solutions 2.4GHz External Solutions Also available inwhite Also available inwhite Also available inwhite Also available inwhite Dipole Antenna Click-in Terminal 2.4GHz 2dBi GW.17 Model No. Dipole Antenna Hinged 2.4GHz GW.15 Model No. Dipole Antenna Mount Screw 2.4GHz 2.3dBi GW.11.A113 Model No. Dipole Antenna Hinged 2.4GHz GW.11.A153 Model No. Input Power Efficiency Radiation Polarization Out. Impedance Gain Frequency Electrical Data VSWR Radiation Polarization Impedance Gain Frequency Electrical Data Input Power Efficiency Radiation Polarization Impedance Avg. Gain Peak Gain Frequency Electrical Data VSWR Radiation Polarization Out. Impedance Gain Frequency Electrical Data Omnidirectional Linear 50Ω 2dBi 2400~2500MHz 1W 80% Omnidirectional Linear Vertical 50Ω -0.88dB 2.3dBi 2400-2483.5MHz 2410-2480/ 2401-2480/ 2412-2462 1.92 Max Omnidirectional Linear 50Ω 2.3dBi 2400~2500MHz 2W Max 74% Omnidirectional Linear 50Ω 2dBi 2400~2500MHz 1.8 Max Op. Temp. Connector* Mounting Dimensions Mechanical Data Op. Temp. Connector* Cable* Body Material Dimensions Mechanical Data Op. Temp. Connector* Mounting Dimensions Mechanical Data IP Rating Storage Temp. Op. Temp. Connector Base Enclosure Dimensions Mechanical Data -40°C~+85°C RP-SMA(M) Hinged 90° H: 84mmØ:8mm -40°C~+85°C IPEX MHFI(U.FL comp) 250mm RG-178 TPU H: 113mmØ:9mm -40°C~+85°C SMA(M)** Hinged 90° H: 108mmØ:8mm IP65 at SMAConnector -40°C~+85°C -40°C~+85°C SMA(M) PC &PBT TPE L: 84mm Datasheet Datasheet Datasheet Datasheet 169

Wi-Fi/ZigBee/Public Safety 2.4GHz External Solutions Terminal Mount

The FW.24, an omnidirectional whip antenna designed for outdoor use, offers excellent efficiency (75%) and peak gain (>4dBi) on a 30*30cm ground plane.

The FW.24 operates in the 2.4GHz band and offers extensive coverage in the azimuth. It was specifically designed for use in outdoor monitoring applications such as weather monitoring, motion/vibration sensors and pollutants monitoring. The FW.24 performs at its best while attached to a ground plane but can be used without one.

Model No. Electrical Data* Mechanical Data FW.24.NTY.M Frequency 2400~2500MHz Dimensions H: 316mm Meteor Peak Gain 4.48dBi Base Diameter 20mm 2.4GHz Hinged Return Loss < -10dB Whip Diameter 6.2mm Monopole Antenna Impedance 50Ω Connector N Type (M) Polarization Linear IP Rating IP67 (enclosure only) VSWR ≤ 2 Op. Temp. -40°C ~ +85°C

Datasheet

Model No. Electrical Data* Mechanical Data FW.24.SMA.M Frequency 2400~2500MHz Dimensions 316mm Meteor Peak Gain 4.26dBi Base Diameter 16mm 2.4GHz Efficiency 64.5% Whip Diameter 6.2mm Flexible Whip Impedance 50Ω Enclosure ABS Monopole antenna Return Loss < -6dB Connector SMA Male Straight Polarization Linear Weight 46.6g Input Power 2 W Op. Temp. -40°C to +85°C IP Rating IP67

Datasheet

*On 30*30cm ground plane.

170 tested for VSWR/return lossandtheresults are reflected ontheirproduct specification. We haveacomplete commitment to 100%accurate testing for allourproducts –theseterminal mountantennas are which gives superiorenvironmental resistance andaqualityfinish. Our external terminal mountantennas are designedfor robust handlingwithenclosures madewithTPE *Cable andconnector are customizable. External 2.4GHzMiniTerminal Mount 2.4GHz External Solutions High Temperature Fixed R/A Monopole 2.4GHz GW.26.0112.HT Model No. High Temperature 2.4GHz GW.26.0111.HT Model No. Straight Monopole 2.4GHz GW.26.0111 Model No. VSWR Polarization Out. Impedance Efficiency Gain Radiation Pattern Frequency Electrical Data VSWR Polarization Out. Impedance Efficiency Gain Radiation Pattern Frequency Electrical Data VSWR Polarization Out. Impedance Efficiency Gain Radiation Pattern Frequency Electrical Data 2.0 Max Linear 50Ω >40% 0dBi Omnidirectional 2400 ~2500MHz 2.0 Max Linear 50Ω >40% 0dBi Omnidirectional 2400 ~2500MHz 2.0 Max Linear 50Ω >40% 0dBi Omnidirectional 2400 ~2500MHz Op. Temp. Connector* Mounting Dimensions Mechanical Data Op. Temp. Material Connector* Mounting Dimensions Mechanical Data Op. Temp. Material Connector* Mounting Dimensions Mechanical Data -40°C~+85°C SMA(M) Fixed Straight H: 30mm,Ø:8mm -40°C~+105°C Hytrel® TPEE Dupont® SMA(M) Fixed 90° H: 28mm,Ø:8mm -40°C~+105°C Hytrel® TPEE Dupont® SMA(M) Fixed Straight H: 30mm,Ø:8mm Datasheet Datasheet Datasheet 171

Wi-Fi/ZigBee/Public Safety 2.4GHz Embedded (Cable & Connector) Embedded Wi-Fi/ZigBee/BT Flexible Antenna Solutions

Taoglas has developed high peak gain, high efficiency FXP technology flexible antennas for 2.4GHz, which boost coverage and data-speed performance of Wi-Fi 802.11, ZigBee, Bluetooth and ISM applications.

Model No. Electrical Data* Mechanical Data FXP70 Frequency 2400~2500MHz Dimensions 27*25*0.1mm Freedom Peak Gain 5dBi Mounting Adhesive 2.4GHz VSWR 1.5dB Max Cable* 53mm Ø1.13 General Solution Efficiency 80% Connector* IPEX MHFI (U.FL comp) Return Loss -20dB Adhesive Tape 3M 467 Impedance 50Ω Op. Temp. -40°C~+85°C Polarization Linear Datasheet

Model No. Electrical Data* Mechanical Data FXP72 Frequency 2400~2500MHz Dimensions 31*31*0.1mm Freedom Peak Gain 4dBi Mounting Adhesive 2.4GHz VSWR 2.0dB Max Cable* 53mm Ø1.13 Ground Coupling Efficiency 70% Connector* IPEX MHFI (U.FL comp) Monopole Return Loss -14dB Adhesive Tape 3M 467 Impedance 50Ω Op. Temp. -40°C~+85°C Polarization Linear Datasheet

Model No. Electrical Data* Mechanical Data FXP74 Frequency 2400~2483.5MHz Dimensions 47*7*0.1mm Black Diamond Peak Gain 4dBi Mounting Adhesive 2.4GHz VSWR < 2:1 Cable* 100mm Ø1.13 Flex Circuit PCB Efficiency 50% Connector* IPEX MHFI (U.FL comp) Antenna Return Loss <-10dB Adhesive Tape 3M 467 Impedance 50Ω Polarization Linear Power Handled 5W Datasheet

* Cable and Connectors are Customizable.

172 plastics and thicknesses. plastics andthicknesses. These antennas have beendesignedinanumberof form factors andmaterials to work ondifferent The FXP75 smallform andPC17have very factors, whilestill delivering excellent performance. * Cableand Connectors are Customizable. Embedded Wi-Fi/ZigBee/BT PCBandFlexible Antenna Solutions 2.4GHz Embedded(Cable&Connector) Ultra Low Profile with Hybridcoupler Polarized Antenna 2.4GHz Circular PC140 Model No. Antenna 2.4GHz PCB PC17 Model No. 2.4GHz Series Atom FXP75 Model No. VSWR Polarization Impedance Axial Ratio Efficiency Peak Gain Average Gain Frequency Electrical Data Max InputPower Polarization Impedance Return Loss Efficiency VSWR Peak Gain* Frequency Electrical Data Max InputPower Polarization Impedance Return Loss Efficiency VSWR Peak Gain* Frequency Electrical Data 2W Max Linear 50Ω <-12dB 45% ≤1.5:1 0.9dBi 2400~2500MHz 2W Max Linear 50Ω <-10dB 45% < 2:1 2.5dBi 2400~2500MHz < 2 RHCP 50Ω 3.46 avg. 64% avg. 1.57dBi avg. -1.88dBavg. 2400~2500MHz Connector* Cable* Material Dimensions Mechanical Data Op. Temp Connector* Cable* Weight Dimensions Mechanical Data Connector* Cable* Material Dimensions Mechanical Data IPEX MHFI(U.FL comp) 0.81 coaxial cable Polymer 6*4*0.1mm -40°C to +85°C IPEX MHF1 100mm 1.13coaxial 5.7g 57*57*1mm IPEX MHFI(U.FL comp) 0.81 coaxial cable Polymer 24*11*0.8mm Datasheet Datasheet Datasheet

173

Wi-Fi/ZigBee/Public Safety 2.4GHz ZigBee Embedded Wi-Fi/ZigBee/BT Antenna Solutions

The 2.4GHz SWLP.12 is a high performance SMD antenna, ideally suited for industrial applications in the 2.4GHz Wi-Fi, ISM, and ZigBee bands.

It can also be placed anywhere on the device ground-plane, unlike most chip or loop antennas which need to be edge-mounted.

SWLPD.12 (Evaluation Board for SWLP.12)

Model No. Electrical Data* Mechanical Data SWLP.10 Frequency 2400~2500MHz Dimensions 10*10*4mm 2.4GHz Peak Gain -1.0dBi typ. Weight 3.1g SMD Ceramic Patch Impedance 50Ω Polarization Linear Average Gain -6dBi @2450MHz VSWR ≤ 3 Datasheet

Model No. Electrical Data* Mechanical Data SWLP.12 Frequency 2400~2500MHz Dimensions 12*12*4mm 2.4GHz Peak Gain 2dBi Weight 4g SMD Ceramic Patch Efficiency 80% Mounting SMD Mount Impedance 50Ω Polarisation Linear Datasheet Return Loss -9dB

* Original Patch Specification measured on EVB 50*50mm, actual value depends on ground plane and housing. Please check out our new high efficiency Embedded SMD and Cable Connection Dual band 2.4GHz/5.8GHz antennas if using 802.11n.

174 therefore ground independent. interference andphasecancellation from reflections. Theantennas havetheirownground PCB carrier andare connectivity andaPCBcarrier to mounttheantenna. TheWPC.25A/Bare circularly polarized whichhelpsto avoid This antenna iscomprised ofa2.4GHz25*25*4mm embeddedpatch withmini-coax cable andconnector for Bluetooth andISMband at 2.4GHz. technology. Itismounted adhesive andistheclear viapinanddouble-sided solutionfor Wi-Fi,ZigBee, This WLP.25 patch antenna for ISM,Wi-Fi,Bluetooth andZigBeeisbased onsmartXtremeGain™ * OriginalPatch Specification measured onEVB50*50mm, actual value dependsonground plane andhousing. Wi-Fi/ZigBee/BT Antenna Solutions 2.4GHz ZigBeeEmbedded MMCX(F) Connector Ceramic Patch with 2.4GHz WPC.25B.35 Model No. Cable &Connector Ceramic Patch with 2.4GHz WPC.25A Model No. Ceramic Patch 2.4GHz WLP.25 Model No. Input Power Polarisation Impedance Efficiency* Peak Gain Frequency Electrical Data* Max InputPower Polarisation Impedance Efficiency* Peak Gain Frequency Electrical Data* Return Loss* Polarisation Impedance Efficiency* Peak Gain Frequency Electrical Data* 10W Broadly Linear 50Ω >50% >0.5dBic 2400MHz~2500MHz -30dB RHCP 50Ω >80% 5.0dBic 2400MHz~2500MHz 10W Broadly Linear 50Ω >65% 2dBic 2400MHz~2500MHz Connector Dimensions Mechanical Data Connector Cable Length Cable Type Dimensions Mechanical Data Adhesive Mounting Dimensions Mechanical Data MMCX(F) 25*25*6mm (U.FL comp) IPEX MHFI 150mm coaxial cable 1.37 mini 25*25*6mm NITTO 5015 Pin 25*25*5mm Datasheet Datasheet Datasheet 175

Wi-Fi/ZigBee/Public Safety Terrablast 2.4GHz Low Weight High Impact Resistant Antennas

Our patent-pending Wi-Fi Terrablast. antenna range includes lightweight, polymer-based patches developed for the UAV and automotive industries. At over 30% lighter than their ceramic counterparts, these antennas are also extremely resistant to fracture upon impact.

Model No. Electrical Data Mechanical Data WTSP.2400 Frequency 2400~2500MHz/ Dimensions 25*25*4mm Terrablast Peak Gain 4.93dBi Body Material Polymer 25mm Embedded Efficiency >60% Pin Diameter 0.9mm 2.4GHz Patch Average Gain -2.07dBi. Pin Length 1.6mm Antenna Impedance 50Ω Op. Temp -40°C to +85°C Polarization RHCP

Datasheet

176 wireless PCMCIA cards andUSB dongles. suited for applications suchastelematic devices, Bluetooth LEwearables, Bluetooth headsets, hand-helddevices, on theedge ofthemainPCBdevice where itusesthePCBground planeto increase efficiency. Thistinyantenna is worldwide andisdelivered ontape andreel. isaminiature TheLA.02 SMDceramic antenna whichmounts directly PCB sizes bysimplychangingthevalue ofthematching isoneof thesmallest TheWLA.01 circuit. antennas available usesthemainPCBasitsThe WLA.01 ground plane,thereby increasing antenna efficiency. Itistuned for different suited to Bluetooth. embedded loopchipantenna offering best inclass efficiency. Its tiny form factor means itisideally smallspacewith very requirements for Wi-Fi,WLAN,ZigBee,Bluetooth applications. TheLA.02isan The WLA.012.4GHzloopantenna isahighefficiencyminiature SMD edge-mount ceramic antenna Please check out our new high efficiency Embedded SMDandCableConnectionPlease highefficiency Dual check outournew band 2.4GHz/5.8GHzantennas ifusing802.11n. *On 80*40mmground plane. Ceramic PIFA 2.4GHz Embedded Low Profile Antenna Embedded Loop LA.02 Model No. Low Profile Ceramic PIFA WLA.01 Model No. (Evaluation Board for WLA.01) WLAD.01 Bandwidth Bandwidth Polarisation Impedance Efficiency VSWR Peak Gain* Frequency Electrical Data Op. Temp. Polarisation Impedance Efficiency Return Loss Peak Gain* Frequency Electrical Data -40°C~+85°C Linear 50Ω 84% -22dB 2.5dBi 2450MHz >100MHz Linear 50Ω 66% avg. ≤ 2 1dBi typ. 2450MHz where noclearance can beprovided. Suitable for wearables andapplication Op. Temp. Weight Material Dimensions Mechanical Data Mounting Dimensions Mechanical Data -40°C ~+85°C 0.11g Ceramic 8*2*2mm SMD Mount 3.2*1.6*0.6mm Datasheet Datasheet 177

Wi-Fi/ZigBee/Public Safety 2.4GHz External Button Antenna

The WCM.01W 2.4GHz antenna is the smallest RP-SMA(M) external antenna on the market. Fitting into spaces other traditional monopole, dipole or rubber duck antennas cannot go.

With its unique PIFA design and superior efficiency, the WCM.01w is a great soution for application points, routers, IoT devices, as well as smart home applications.

The WCM.02 2. 4GHz antenna is a compact, low-profile two monopole external antenna. A unique PIFA design provides omnidirectional gain across 2.4GHz to 2.5GHz, ensuring constant reception and transmission for Wi-Fi and Bluetooth applications.

Also available in Black

Model No. Electrical Data Mechanical Data* WCM.01.0111W Frequency 2400-2500MHz Dimensions 20*14*16mm 2.4GHz Radiation Pattern Omnidirectional Weight 6g Button Antenna Average Gain -5.18dBi** Enclosure ABS Impedance 50Ω Connector RP-SMA(M) Polarization Linear IP Rating IP67 (Enclosure) Max input Power 10W Efficiency 60% typ. Datasheet Op. Temp. -40°C~+85°C

Model No. Electrical Data Mechanical Data WCM.02.0121 Frequency 2400~2500MHz Dimensions L: 84mm 2.4GHz Peak Gain 1.68dBi Enclosure ASA Two Monopole Avg. Gain -2.32dB Connector SMA(F) Connector Mount Return Loss <-10dB Op. Temp. -40°C~+80°C Antenna Efficiency 58% Humidity Non-condensing Impedance 50Ω 65°C~+95% RH Polarization RHCP Axial Ratio < 5 @ Zenith Datasheet

*Also available with RP-SMA Connector. ** In free space.

178 custom tunedpart for aspecificlayout configuration ona board. antennas whichneedto beedge-mounted. Theantenna can bematched byaPImatching circuit orbycreating a The WLP.4958.12.4 isadjustable andcan beplaced anywhere onthedevice ground planeunlike most chiporloop applications inWi-Fi,ISM,PublicSafety andZigBeebands. The WLP.4958 patch pinfed antenna isideally suited for highperformance industrial andconsumer Passive Patch Antenna 5.8GHz Embedded 4.9~5.8GHz Patch WLP.4958.12.4 Model No. Embedded HighGainAntenna Pin Fed Impedance Peak Gain VSWR Polarization Efficiency Return Loss Frequency Electrical Data Front 50Ω +6.0dBic typ. 1.5 Max RHCP 60% avg. ≤-10dB 4900~5825MHz Adhesive Type Mounting Dimensions Mechanical Data Tesa 4972 Pin andAdhesiveTape 12*12*4mm Back Datasheet 179

Wi-Fi/ZigBee/Public Safety 5.8GHz SMD Antennas Embedded

The CA.50 5150-5900MHz ceramic chip antenna is a custom solution for Wi-Fi/WHDMI/High Bandwidth 5.8GHz band applications. It is a miniature SMD edge-mounted ceramic monopole antenna with a small footprint requirement.

The CA.50 antenna uses the main PCB as its ground plane, thereby increasing antenna efficiency. It is tuned for different PCB sizes by simply changing the value of the matching circuit. The CA.50 antenna electrical properties are symmetrical, therefore the antenna can be soldered to the board from either side. With both Wi-Fi/WHDMI onboard, the HLA.01 can give and take Wi-Fi/WHDMI applications where high data throughput is needed. The CA.50 and HLA.01 at 3.2*1.6*0.5mm are the smallest antennas available worldwide.

Model No. Electrical Data Mechanical Data CA.50 Frequency 5150-5900MHz Dimensions 3.2*1.6*0.5mm Ceramic Chip Bandwidth 750MHz Min Ground Plane 40*40mm Monopole Radiation Pattern Omnidirectional Peak Gain 3.4dBi typ. Efficiency 79% VSWR 2 Max Impedance 50Ω Polarization Linear Datasheet Max Input Power 50W

Model No. Electrical Data Mechanical Data HLA.01 Frequency 5150-5900MHz Dimensions 3.2*1.6*0.5mm Ceramic Chip Bandwidth 750MHz Min Ground Plane 80*40mm Antenna Radiation Pattern Omnidirectional Peak Gain 2.1dBi typ. Efficiency 65% VSWR 2 Max Impedance 50Ω Polarization Linear Datasheet Max Input Power 50W

CAD.50 (Evaluation Board for CA.50)

HLAD.01 (Evaluation Board for HLA.01)

180 high capacity Wi-Finetworks for masstransit andembeddedkioskWi-Fihotspots. and takes upaminimumamountofspace. Typical applications includehighspeedreal-time HDvideostreaming; The FXP534 5.8GHzisdesignedspecifically for 802.11acWi-Fiapplications and can be easily installed inyourdevice, monopole typeflex antenna. The Venti FXP534 5.8GHz802.11ac4*4MIMOantenna isanextremely compact, embedded,4-in-1MIMO * Cableand Connectors are Customizable. Embedded Flexible PCBwithMultiplePorts 5.8GHz MIMOAntenna Model No. General Solution Embedded 5.8GHz Venti FXP534 Op. Temp. Polarization Impedance Return Loss Efficiency VSWR Peak Gain Frequency Electrical Data -14dB 48% 1.5dB Max ≤5dBi 5150~5850MHz -40°C~+85°C Linear 50Ω Adhesive Connector* Cable* Mounting Dimensions Mechanical Data 3M 467Tape IPEX MHFI(U.FL comp) 53mm Ø1.13 Adhesive 48*15*0.15mm Datasheet 181

Wi-Fi/ZigBee/Public Safety 2.4~5.8GHz External Adhesive Antennas Stingray

The Stingray WA.500w is a dual-band Wi-Fi 2.4GHz and 5.8GHz antenna. Its housing has been carefully designed withstand tough environments.

The Stingray is designed for applications that require omnidirectional gain across both bands to ensure wide coverage area and constant reception and transmission for Wi-Fi and ZigBee applications. Coupled with superior performance, and the ability to offer custom gain solutions, the quality design of the Stingray makes it a step beyond any competing solution on the market.

Model No. Electrical Data Mechanical Data WA.500w Frequency 2400-2500MHz/ Dimensions H: 11mm, Ø: 55mm Stingray 4900-6000MHz Mounting Adhesive Dual Band Wi-Fi Radiation Pattern Omnidirectional Cable* 3M RG-174 2.4/5.8GHz Gain 4dBi Connector* RP-SMA(M) Adhesive Mount Out. Impedance 50Ω Adhesive Type 3M Tape Polarization Linear IP Rating IP65 VSWR < 1.92:1 Datasheet Op. Temp. -40°C~+85°C

* Cable and Connectors are Customizable.

182 * Cableand Connectors are Customizable. signal ports. offer a compact structure, high radiation efficiency, low envelope correlation and high isolation between MIMO communication systems are neededfor highdata rate communication. Taoglas MIMOantennas Hercules &Ultima-Wi-FiMIMO Permanent Mount2-in-1 Model No. Permanent Mount 2.5/5.8GHz MIMO Dual Band Hercules MA510 Model No. Permanent Mount 2.4/5.8GHz MIMO Dual Band Ultima MA530 Model No. Permanent Mount 2.4GHz MIMO Hercules MA515 Max InputPower VSWR Impedance Polarization Efficiency Peak Gain Frequency 5.15 ~5.85GHzMIMO1&2 Max InputPower VSWR Impedance Polarization Efficiency Peak Gain Frequency 2.4 ~2.5GHzMIMO1&2 Electrical Data Max InputPower VSWR Impedance Polarization Efficiency Peak Gain Frequency MIMO 1&2 Electrical Data Max InputPower VSWR Impedance Polarization Efficiency Peak Gain Frequency 4.8~5.8GHz Max InputPower VSWR Impedance Polarization Efficiency Peak Gain Frequency 2.4 ~2.5GHz Electrical Data 5W ≤3.0 50Ω Linear 26% typ. 1.6~2.3dBi typ. 5150~5850MHz 5W ≤3.0 50Ω Linear 42% avg. 3.5~5.5dBi typ. 2400~2500MHz 2W ≤2.0 Linear Linear 56% typ. 3dBi typ. 2400~2500MHz 2W ≤2.0 50Ω Linear 40% typ. 3dBi typ. 4800~5800MHz 2W ≤2.0 50Ω Linear 60% typ. 3.9dBi typ. 2400~2500MHz Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data Op. Temp. IP Rating Connector* Cable* Mounting Dimensions Mechanical Data -40°C ~+85°C IP67 &IP69K RP-SMA(M) 1M RG-316 Thread Ø:18mm H: 29mm,Ø:49mm -40°C ~+85°C IP67 &IP69K RP-SMA(M) 1M RG-174 Thread Ø:24mm H: 19.6mm,Ø:55.2mm -40°C ~+85°C IP67 &IP69K RP-SMA(M) 1M RG-316 Thread Ø:18mm H: 29mm,Ø:49mm Datasheet Datasheet Datasheet 183

Wi-Fi/ZigBee/Public Safety 2.4~5.8GHz Permanent Mount Hercules Series - Smallest Compact

The Hercules series is focused on providing a solid foundation on which to build a network. The next generation Hercules GEN II is supremely reliable while remaining a high performance antenna.

The WS.01.B Hercules GEN II is a high efficiency, high gain, thread mount, dual-band wireless antenna for external use on vehicles and outdoor assets worldwide. Omnidirectional gain across both bands ensures constant reception and transmission, making the WS.01.B an and ideal Zigbee solution for remote applications such as remote metering. It is the smallest high performance antenna on the market.

Model No. Electrical Data Mechanical Data WS.01.B Frequency 2400~2500MHz/ Dimensions H: 29mm, Ø: 49mm Hercules Gen II 5150~5900MHz Mounting Permanent Mount Dual Band Wi-Fi Radiation Omnidirectional Cable* 3M CFD-200 2.4GHz/5.8GHz Gain 4dBi typ. Connector* RP-SMA(M) Permanent Mount Impedance 50Ω IP Rating IP67 & IP69K Polarization Linear Efficiency >60% @ 2.4~2.5GHz >40% @ 5.0~5.9GHz VSWR < 1.8:1 Datasheet Op. Temp. -40°C~+85°C

* Cable and Connectors are Customizable.

184 transmission. and Wireless At LAN. 156mminlength,thisomnidirectional 3dBigain antenna ensures constant reception and GW.59 dipoleRP-SMA plugmountantenna isideal for 2.4GHzand5.8GHzwireless applications suchasBluetooth SMA(M),thestandardIt usesaRev mating part for most Wi-Fiapplication points androuters worldwide.Therobust It offers superiorwideband highinefficiency comparison tomuchlarger antennas onthemarket. The GW.05 dual-band Wi-Fihinged rotatable antenna isahighefficiencymonopoleantenna. *On 30*30cm ground plane. Terminal MountAntennas 2.4~5.8GHz External Monopole Antenna Terminal Mount 2.4GHz/5.8GHz Dual bwand Wi-Fi GW.05 Model No. Hinged Dipole 2.4GHz/5.8GHz Dual band Wi-Fi GW.71 Model No. Hinged Dipole 2.4GHz/5.8GHz Dual band Wi-Fi GW.59 Model No. Max InputPower Polarization Impedance Efficiency VSWR Peak Gain Radiation Pattern Frequency Electrical Data* Max InputPower VSWR Polarization Efficiency Gain Radiation Pattern Frequency Electrical Data* Max InputPower VSWR Polarization Efficiency Gain Radiation Pattern Frequency Electrical Data* 2W < 2.0 Linear 80% (5.8GHz) 80% (2.4GHz) 5dBi Omnidirectional 5150-5900MHz 2400-2500MHz/ 2W < 2.0 Linear 75% (5.8GHz) 70% (2.4GHz) 3dBi Omnidirectional 5100~5800MHz 2400-2500MHz/ 2W Linear 50Ω >53% (5.8Ghz >72% (2.4GHz) 1.5dB Max ≤5dBi Omnidirectional 5100~5850MHz 2400~2500MHz/ Mounting Dimensions Mechanical Data Op. Temp. Connector Dimensions Mechanical Data Op. Temp. Connector Mounting Dimensions Mechanical Data Op. Temp. Connector Hinged 90° H: 156mm,Ø:13mm -40°C~+85°C RP-SMA(M) H: 62mmØ:10mm -40°C~+85°C RP-SMA(M) Hinged 90° H: 194mm,Ø:13mm -40°C~+85°C RP-SMA(M)

Datasheet Datasheet Datasheet 185

Wi-Fi/ZigBee/Public Safety 2.4~5.8GHz PCB and Flexible Antennas Cable & Connector

The Stripe PC11 is a dual-band 2.4/5.8GHz antenna constructed with special FR4 PCB. This low-profile miniaturized PCB antenna offers efficiencies of up to 88% and peak gain of up to 4.5dBi on the 5.8GHz band.

It is perfect for applications requiring the highest data speeds, such as real-time video streaming. The FXP810 has a peak gain of 1.5dBi and efficiencies of 60-70% at 2.4GHz, increasing to 5dBi and 80-90% along bands 4.9GHz to 6GHz. At 31*31*0.1mm, this antenna is ideal for small tag type mobile devices because it can slip between the battery and the main PCB ground for increased performance.

Model No. Electrical Data Mechanical Data PC11 Frequency 2.4GHz/5.8GHz Dimensions 66*16*0.8mm StripeTM Peak Gain 2dBi Material FR4 2.4GHz/5.8GHz VSWR 1.8dB Max Cable* 100mm Ø1.13 FR4 PCB Efficiency 86% Connector* IPEX MHFI (U.FL comp) Dipole Return Loss -21dB Impedance 50Ω Polarization Linear Datasheet Op. Temp. -40°C~+85°C

Model No. Electrical Data Mechanical Data PC14 Frequency 2.4-5.2GHz Dimensions Ø: 42*0.8mm Circular Dual Band Return Loss -12dB Connector* RP-SMA(M) 2.4-5.2GHz PCB VSWR 1.5dB Max Cable* RG-174 with cable and Return Loss ≤-27dB connector Impedance 50Ω Radiation Pattern Omnidirectional Datasheet Polarization Horizontal

Model No. Electrical Data Mechanical Data FXP810 Frequency 2.4~2.5GHz, Dimensions 31*31*0.1mm Dual Band 4.9~5.8GHz Mounting 3M 467 Tape 2.4GHz/5.8GHz Peak Gain 2.4dBi Cable* 100mm Ø1.37 Monopole Efficiency 66% Connector* IPEX MHFI (U.FL comp) Return Loss ≤-27dB Impedance 50Ω Datasheet Polarization Linear

* Cable and Connectors are Customizable.

186 2.4GHz andefficienciesof40%,2.5dBi alonggain withover50%efficiency bands4.9~6GHz. 2.4/5.8GHz bands includingBluetooth andWi-Fidual-band applications. TheFXP840 hasapeak gain of2.0dBiat bands 4.9GHzto 6GHz.Thepatent pendingFXP840 isasupersmallmonopole,ultra-low profile antenna for The FXP831 hasapeak gain along of3.0dBiat ofover50%,and5.5dBi75%efficiency 2.4GHzandefficiency efficiencies of over 80%along bands 4.9~6GHz. The FXP830 hasapeak gain of 2.6dBi at 2.4GHzandefficiency of about50%,increasing to 5dBiand * Cableand Connectors are Customizable. Cable &Connector 2.4~5.8GHz DualBandFlexible PCBAntennas 2.4GHz-5.8GHz Monopole Super Small Freedom Series FXP840 Model No. Dipole 2.4GHz/5.8GHz Dual band FXP831 Model No. Dipole 2.4GHz/5.8GHz Dual band FXP830 Model No. Op. Temp. Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data Op. Temp. Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data Max InputPower Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data -40°C~+85°C Linear 50Ω ≤-26dB 75% (5.8GHz) 56% (2.4GHz) 5.5dBi (5.8GHz) 3.0dBi (2.4GHz) 4900~6000MHz 2400~2500MHz/ -40°C~+85°C Linear 50Ω ≤-26dB 84% (5.8GHz) 50% (2.4GHz) 5.0dBi (5.8GHz) 2.6dBi (2.4GHz) 4900~6000MHz 2400~2500MHz/ 2W Linear 50Ω ≤-7dB @5.8GHz 53% (5.8GHz) 40% (2.4GHz) 2.5dBi (5.8GHz) 2.0dBi (2.4GHz) 4900~5800MHz 2410~2490MHz/ Mounting Dimensions Mechanical Data Connector* Cable* Adhesive Mounting Dimensions Mechanical Data Connector* Cable* Adhesive Mounting Dimensions Mechanical Data Connector* Cable* Adhesive Adhesive 42*7*0.1mm IPEX MHFI(U.FL comp) 55mm Ø0.81mm 3M 467Tape Adhesive 14*5*0.1mm IPEX MHFI(U.FL comp) 100mm Ø1.37 3M 467Tape Adhesive 42*7*0.1mm IPEX MHFI(U.FL comp) 100mm Ø1.37 3M 467Tape Datasheet Datasheet Datasheet 187

Wi-Fi/ZigBee/Public Safety 2.4~5.8GHz Flexible MIMO PCB Antennas Multiple Ports with Cable & Connector

The Venti range of embedded flexible PCB, MIMO antennas are designed for applications such as: smart home, smart grid, telematics, telemedicine, tracking and vending machine monitoring to name but a few.

Model No. Electrical Data Mechanical Data FXP523 Frequency 2400~2500MHz/ Dimensions 80*20*0.1mm Venti 5150~5850MHz Body Material Polymer 2.4/5.8GHz Peak Gain 3.69dBi / 5.51dBi Connector** IPEX MHFI Flexible PCB Efficiency >54% / >64% avg. Cable** 3*100mm Ø1.13 cable 3 Port MIMO Average Gain -2.21 / -1.77 avg. coaxial Impedance 50Ω Cable Length 120mm Polarization Linear Datasheet Input Power 2W Max

Model No. Electrical Data Mechanical Data FXP524 Frequency 2400~2500MHz/ Dimensions 80*20*0.1mm Venti 5150~5850MHz Adhesive 3M 467 Tape WLAN 2.4/5.8GHz Peak Gain ≤5dBi*/ ≤6.3dBi* Cable** 4* Black Ø1.13 4 Port MIMO VSWR 1.5dB Max / 1.5dB Max coaxial cable Unity Flex PCB Efficiency ≥56% / ≥64% Connector** IPEX MHFI Return Loss ≤-13dB Impedance 50Ω Polarization Linear Datasheet Op. Temp. -40°C~+85°C

Model No. Electrical Data MechanicalData FXP543 Frequency 2400~2500MHz/ Dimensions Ø: 37*0.24mm Venti Circular 5150~5850MHz (With release line) 2.4/5.8GHz Peak Gain 2.3dBi / 4.10dBi Weight 2.4g Flexible PCB Efficiency ≥47% / ≥44% Connector** IPEX MHFHT 3*MIMO Antenna Return Loss ≤ -10dB typ. Cable** 3*100mm Ø1.37 Impedance 50Ω coaxial cable Polarization Linear Radiation Omnidirectional Datasheet Input Power 5 W Max

* Peak gain can be customized to fit with your FCC requirements ** Cable and Connectors are Customizable.

188 constant reception. mount antennas can bemounted covertly, whiletheomnidirectional radiation pattern andgain ensure The Phoenixrange isaseriesof robust I-Barantennas operating at various Wi-Fibands. Theseadhesive External Low Profile Antennas 2.4~5.8GHz Wi-Fi/WLANAdhesive MountAntennas Adhesive Mount Adhesive Mount 5.8GHz Phoenix WSA.5800 Model No. Adhesive Mount 2.4/5.8GHz Phoenix WSA.2458 Model No. Adhesive Mount 2.4GHz Phoenix WSA.2400 Model No. Op. Temp. VSWR Polarization Impedance Average Gain Radiation Pattern Frequency Electrical Data Op. Temp. VSWR Polarization Impedance Average Gain Radiation Pattern Frequency Electrical Data Op. Temp. VSWR Polarization Impedance Average Gain Radiation Pattern Frequency Electrical Data -40°C~+85°C ≤ 2:1 Linear 50Ω -2.67dBi* Omnidirectional 4900~5850Mhz 2400~2500MHz -40°C~+85°C ≤ 2:1 Linear 50Ω -2.41dBi* Omnidirectional 2400~2500MHz -40°C~+85°C ≤ 2:1 Linear 50Ω -4.01dBi* Omnidirectional 4900~5850MHz Connector Cable* Enclosure Weight Dimensions Mechanical Data Connector Cable* Enclosure Weight Dimensions Mechanical Data Connector Cable* Enclosure Weight Dimensions Mechanical Data RP-SMA(M) 1M, RG-174 PC/ABS 50g 105*30*7.7mm RP-SMA(M) 1M, RG-174 PC/ABS 50g 105*30*7.7mm RP-SMA(M) 1M, RG-174 PC/ABS 50g 105*30*7.7mm Datasheet Datasheet Datasheet 189

Wi-Fi/ZigBee/Public Safety 2.4~5.8GHz Terminal Antenna Monopole and Dipole Terminal Mount Antennas

The GW.20 dipole RP-SMA(M) plug mount antenna is ideal for 2.4~2.5GHz wireless applications such as Bluetooth and Wireless LAN.

The antenna structure is flexible, so is designed for robust handling and the housing is made with UV Resistant TPE giving superior environmental reliability and a quality finish.

The GW.05.0E23 dual band WiFi Hinged Rotatable Fakra Mount Antenna is a high efficiency monopole antenna for Wi-Fi, WLAN, Zigbee, Bluetooth, and 802.11a/b/g/n/ac applications. The direct mount Fakra connector enables a more robust mating to the device compared to a SMA, the locking feature prevents the antenna coming loose due to vibration or shock.

Model No. Electrical Data Mechanical Data GW.20.A151 Frequency 2400~2500MHz Dimensions 89.5mm * Ø9.6mm 2dBi 2.4GHz Peak Gain 5.38dBi Enclosure TPE Dipole Antenna Return Loss < -10dB Connector RP-SMA(M) Impedance 50Ω IP Rating IP67 (enclosure only) Polarization Linear Op. Temp. -40°C ~ +85°C Max Input Power 10W Datasheet

Model No. Electrical Data Mechanical Data GW.05.0E23 Frequency 2400~2500MHz Length 69.6mm Dual-Band Peak Gain 1.94dBi Diameter 5mm 2.4/5.8GHz Efficiency >34% Enclosure POM Terminal Mount Average Gain -4.63dBi Connector Fakra Code I Beige Monopole Return Loss < -3dB SMB(F) Antenna Impedance 50Ω Op. Temp. -40°C~+85°C Polarization Linear Radiation Omnidirectional Max Input Power 10W

Frequency 5150~5850MHz Peak Gain 1.45dBi Efficiency >33% Average Gain -4.72dBi Datasheet Return Loss < -5dB

190 which require highdata speedrates andwide coverage areas. efficiency, highpeak gain solutions for professional Wi-Fi802.11nand other ISM band applications The SDWA.01 dual-band SMDceramic antenna andtheWDP.2458 ceramic patch are embeddedhigh SMD Ceramic Antenna 2.4~5.8GHz DualBandEmbedded Low Profile Chip Antenna 2.4/5.8GHz Dual Band WLA.10 Model No. Patch Antenna Embedded Ceramic 2.4/5.8GHz Dual Band WDP.25 Model No. Antenna Ceramic SMD 2.4/5.8GHz Dual Band SDWA.01 Model No. Antenna Ceramic Patch Dual-Band Wi-Fi 2.4GHz/5.8G 5dBi SWDP.2458 Model No. Input Power Polarization Impedance Efficiency Peak Gain Frequency Electrical Data Op. Temp. Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data Op. Temp. Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data Max InputPower Polarization Impedance Peak Gain Frequency Electrical Data 2W Linear 50Ω 66.4% /59.68% 1.25dBi /2.17dBi 2.4GHz /5.8GHz 50Ω ≤-19dB /≤-5dB 60%+ avg. 6dBi /8dBi 2.4GHz /5.8GHz -40°C ~+85°C Linear 50Ω ≤-9.3dB /≤-10.5dB 83% avg./75% 3.5dBi /4.2dBi 2.4GHz /5.8GHz 10W Linear 50Ω 5.70dBi 5150MHz~5850Mhz 2400~2500MHz -40°C ~+85°C Linear Humidity Relative Op. Temp Weight Ground Plane Dimensions Mechanical Data Op. Temp. Dimensions Mechanical Data Op. Temp. Mounting Dimensions Mechanical Data Op. Temp. Mounting Dimensions Mechanical Data 20% to 70% 20% to 70% -40°C ~+85°C 0.02g 80*40mm 3.2*1.6.05mm -40°C to +85°C 15mm*15mm*4mm -40°C ~+105°C Tape Pin andAdhesive 25*25*4mm -40°C ~+85°C SMD 10*4*1.5mm Datasheet Datasheet Datasheet Datasheet 191

Wi-Fi/ZigBee/Public Safety 2.4/5.8GHz Wi-Fi MIMO Desk, Wall or Magnetic Mount Antenna

The Taoglas Pivot WMA.328.A.001 is a 3*Wi-Fi MIMO dual-band patch array antenna incorporating three separately fed antennas in a single housing. This compact Wi-Fi solution ensures a strong connection and fast transfer speeds.

The RHCP circularly polarized patch design helps preserve received signal quality in rich isotropic multipath (RIMP) environments such as building interiors, where reflected signals can be a significant source of interference. With an adjustable head and quick and easy, compact set-up, the WMA.328 is an ideal solution to address a slow or dropping Wi-Fi signals.

Model No. Electrical Data Mechanical Data Pivot Frequency 2400~2500/ Dimensions 95*95*124mm WMA.328.A.001 4900~5850MHz Enclosure ASA 2.4/5.8GHz Peak Gain MIMO 1 2.13dBi Shaft PC 3*3 Dual Band Wi-Fi MIMO MIMO 2 1.90dBi Connector SMA(F)BK ST Wi-Fi MIMO MIMO 3 2.28dBi Op. Temp. -40°C~+85°C Desk/Magnet Avg. Gain MIMO 1 -4.04dB Humidity Non-condensing Mount External MIMO 2 -4.19dBi 65°C~+95% RH Antenna MIMO 3 -4.46dBi Weight 152g Return Loss <-10dB IP Rating IP67 Efficiency MIMO 1 39% MIMO 2 38% MIMO 3 3.8% Impedance 50Ω Polarization RHCP Datasheet Axial Ratio < 5

192 cable whichcan bebentto afixed orientation for ease ofinstallation. at only34.87*30.73*17mm,enablesflexibilityofintegration and comes withhighquality, lowloss, SS402 semi-rigid ofnearlyefficiency 70%allowingit to meet thehighthroughput demandsofDrone applications. It’s compact size, The Status WCM.10 antenna isanexternal 5150-5850MHzDrone Antenna for highdefinitionvideo streaming. withan where onecould easily havea20dB+decrease dependingon orientation. the signallinkismuchmore stable (max3dBdecrease) indifferent orientations thanwhenusinga linear antenna wireless videotransmission/receiving Circular polarized equipment. antennas are anideal choice for UAV’s because are omnidirectional, highefficiency, circularly polarized antennas witha robust housing for UAV, FPV, and other The Omega 5.8GHzcircularly polarized cloverleaf antenna set comprises ofoneeach ofaTx andRxantenna. They standards. antennas are designedandmanufactured inworld classmanufacturing facilities to themost stringent These bespoke antenna solutionsfor UAV/drones are extremely robust andof superiorquality. These Smart Antenna Receivers andAntenna Sets 5.8GHz External UAV Antennas SS402 Cable Flexiform Semi-Rigid with 50mm Receiver System Mount Antenna SMA(M) Connector 5-5.8GHz 3dBi WCM.10 Stratus Model No. (Tx andRx) Antennas 2*External Drone 5.8GHz Antenna Set Omega TCP.02 Model No Polarization Return Loss Avg. Gain Peak Gain Efficiency Frequency Electrical Data Max InputPower Impedance Directionality Polarization Return Loss VSWR Efficiency Peak Gain Frequency Electrical Data 5150MHz 71% 5150/ 5850MHz 10W 50Ω Omnidirectional LHCP <-15dB 1.5 typ. 70% typ. 3dBi typ. 5600~6000MHz 5850MHz Linear 5150MHz RHCP 5850MHz <-15dB 5150MHz <-10dB 5850MHz -2dBi 5150MHz -1.6dB 5850MHz 3.2dBi 5150MHz 3.8dBi 5850MHz 63% Humidity Op. Temp. IP Rating Weight Color Connector Cable Enclosure Cap Material Dimensions Mechanical Data Op. Temp. Dimensions Connector Cable Length Cable Mechanical Data 65°C~+95% RH Non-condensing -40°C~+85°C IP67 17g White &Green RP-SMA(M)ST 50mm SS402 ASA PMMA 30.7 *34.817mm -40°C~+85°C Ø: 36mmH:80mm RP-SMA(M) 50mm Semi-rigid SS402 Datasheet Datasheet 193

Wi-Fi/ZigBee/Public Safety Ultra-wideband

Ultra-wideband (UWB) is a low power digital wireless technology for transmitting large amounts of digital data over a wide spectrum of frequency bands, typically spanning more than 500MHz with very low power over short distances. The low power requirements of UWB mean increased battery life of sensors and tags leading to a reduction in overall operational costs.

Taoglas has developed a range of small-form-factor UWB antennas specifically designed to enable centimeter-level positioning and angle-of-arrival applications, including asset tracking, follow-me drones, healthcare monitoring, smart home services, and other applications that demand high- performance localization capabilities. The antennas offer high efficiencies across a wide spectrum of frequency bands from 3GHz to 10GHz.

The Taoglas range of UWB antennas feature state-of-the-art flexible and rigid PCB embedded UWB antennas in addition to UWB embedded SMT chip antennas. Our flexible FXUWB range of antennas were developed utilizing a simple “peel and stick” assembly process, attaching securely to non-metal surfaces via 3M adhesive, with a highly flexible micro-coaxial cable mounting. There is also a rigid PCB format version, if required. Our UWB chip antennas are designed to be surface mounted directly onto a PCB. Both series of antennas help designers future-proof devices, keeping costs low while covering all common UWB commercial bands.

The Accura UWCCP.01 is a very small circularly polarized antenna which is reliable with powerful high efficiency across much of the UWB bandwidth and performs extremely well in multipath environments. This antenna can be used in applications such as automotive sensors, smart airbags, precision surveying, smart home and entertainment systems and with any other application requiring centimeter-level tracking.

194 Adhesive Mount Accura Flex UWBAntennas Flex Antenna Ultra-wideband AccuraUWB 6~8GHz FXUWB01.07 Model No. Flex Antenna Ultra-wideband 6~8GHz FXUWB01.01 Model No. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Electrical Data Max InputPower Polarization Radiation Pattern Impedance Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Electrical Data Max InputPower Polarization Radiation Pattern Impedance Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. EU UWB EU UWB 2.1 82% -10dB 3.5dBi 6.24~6.74 GHz USA UWBChannels1-4 10W Linear Omnidirectional 50Ω 2.1 70% -6dB 4.0dBi 5.95~7.03 GHz USA UWBChannel7 2.1 72% -10dB 4.5dBi 6.74-7.24 GHz USA UWBChannel6 2.1 82% -10dB 3.5dBi 6.24~6.74 GHz USA UWBChannel5 10W Linear Omnidirectional 50Ω 3.1 70% -6dB 4.0dBi 5.95~7.03 GHz USA UWBChannel7 2.1 72% -10dB 4.5dBi 6.74~7.24 GHz USA UWBChannel6 Op. Temp. Material Connector Cable Mounting Dimensions Mechanical Data Op. Temp. Material Connector Cable Mounting Dimensions Mechanical Data -40°C~+85°C Flex Polymer SMA(M) 1.37mm Adhesive 18*15.2*0.2mm -40°C~+85°C Flex Polymer IPEX 1.37mm Adhesive 18*15.2*0.2mm Datasheet Datasheet 195

Ultra Wideband Accura Flex UWB Antennas Adhesive Mount

Model No. Electrical Data Mechanical Data USA UWB Channels 1-4 FXUWB10.01 Working Freq. 3.1~5.0 GHz Dimensions 18*15.2*0.1mm 3~10GHz Peak Gain 7.1dBi Mounting Adhesive AccuraUWB Return Loss <-8dB Cable 1.37mm Ultra-wideband Efficiency 85% Connector SMA(M)ST (UWB) Max VSWR 2.2:1 Material Flex Polymer Flex Antenna Op. Temp. -40°C~+85°C

USA UWB Channels 5-9 EU UWB band Working Freq. 6.0~8.2 GHz Peak Gain 4.8Bi Return Loss <-9dB Efficiency 82% Max VSWR 1.8:1

USA UWB Channels 10-15 Working Freq. 8.2~10.3 GHz Peak Gain 5.9dBi Return Loss <-6dB Efficiency 75% Max VSWR 3:1

Impedance 50Ω Radiation Pattern Omnidirectional Polarization Linear Datasheet Max Input Power 10W

Model No. Electrical Data Mechanical Data USA UWB Channels 1-4 FXUWB10.07 Working Freq. 3.1~5.0 GHz Dimensions 35*24.5*0.2mm 3~10GHz Peak Gain 7.1dBi Mounting Adhesive AccuraUWB Return Loss <-10dB Cable 1.37mm Ultra-wideband Efficiency 85% Connector IPEX (UWB) Max VSWR 2:1 Material Flex Polymer Flex Antenna Op. Temp. -40°C~+85°C

USA UWB Channels 5-9 EU UWB band Working Freq. 6.0~8.2 GHz Peak Gain 4.5Bi Return Loss <-10dB Efficiency 80% Max VSWR 2:1

USA UWB Channels 10-15 Working Freq. 8.2~10.3 GHz Peak Gain 6.2dBi Return Loss <-10dB Efficiency 75% Max VSWR 2:1

Impedance 50Ω Radiation Pattern Omnidirectional Polarization Linear Datasheet Max Input Power 10W

196 Adhesive Mount Accura Flex UWBAntennas Flex Antenna (UWB) Ultra-wideband 3~5 &6~10GHz AccuraUWB FXUWB20.07 Model No. Flex Antenna (UWB) Ultra-wideband AccuraUWB FXUWB20.01 Model No. Max InputPower Polarization Radiation Pattern Impedance Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Electrical Data Max InputPower Polarization Radiation Pattern Impedance Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Working Freq. Electrical Data 2:1 82% <-10dB 6.6dBi 3.1~5.0 GHz USA UWBChannels1-4 10W Linear Omnidirectional 50Ω 3:1 65% <-6dB 5.8dBi 8.2~10.3 GHz USA UWBChannels10-15 2:1 75% <-9dB 4.5Bi 6.0~8.2 GHz EU UWBband USA UWBChannels5-9 2.2:1 80% <-8dB 6.6dBi 3.1~5.0 GHz USA UWBChannels1-4 10W Linear Omnidirectional 50Ω 2:1 75% <-10dB 5.0dBi 8.2~10.3 GHz USA UWBChannels10-15 2:1 80% <-10dB 4.0Bi 6.0~8.2 GHz EU UWBband USA UWBChannels5-9 Op. Temp. Material Connector Cable Mounting Dimensions Mechanical Data Op. Temp. Material Connector Cable Mounting Dimensions Mechanical Data -40°C~+85°C Flex Polymer SMA(M)ST 1.37mm Adhesive 35*24.5*0.2mm -40°C~+85°C Flex Polymer SMA(M)ST 1.37mm Adhesive 35*24.5*0.2mm Datasheet Datasheet 197

Ultra Wideband UWB SMD Chip Antennas Small Form Factor Ultra-wideband Antennas

The UWCCP.01 and UWC.01 antennas are durable ceramic antennas that have a peak gain of 6.5dBi and 4dBi respectively, and are designed to be mounted directly onto a PCB. They are an ideal choice for any device maker that needs to keep manufacturing costs down over the lifetime of a product.

Model No. Electrical Data Mechanical Data UWCCP.01 EU UWB/USA UWB Channel 5 Ultra-wideband Working Freq. 6.24~6.74GHz Dimensions 14.3mm*8.35mm*2mm SMD Chip Antenna Radiation Pattern Omnidirectional Material Ceramic for European and Polarization Circular Op. Temp. -40°C~+85°C USA UWB Impedance 50Ω Applications in Max Input Power 10W Channels 5 and 7 Peak Gain 6.5dBi Return Loss <-8dB Efficiency 80% Datasheet Max Axial Ratio 6.0dBi

Note: Results obtained for antenna on Standard Evaluation Board size 16 mm x 12 mm, with 16mm x 4.2 mm ground plane..

Model No. Electrical Data Mechanical Data USA UWB Channel 5 UWC.01 Working Freq. 6.24~6.74GHz Dimensions 5.5 x 5.5 x 2mm 6~8GHz Radiation Pattern Omnidirectional Material Ceramic Ultra-wideband Polarization Linear Op. Temp. -40°C~+85°C SMD Chip Antenna Impedance 50Ω Max Input Power 10W Peak Gain 4.5dBi Return Loss -10dB Efficiency 70% Max VSWR 2:1

USA UWB Channel 6 USA UWB Channel 7 Working Freq. 6.74~7.24GHz Working Freq. 5.95-7.03GHz Peak Gain 3.5dBi Peak Gain 3.5dBi Return Loss -8dB Return Loss -9dB Efficiency 60% Efficiency 70% Max VSWR 2.7:1 Max VSWR 2.2:1 Datasheet

Note: Results obtained for antenna on Standard Evaluation Board size 25*20mm, with 25*13mm ground plane.

198 high efficiencies across thepulsedUWB communications operational bands. The UWC.20 andUWC.40 chipantennas, are smallform factor Ultra-Wideband (UWB)antennas with Note: Small Form Factor Ultra-wideband Antennas UWB SMDChipAntennas Note: Results obtained for antenna onStandard Evaluation Board size 37mmx20mm, with 26mmx20ground plane.. Results obtained for antenna onStandard Evaluation Board size 45mmx25mm,with31ground plane.. SMD ChipAntenna Ultra-wideband 3-5GHz Accura UWC. Model No. SMD ChipAntenna Ultra-wideband 3-5GHz &6-9GHz UWC. Model No. 20 40 EU UWB/USA UWBChannels5-8 USA UWBChannel2 Max VSWR Efficiency Return Loss Peak Gain Working Freq. USA UWBChannel4 Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Max InputPower Impedance Polarization Radiation Pattern Working Freq. USA UWBChannel1 Electrical Data Max VSWR Efficiency Return Loss Peak Gain Working Freq. Max VSWR Efficiency Return Loss Peak Gain Max InputPower Impedance Polarization Radiation Pattern Working Freq. USA UWBChannels1-4 Electrical Data 2:8:1 >65% -5.0dB 4.0dBi 3.32~4.65GHz 2:8:1 >80% -16.5dB 4.5dBi 3.74~4.24GHz 2:15:1 >82% -10dB 3.5dBi 10W 50Ω Linear Omnidirectional 3.24~3.74GHz 2:1 70% -10dB 3.5dBi 6.2~8.0GHz 2:1 80% -10dB 6.0dBi 10W 50Ω Linear Omnidirectional 3.1~5.0GHz USA UWBChannel3 USA UWBChannels9-10 Op. Temp. Material Dimensions Mechanical Data Max VSWR Efficiency Return Loss Peak Gain Working Freq. Op. Temp. Material Dimensions Mechanical Data Max VSWR Efficiency Return Loss Peak Gain Working Freq. -40°C~+85°C Ceramic 12*12*3mm 3:8:1 >55% -5.0dB 4.5dBi 4.24–4.74GHz -40°C~+85°C Ceramic 6*7*3mm 3:1 70% -6dB 2.5dBi 8.0–9.0GHz Datasheet Datasheet 199

Ultra Wideband UWB SMD Chip Antennas Ultra-wideband External Antennas

The PCUWB.01 is the only external adhesive-mount UWB antenna designed to cover all worldwide UWB frequencies. With excellent efficiency and an omnidirectional radiation pattern, it provides strong, homogeneous coverage in all directions from the sensor. PCUWB.01 also shows excellent fidelity factor numbers and low group delay variation to preserve maximum signal integrity.

The low power requirements of UWB mean increased battery life of sensors and tags leading to reduction in overall operational costs. PCUWB.01 is one of several Taoglas-developed antennas designed for seamless integration with the recently launched Decawave ScenSor DW1000 module as well as compatibility with any other UWB sensor modules on the market. Cable and connectors for the PCUWB.01 are customizable. Contact your regional Taoglas sales office for support.

Model No. Electrical Data Mechanical Data USA UWB Channels 1-4 PCUWB01.01.0500G Working Freq. 3.1~5.0 GHz Dimensions 36*30*10mm 3-5GHz GHz Peak Gain <7.5dBi Enclosure PP & 6-10GHz Return Loss <-10dB Mounting Adhesive Ultra-wideband Efficiency >65% Cable* 0.5M CFD200 Omnidirectional Max VSWR 2:1 Connector* SMA(M) ST Antenna IP Rating IP67 Op. Temp. -40°C~+85°C EU UWB/USA UWB Channels 5-8 Working Freq. 6.2~8.0 GHz Peak Gain <4.1dBi Return Loss <-4dB Efficiency >55% Max VSWR >3:1

USA UWB Channels 9-15 Working Freq. 8.2~10.3 GHz Peak Gain <4.1dBi Return Loss <-6dB Efficiency >39% Max VSWR >3:1

Impedance 50Ω Radiation Pattern Omnidirectional Polarization Linear Max Input Power 5W

* Cable and Connectors are Customizable.

200 antennas inits class. efficiencies ofup to 80%,thisimpressive solutionensures amore consistent signalthanmany to glassandplastic surfaces whiledelivering Peak Gainof4.14dBiand3.24dBirespectively. Providing and flexibility duringtheintegration process. This exceptionally smallantenna can adhere At just 10mm high, ourextremely compact GSA.8859offers anunobtrusive mountingsolution embedded patch antennas and external miniadhesive andterminal mountsolutions. Taoglas continues to superiorsolutionsfor develop thismarket andcurrently offers both vehicles where orientation isconstantly changing. Used for vehicle active safety, offers thistechnology amore stable system signal strength onmoving short range communications andispredominantly thefrequency ofchoice for V2Xapplications. antennas designedto operate onthe5.9GHzfrequency band. DSRCsupports highspeedlow latency, Our range ofDedicated Short-Range Communication (DSRC)antennas are highperformance DSRC on a70*70mmground, theDRSC patch isthechoice for manyV2VandV2Isystem manufacturers. patch antenna can deliver apeak gain ofuptom of78%when 7dBi.Delivering anefficiency centered circularly polarized to ensure amore stable system signalstrength. Thishighperformance The DCP.5900 isanembeddedPTFE HFpatch antenna, measuring just 25*25*4mm.Itis 201

Wi-Fi/ZigBee/Public Safety External DSRC Antennas Mini DSRC Adhesive Antennas

The GSA.8859 Mini DSRC antenna is an external adhesive mount antenna that operates from 5850- 5925MHz for DSRC systems. At a height of just 10mm, its compact size enables flexibility of integration. The antenna features high peak gain at 4.14dBi when mounted on glass and 3.24dBi when mounted on 2mm thick plastic.

The OMB.5900 is an IP67 rated dipole antenna that can be used to set up DSRC mesh networks. Its design allows for a uniform omnidirectional radiation pattern and with high gain promotes reliable coverage

Model No Electrical Data* Mechanical Data GSA.8859 Frequency 5850~5925MHz Dimensions 36*30*10mm 5.9GHz Antenna Peak Gain 2.57dBi Weight 42g Adhesive Mini DSRC Efficiency 68.3% Enclosure PP Impedance 50Ω Connector** SMA(M) ST Return Loss <-10dB Cable** 1M CFD-200 Polarization Linear Adhesive 3M VHB 4941 Op. Temp. -40°C~+85°C

Datasheet

Model No Electrical Data Mechanical Data OMB.5900 Frequency 5850~5925MHz Dimensions H: 550mm; Ø24 5.9GHz 10dBi Radiation Pattern Omnidirectional Mounting Wall/Pole Omnidirectional Peak Gain 10.2dBi Mount Bracket Outdoor Antenna Efficiency 63.97% Application Indoor/Outdoor Impedance 50Ω Connector N Type Female Return Loss <-15dB Op. Temp. -40°C~+85°C Polarization Vertical Max Input Power 50W Datasheet

* In free space. ** Cable and Connectors are Customizable.

202 smallest DSRCantennas worldwide. chip antenna was designedspecifically for IEEE802.11p/DSRCapplications and at just 1.6*0.8*0.3itisoneofthe miniatureThe CA.51isahighefficiency SMDantenna withanextremely small footprint This requirement. ceramic a 12*12*4mmmodelwithpeak gain of6dBiandimpressive ona70*70mmground 75%efficiency plane. plane, itfeatures worldleading efficiency at 78%,andanaxial ratio ofapproximately 2dB.TheDCP.5900.12.4.A.02 is for amore stable system signalstrength onmovingvehicles.Tuned for acenter positionona70*70mmground This highperformance 7dBidirectional antenna isdesignedto operate at 5850-5925MHzandiscircularly polarized The DCP.5900.25 isa25*25*4mmembeddedPTFE HFpatch DSRCantenna. DSRC Patch Antennas Embedded DSRCAntennas Patch Antenna Ceramic DSRC PinType DCP.5900.12 Model No Antenna Ceramic Patch SMD Embedded DSRC Circular Polarized SDCP.5900 Model No Patch Antenna Pin Type PTFE HF DCP.5900.25 Model No Antenna Ceramic Chip Low Profile SMD CA.51 Model No Efficiency VSWR Peak Gain Impedance Polarization Frequency Electrical Data Efficiency VSWR Peak Gain Impedance Polarization Frequency Electrical Data Polarization Frequency Electrical Data Efficiency Peak Gain Impedance Efficiency VSWR Peak Gain Impedance Polarization Frequency Electrical Data 75.25% 75.25% 1.8 max 5.32dBi 50Ω RHCP 5.9Mhz 60.45% < 2 4.64dBi 50Ω RHCP 5.9GHz RHCP 5.9Mhz 78.48% 7.57dBi 50Ω 57% 57% 2 max 2.87dBi 50Ω Linear 5.9MHz Weight Dimensions Mechanical Data Pin Length Pin Diameter Material Op. Temp. Weight Dimensions Mechanical Data Op. Temp. Pin Length Pin Diameter Op. Temp. Weight Dimensions Mechanical Data Material Op. Temp. Weight Dimensions Mechanical Data 2.0g 12*12*4mm 1.7mm 0.85mm Ceramic -40°C~+85° 2.1g 12*12*4mm -40°C~+85° 3.0mm 0.8mm -40°C~+85° 6.12g 25*25*4mm Ceramic -40°C~+85° 2.0g 1.6*0.8*0.3mm Datasheet Datasheet Datasheet Datasheet 203

DSRC DSRC Antennas DSRC SMD & Dipole Antennas

Our Triton TD.10 is a dipole terminal antenna operating between 5850-5925MHz for DSRC systems. It supports high speed, low latency and short range V2V and V2X communications. The TD.10 does not require a ground plane and offers market leading efficiency of over 70%.

Model No Electrical Data* Mechanical Data TD.10 Frequency. 5850-5925MHz Dimensions H: 169mm, Ø: 18mm Triton Average Gain -1.34dBi Connector Hinged SMA(M) Dipole Terminal Return Loss <-10dB Weight 21.75g For V2V and V2X Peak Gain 5.88dBi Op. Temp -40°C ~ +85°C VSWR <2:1 Efficiency 73.48% Impedance 50Ω Datasheet Polarization Linear

*On 30*30cm ground plane.

204 with integration andtesting ofantenna performance inyourdevice. MHFI connector, both ofwhichcan becustomised. Contact yourregional Taoglas office for thisand other support different ground planesizes, subject to NREandMOQ.TheDCPP.25A issupplied with150mmofRG-178anIPEX Custom patch tuningisavailable to optimize to specificdevice environments, includingoff-center positioningor changing. to enableamore stable system signalstrength onmoving vehicles where orientation isconstantly at 5850-5925MHzfor DSRCsystems. Thisantenna features highefficiency andcircular polarization The DCPP.25A isa25*25*4mmPTFE patch antenna mounted on a30*30PCB,designedto operate DSRC Patch Antennas onBoard 5.9GHz DSRCPTFE Patch Antenna on PCBboard Patch Antenna 5.9GHz DSRCPTFE DCPP.25A Model No Frequency Electrical Data Impedance Axial Ratio Average Gain Peak Gain Efficiency Polarization 50Ω < 2at zenith -3.29 -2.89dBi 46.88% RHCP 5850~5925MHz Humidity Op. Temp. Weight Connector Cable Dimensions Mechanical Data 65°C 95%RH Non-condensing -40°C~+85° 9.3g IPEX MHFI 150mm RG-178 30*30*5mm Datasheet 205

DSRC UAV

Taoglas has a comprehensive range of UAV/Drone antennas and RF products range tailored to the needs of this sector. New and innovative use cases have emerged, including applications in agriculture, firefighting, mining, traffic monitoring, search and rescue, utilities, media reporting, the film industry and FirstNet.

Our bespoke antenna solutions for robust UAV/drones are designed and manufactured in world class manufacturing facilities to the most stringent standards. Our Airvu filters can be placed on the end of the antenna port to eliminate or reduce radio interference problems.

The Maverick GRS.01 is a GPS/GLONASS/BeiDou Smart Antenna receiver system, featuring the u-blox M8 multi GNSS engine. It delivers high sensitivity and minimal acquisition times and is specially designed to be integrated directly with the receiver for best sensitivity. It allows continuous position coverage in most environments by incorporating multiple satellite systems in one unit.

Lightweight and easy to attach, our CBD range of 2.4GHz and 5.8GHz antennas are micro coax cable dipole antennas with omnidirectional radiation patterns and high efficiencies. Cable dipole antennas are perfect for fitting into narrow spaces, while still maintaining high performance.

Our Omega TCP.02 antenna set comprises of two 5.8GHz clover leaf antennas, one Tx and one Rx. The design itself is rugged and robust to protect the inner antenna during rough landings. The Omega antennas use high quality SS402, semi-rigid cable which can be easily positioned and repositioned.

The Stratus WCM.10 antenna is a Drone Antenna, useful for high definition video streaming. It has an exceptionally high efficiency of nearly 70% allowing it to meet the high throughput demands of drone applications, especially high definition video streams. The Stratus has a compact size, at only 34.87*30.73*17 mm, enabling flexibility of integration. It comes with high quality, low loss, SS402 semi-rigid cable, frequently used for military and commercial aerospace applications. The cable can also be bent to a fixed orientation for ease of installation.

206 standards. antennas are designedandmanufactured inworld classmanufacturing facilities to themost stringent These bespoke antenna solutionsfor UAV/drones are extremely robust andof superiorquality. These Smart antenna receivers andantenna sets External UAV Antennas 402 Cable Flexiform Semi-Rigid with 50mm Receiver System Mount Antenna SMA(M) Connector 5-5.8GHz 3dBi WCM.10.005QQ111 Stratus Model No. (Tx andRx) Antennas 2*External Drone 5.8GHz Antenna Set Omega TCP.02 Model No Receiver System Smart Antenna BeiDou/Galileo GPS/GLONASS/ Maverick GRS.01.A Model No. Polarization Return Loss Avg. Gain Peak Gain Efficiency Frequency Electrical Data Max InputPower Impedance Directionality Polarization Return Loss VSWR Efficiency Peak Gain Frequency Electrical Data Power cons Max InputPower Input SCL&SDA Schmitt trigger Heading accuracy Velocity accuracy Rate update Max Nav. Frequency of TPS Time PulseSignal Position accuracy Sensitivity Frequency Receiver Type Electrical Data 50Ω Omnidirectional LHCP <-15dB 1.5 typ. 70% typ. 3dBi typ. 5600~6000MHz DC 30mA-50mA(40mAtyp.) DC 4V-6V (5Vtyp.) 15dBm (VDDIO =1.8V) Rise 0.8*VDDIO Fall 0.2*VDDIO(VDDIO=1.8V) 0.3 degrees 0.05m/s Concurrent GNSS: upto 10Hz Single GNSS: upto 18Hz to 10MHz Configurable 0.25Hz RMS 30ns99%60ns SBAS 2.0m Autonomous 2.5m Aquisition -146dBm Tracking -158dBm WAAS, EGNOS,MSAS L10F, BeiDouB1,SBASL1C/A: GPS/QZSS L1C/A, GLONASS concurrent GNSS 72 channelu-blox M8 5850MHz Linear 5150MHz RHCP 5850MHz <-15dB 5150MHz <-10dB 5850MHz -2dBi 5150MHz -1.6dB 5850MHz 3.2dBi 5150MHz 3.8dBi 5850MHz 63% 5150MHz 71% 5150/ 5850MHz 10W Connector Cable Dimensions Mechanical Data Humidity Storage Temp. Operating and IP Rating Weight Color Connector Cable Enclosure Cap Material Dimensions Mechanical Data Op. Temp. Dimensions Connector Cable Mechanical Data 05 contacts SMD SingleRow 04& 1.25mm Wafer Horizontal (COMPASS) UART I2Cserialbus (GPS/GLONASS /BeiDou) UART TTLserialbus 65*60*178mm 65°C~+95% RH Non-condensing -40°C~+85°C IP67 17g White &Green RP-SMA(M)ST 50mm SS402 ASA PMMA 30.7 *34.817mm -40°C~+85°C Ø: 36mmH:80mm RP-SMA(M) Semi-rigid SS402 L:50mm Datasheet Datasheet Datasheet 207

UAV External UAV Accessories AirVu Low Pass and Band Pass Filters

Our Airvu filters can be placed on the end of the antenna port to eliminate or reduce radio interference problems common in drones. They are perfect to use with the TCP.02 Omega Antenna set.

Model No. Electrical Data Mechanical Data LPF.12.01 Frequency. 300~1400MHz Connector SMA(M) & SMA(F) Airvu Band Width 1100MHz Dimensions Ø: 10*39mm 1.2GHz Insertion Loss 1.0dB typ. Weight 9.8g Low Pass Filter 1.1dB Max Op. Temp. -40°C~+85°C Ripple 1.0dB Max Return Loss 10dB Min Stop-Band 1565~1625MHz 10dB Min Attenuation 1900~2200MHz 20dB Min 2400~2700MHz 35dB Min Input/output 50Ω Impedance Datasheet Power 10W

Model No. Electrical Data Mechanical Data BPF.24.01 Frequency. 2400~2500MHz Connector RP-SMA(M) & Airvu Band Width 100MHz RP-SMA(F) 2.4GHz Insertion Loss 1.3dB Max Dimensions Ø: 10*35mm Band Pass Filter Ripple 0.8dB Max Weight 8.82g Return Loss 9.6dB Min Op. Temp. -40°C~+85°C Stop-Band 2033~2098MHz 30dB Min Attenuation 2100MHz 25dB Min 2786MHz 15dB Min 4900~6000MHz 20dB Min Input/output 50Ω Impedance Datasheet Power 10W

Model No. Electrical Data Mechanical Data BPF.58.01 Frequency. 5480~5850MHz Connector RP-SMA(M) & Airvu Band Width 70MHz RP-SMA(F) 5.8GHz Band Pass Insertion Loss 2.1dB typ. Dimensions Ø: 10*35mm Filter Ripple 1.5dB Max Weight 8.87g Return Loss 10dB Min Op. Temp. -40°C~+85°C Stop-Band 5480~5850MHz 17dB Min Attenuation 7500~7700MHz 25dB Min Input/output 50Ω Impedance Datasheet Power 10W

208 providing stable highgain andefficiency, thelarger the patch thebetter the results. Ceramic patches, withtheirrighthandcircular polarization, have beenproven inthemarket as Ceramic Passive Patch Embedded UAV Antennas Patch Antenna Embedded Ceramic 2.4/5.8GHz Dual Band WDP.25 Model No. Passive Patch 25mm Patch GP.1575.25.4 Model No. CGGBP.25.4 Model No. Patch Antenna 25mm Embedded BeiDou GPS/GLONASS/ Op. Temp. Polarization Impedance Return Loss Efficiency Peak Gain Frequency Electrical Data Impedance Polarization Peak Gain VSWR Return Loss Band Width Cent. Freq. Electrical Data Impedance Impedance Zenith Gain VSWR Cent. Freq. Frequency Electrical Data 50Ω RHCP 1.55dBic typ. 1.2 Max ≤-10dB 10MHz min 1575.42MHz -40°C~+105°C Linear 50Ω ≤-19dB /≤-5dB 60%+ avg. 6dBi /8dBi 2400~2500MHz 50Ω GLONASS: GPS: BeiDou: . 2.5:1 Max 1582MHz GLONASS: 1602MHz GPS: 1575.42MHz BeiDou:1561.098MHz +3.5dBi typ. +1.5dBi typ. +2.5dBi typ Adhesive Adhesive Pin Op. Temp Dimensions Ground Plane Mechanical Data Mounting Dimensions Mechanical Data Adhesive Type Op. Temp. Pin Length Pin Diameter Material Dimensions Mechanical Data 0.12mm thick 2.4mm -40°C ~+85°C 25*25*4mm 50*50mm Pin &AdhesiveTape 25*25*4mm NITTO 5015 -40°C ~+85°C 1.65mm 0.9mm Ceramic 25*25*4mm Datasheet Datasheet Datasheet 209

UAV Embedded UAV Antennas Cable Dipole Antennas

The CBD range are omnidirectional cable dipole antennas that operate at 2.4GHz or 5.8GHz and are designed for ease of integration into UAVs. Remote control receivers usually need two separate antennas for receive diversity.

Model No. Electrical Data Mechanical Data CBD.01 Frequency 2400~2500MHz Dimensions 57mm, Ø: 4.7mm 2.4GHz Cable Radiation Pattern Omnidirectional Cable Length 100mm Dipole Peak Gain 3.24dBi Connector IPEX MHFI Efficiency 71.72% Weight 1.47g Impedance 50Ω Op. Temp. -40°C to +85°C Polarization Linear Input Power 2W Max Datasheet VSWR 2: 1 Max

Model No. Electrical Data Mechanical Data CBD.02 Frequency 5150~5850MHz Cable Dipole Dimensions 25mm, Ø: 4.7mm 5.8GHz Cable Radiation Pattern Omnidirectional Cable Length 100mm Dipole Peak Gain 3.94dBi Connector IPEX MHFI Efficiency 70.92% Weight 1.01g Impedance 50Ω Op. Temp. -40°C to +85°C Polarization Linear Input Power 2W Max Datasheet VSWR 2: 1 Max

Model No. Electrical Data Mechanical Data AJA.02 Frequency 2400~2500MHz Dimensions 8.8*13*194 mm Cipher 2.4GHz Peak Gain 5.38dBi Connector IPEX MHF Flexible Cable Efficiency 67.32 % IP Rating IP67 (enclosure only) Dipole Antenna Return Loss < -10dB Op. Temp. -40°C ~ +85°C with Integrated Impedance 50Ω Anti-Jamming Polarization Linear Out-of-Band Filter Max Input Power 10W Datasheet

Model No. Electrical Data Mechanical Data AJA.10 Frequency 5850~5925MHz Dimensions 8.8*13*176mm Cipher 5.8GHz Peak Gain -0.63dBi Connector IPEX MHFI (U.FL comp) Cable Dipole Efficiency 41.23 % Op. Temp. -40°C ~ +85°C Antenna with Return Loss < -10dB Integrated Impedance 50Ω Anti-Jamming Polarization Linear Out-of-Band Filter Max Input Power 10W Datasheet

210 these antennas are alsoextremely resistant to fracture uponimpact. developed for theUAV andautomotive industries. At over 30%lighter thantheir ceramic counterparts, Our patent-pending Wi-FiTerralast antenna range includeslightweight, polymer-based patches Low WeightHighImpact Resistant Drone Antennas Terrablast 2.4GHz Model No. Antenna 2.4 GHzPatch 25mm Embedded Terrablast WTSP.2400 Polarization Impedance Average Gain Efficiency Peak Gain Frequency Electrical Data 4.93dBi 2400~2500MHz RHCP 50Ω -2.07dBi. >60% Weight Op. Temp. Pin Length Pin Diameter Body Material Dimensions Mechanical Data 5.6g -40°C ~85°C 1.6mm 0.9mm Polymer 25*25*4mm Datasheet 211

UAV Terrablast Single Band GPS Low weight High Impact Resistant Antennas

Our Terrablast antenna range are patent pending, lightweight, polymer-based patches developed for the UAV and automotive industries. At over 30% lighter than their ceramic counterparts, these antennas are extremely resistant to fracture upon impact.

Model No. Electrical Data Mechanical Data GGBTP.35 Frequency 1575.42MHz Dimensions 35*35*3.72mm Terrablast GPS Return Loss -10dB Max Op. Temp. -40°C ~ +85°C Single Band Peak Gain 3.48dBi Pin Length 1.6mm Patch Antenna Impedance 50Ω Pin Diameter 0.9mm Polarization RHCP Rel. Humidity 40%~95% Efficiency 59% Op Temp. -40°C ~ +85°C Weight 9.7g Datasheet

212 your regional Taoglas facility. standards. For furtherinformation, orsupportto test andintegrate Taoglas Terrablast please technology contact All Terrablast antennas undergo rigorous temperature, vibration and impact tests andexceed thehighest ISO16750 technology whichresults inmuchlighter weight andwithstands greater impacts. to meet theuniqueneedsof theUAV andautomotive industries. Itusesapatent pendingantenna patch antenna with9mmthickness.Thispatch ismadefrom arevolutionary newmaterial developed The Taoglas GGBSFTP.45.9.A.08 isa45*45mmTerrablast GPS L1/L2/L5,embeddedstacked passive Passive Terrablast Patch Antennas GPS L1/L2/L5/Galileo/GLONASS/BeiDou Antenna Terrablast Patch CP Stacked Single Feed GLONASS, BeiDou GPS L1,2,5, GGBSFTP.45 Model No. Electrical Data Impedance Polarization Peak Gain Efficiency Return Loss Cent. Freq Frequency ≤-10dB ≤-10dB 1575.42 MHz GPS L1 50Ω RHCP 2.5dBi typ. 63% ≤-10dB 1227.6MHz GPS L2 50Ω RHCP 1.1dBi typ. 50% 50Ω RHCP -0.8dBi typ. 31% ≤-6dB 1176.45MHz GPS L5 Mechanical Data Op. Temp. Weight Pin Length Pin Diameter Material Dimensions -30°C ~+85°C 41.8g 1.7 mm 0.9 mm Terrablast 45*45*9mm Datasheet 213

UAV SATCOM

Iridium® satellite networks offer a truly global IoT service with the lowest latency in the industry - extending the value of intelligent data far beyond the 10% of the earth serviced by terrestrial networks.

Taoglas has developed a range of antennas that use the Iridium® satellite constellation for maritime, aeronautical, government/defense, public safety, utilities, oil/gas, mining, forestry, and transportation applications.

Certified by Iridium®, our Spartan STS.01 supports short burst data with a maximum mobile originated message size of 340 bytes and a maximum mobile terminated message size of 270 bytes. The STS.01 Spartan Iridium® transceiver consists of an advanced Taoglas Iridium® certified patch antenna and Iridium® 9602 transceiver with RS-232 interface, all enclosed in a robust, IP67 waterproof through-hole mount enclosure

For Iridium® certified patch antennas, our IP.25A provides a low profile, small footprint antenna solution, designed specifically to provide excellent coverage in the 1616.0 to 1626.5MHz range.

214 Please Contact Usfor anyassistance required. customer device andground-plane mounting.Taoglas can alsopre-test thewholedevice for Iridium®certification. Taoglas offers performance testing andverification, aswellacustom forthe tuningservice patch foraspecific has beenspecifically designed to provide excellent performance inthe1575.42 to 1626.5MHz range. footprint (25*25mm),singlefeed antenna designedfor combined Iridium®/GPS/GALILEO applications. It The Taoglas GPS/GALILEO/Iridium® CGIP.25 ceramic patch antenna isa low profile (4mm),small Iridium Ceramic PinPatch Antenna Embedded Satellite -Iridium Model No. CGIP.25.4 Ceramic PinPatch Iridium Satellite Embedded ® Satellite LLC istheowner of“Iridium®”and all other Iridium ® Certified Polarization Impedance Gain @Zenith Efficiency VSWR Average Gain Frequency Polarization Impedance Gain @Zenith Efficiency VSWR Average Gain Frequency Electrical Data ® trademarks, marks andlogos contained service herein. ® Certified RHCP 50Ω 5dBi typ. 75% typ. < 2 >-2 1575.42MHz GPS RHCP 50Ω 5dBi typ. 75% typ. < 1.5 >-2 1612MHz Iridium® Op. Temp. Pin Ground Plane Dimensions Mechanical Data -40°C ~+85°C 0.9 x1.65 70*70mm 25*25*4mm Datasheet 215

SATCOM External Satellite Iridium® Certified Spartan 3-in-1 -GPS/GLONASS, Cellular & Iridium®

The IAA.01 utilises the Taoglas expertise in ceramics by incorporating a ceramic patch tuned specifically for the antenna environment, giving greater stability. The antenna housing is strong, corrosive proof and waterproof to IP67. The magnetic mount allows for easy installation and removal between vehicles or assets, it is easily converted to an adhesive type for EVEN greater flexibility.

The IMA.01 Iridium Marine antenna is a high performance, durable, bracket mount antenna. The durable IP67 rated enclosure makes the IMA.01 the ideal solution for permanent marine installations. The antenna exhibits excellent efficiency, greater than 65% with the standard 1.0 meter CFD-200 coaxial cable.

Iridium® has certified the IAA.01 and IMA.01 antennas for commercial use in connection with the Iridium® Communications System.

Model No. Electrical Data Mechanical Data IAA.01 Frequency 1616~1626.5MHz Dimensions 41*38*12mm External Magnetic Peak Gain 3.7dBi Mounting Magnetic Mount VSWR 1.5 Max Cable* RG-174 Iridium® Antenna Return Loss ≤-21dB Connector* SMA(M) 1616~1626.5MHz Bandwidth 15MHz IP Rating IP67 Impedance 50Ω Op. Temp. -40°C~+85°C Polarization RHCP

Datasheet

Model No. Electrical Data Mechanical Data IMA.01 Frequency 1616~1626.5MHz Dimensions Ø: 108, H: 90mm External Magnetic Peak Gain 2dBi Mounting Magnetic Iridium® Antenna VSWR 1.5 Max Cable* 1M CFD-200 1616~1626.5MHz Return Loss ≤-21dB Connector* SMA(M) Bandwidth 15MHz IP Rating IP67 Impedance 50Ω Op. Temp. -40°C~+85°C Polarization RHCP

Datasheet

* Cable and Connectors are Customizable.

216 of 340bytes andamaximummobileterminated message size of270bytes. NoSIMcard required. Certified byIridium through-hole mountenclosure. antenna andanIridium The STS.01 Spartan Iridium Iridium Iridium® External Antennas External Satellite Iridium Model No. Antenna System Transceiver Spartan Iridium STS.01 ® Satellite LLC istheowner of“Iridium ® ® , theSTS.01 Spartan supports shortburst data withamaximummobileoriginated message size ® 9602transceiver interface, withRS-232 allenclosed inarobust, IP67waterproof ® ” andallother Iridium® trademarks, marksand logos contained service herein. ® transceiver consists of anadvanced Taoglas Iridium Power Regulation Interface Transceiver Electrical Data ® Transceiver Omnidirectional 5150~5900MHz Integrated Iridium®9602 *Available stripped orwithM12connector Op. Temp. IP Rating Connector Cable Mounting Enclosure Dimensions Mechanical Data ® certified patch -40°C ~+85°C IP67 andIP69K M12 Cable 115mm MultiConductor Thread Ø:30mm ABS-Polycarbonate Alloy Ø: 145mm,H:35mm Datasheet 217

SATCOM Combination Iridium® Antenna Spartan 3-in-1 -GPS/GLONASS, Cellular & Iridium®

The MA602 Spartan is a heavy-duty, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications.

Model No. Electrical Data Mechanical Data MA602 GPS/GLONASS/BeiDou Dimensions H: 40mm, Ø: 145 mm Spartan 3-in-1 Cent.Freq. 1575.42/1602MHz Enclosure Wonderloy PC-540, Permanent Mount Gain @ Zenith 3dBic/2dBic Min PC/ABS Alloy Combination Antenna Efficiency 73% Mounting Thread Ø: 30mm VSWR 1.92 Max Cable 1M RG-174 Polarisation Linear Connector SMA(M) Impedance 50Ω Nominal Op. Temp. -40°C~+85°C Return Loss 10dB Min IP Rating IP67 Gain @ 3.3V 29~30dB DC Power Input 3~5V

Cellular Frequency 824~2170MHz Cable 1M CFD-200 Avg. Gain ≥-5dB Connector SMA(M) Efficiency 64% VSWR ≤5.2 Polarization Linear Impedance 50Ω

Iridium® Frequency 1616~1626.5MHz Cable 1M CFD-200 Gain @ Zenith 3.5dBic Min Connector SMA(M) Efficiency 90% VSWR 1.92 Max Axial Ratio 4dB Max Polarization RHCP Datasheet Impedance 50Ω

218 transportation andremote monitoring applications. The MA410Storm isaheavy-duty, IP67waterproof external M2Mantenna for useintelematics, * Cableand Connectors are Customizable. Storm 4-in-1-GPS/GLONASS, Cellular&LBand Combination LBandAntenna Model No. Permanent Mount L Band1621MHz 2*LTE MIMO/ 4-in-1 GNSS/ Storm 4-in-1 MA410 Connector* Cable* Efficiency Gain Polarization Axial Ratio VSWR Satellite LBand1621MHz Connector* Cable* Polarization Impedance Return Loss Efficiency VSWR Average Gain Frequency LTE MIMO1&2 Impedance Return Loss Efficiency VSWR Axial Ratio Polarization Frequency GPS/GLONASS/BeiDou Electrical Data < 3.5 -3.15dBi avg.F63 3300~3600MHz 2490~2690MHz/ 1710~2170MHz/ 698~960MHz/ 50Ω ≤ 10dB >45% typ. < 2 GLONASS:< 10.6 BeiDou: <5.5GPS: <3.2 RHCP 3300~3600MHz 2490~2690MHz/ 1710~2170MHz/ 698~960MHz/ SMA(M) 1m CFD-200 >40% 2dBi typ. RHCP < 1.7 < 2 SMA(M) 1m CFD-200 Linear 50Ω 8.8dB typ. >51% avg. Connector* Cable* Connector * Cable* Op. Temp. IP Rating Weight Base &Thread Connector Cable Enclosure Dimensions Mechanical Data SMA(M) 1M CFD-200 SMA(M) 1M CFD-200 -40°C ~+85°C IP67 440g Nickel Plated Aluminium SMA(M) 1M RG-174 PC/ABS Alloy 216*93*31mm Datasheet 219

SATCOM Embedded Satellite - Globalstar Antenna Ceramic Pin Patch Antenna

Globalstar is a low earth orbit satellite constellation for satellite phone and low speed data communications. Globalstar can be used in remote areas beyond the reach of cellular and landline telephone services.

The SP.1615.25 is a miniaturized 25mm square ceramic patch antenna, mounted via pin and double-sided adhesive and is the optimal embedded antenna solution for mobile Globalstar applications.

Model No. Electrical Data Mechanical Data SP.1615.25 Frequency 1615.68MHz Dimensions 25*25*4mm Globalstar 25mm 1615MHz Peak Gain 4dBi Mounting Double Coated Adhesive 3dBi Embedded VSWR 1.5 Max Connector SMA(F) Ceramic Patch Antenna Bandwidth 26MHz Min Impedance 50Ω Polarization LHCP Datasheet Op. Temp. -40°C~+105°C

220 Your regional Taoglas salesoffice can helpyouidentifythebest patch antenna for yourspecific SDARS application. For furtheroptimization to customer-specific device environments, custom tuned patch antennas can besupplied. new vehicles. characteristics makingthemcompatible withthemost popularsatellite radio services available inmany (SDARS). Theyfeature left-hand circular polarization, low in-band axial ratio, andhave excellent gain This Taoglas seriesof patch antennas are designedfor usewithSatellite Digital Audio Radio Services Ceramic PinPatch Antennas Digital Audio Radio Services (SDARS) Antennas Patch Antenna 2320 ~2345MHz 4mm Height Low profile - System (SDARS) Audio Radio Satellite Digital Standard 25mm SXP.25.4 Patch Antenna 2320 ~2345MHz System (SDARS) Audio Radio Satellite Digital Standard 22mm SXP.22.4 Patch Antenna 2320 ~2345MHz System (SDARS) Audio Radio Satellite Digital Standard 18mm SXP.18.4 Model No. Model No. Model No. Axial Ratio Polarization Impedance Efficiency Zenith Gain Return Loss Cent. Freq. Frequency Electrical Data Polarization Impedance Efficiency Zenith Gain Return Loss Cent. Freq. Frequency Electrical Data Polarization Impedance Efficiency Zenith Gain Return Loss Cent. Freq. Frequency Electrical Data <3 @Zenith LHCP 50Ω XM: 85.8% SIRIUS: 79.7% XM: +5.69dBiCtyp. SIRIUS: +5.48dBiCtyp. XM: -10dBMax SIRIUS: -10dBMax 2332.5MHz ±12.5MHz XM: 2338.75MHz±6.25MHz SIRIUS: 2326.25MHz±6.25MHz LHCP 50Ω XM: 89% SIRIUS: 88% XM: +5.9dBiCtyp. SIRIUS: +5.8dBiCtyp. XM: -10dBMax SIRIUS: -10dBMax 2332.5MHz ±12.5MHz XM: 2338.75MHz±6.25MHz SIRIUS: 2326.25MHz±6.25MHz LHCP 50Ω XM: 87% SIRIUS: 83% XM: +5.6dBiCtyp. SIRIUS: +4.9dBiCtyp. XM: -10dBMax SIRIUS: -10dBMax 2332.5MHz ±12.5MHz XM: 2338.75MHz±6.25MHz SIRIUS: 2326.25MHz±6.25MHz Ground Plane Material Mounting Dimensions Mechanical Data Op. Temp. Weight Pin Length Pin Diameter Ground Plane Material Mounting Dimensions Mechanical Data Op. Temp. Weight Pin Length Pin Diameter Ground Plane Material Mounting Dimensions Mechanical Data Op. Temp. Weight Pin Length Pin Diameter 70*70mm Ceramic Pin andAdhesiveTape 18*18*4mm -40°C~+85°C 5.6g 1.6mm 0.9mm 70*70mm Ceramic Pin andAdhesiveTape 25*25*4mm -40°C~+85°C 6.9g 1.7mm 0.9mm 70*70mm Ceramic Pin andAdhesiveTape 22*22*4mm -40°C~+85°C 4.9g 1.7mm 0.9mm 221

SATCOM NFC

Any device implementing one of our NFC solutions can communicate to a cellphone using NFC. By implementing NFC, you open your device up as a mobile payment terminal.

The FXR.05.A and FXR.07.A are circular, flexible NFC antennas for use in mobile devices and other applications. This design is matched for optimal performance with typical NFC chipsets. The design provides a flexible NFC antenna that can be adhered to the plastic enclosure of the device for easy installation.

NFC antennas can be applied in areas not traditionally available to other types of antennas. A common example is adhering NFC antennas to batteries or other conductive surfaces. To enable this usage, a ferrite flux director layer is required. This ferrite layer acts to steer the magnetic flux away from the metal or other conductor, where it would otherwise result in loss or complete failure to communicate.

Our FXR.06.A is a square form factor version, and FXR.08.A a rectangular form factor each for different size requirements. We also have versions of the FXR.06/07/08 with a ferrite flux director added, which improves the interrogation distance when adhering the antenna on metal.

The Radius NFR series includes a range of external bracket mount NFC antennas for use with NFC readers.

222 Using aferrite layer willresult inextended range of communication. ferrite fluxdirector to provide isolation from the battery or other components withinthedevice. NFC antennas are commonly attached to thebattery of mobiledevices andcan becustomized witha Flex Polymer SMDAntennas Embedded SMDNFC Antennas Antenna Communications Near-Field Square Flexible FXR.06.A Model No. Antenna Communications Flexible Near-Field FXR.05.A Model No. Antenna Communications Near-Field Rectangular Flexible FXR.08.A Model No. Antenna Communications Near-Field Flexible FXR.07.A Model No. Inductance Polarization Frequency Electrical Data Inductance Polarization Frequency Electrical Data Inductance Polarization Frequency Electrical Data Inductance Polarization Frequency Electrical Data 5.2 µH Linear 13.56MHz 15.9 µH Linear 13.56MHz 4.5 µH Linear 13.56MHz 6.4 µH Linear 13.56MHz Op. Temp. Weight Adhesive Mounting Dimensions Mechanical Data Adhesive Op Temp. Weight Mounting Dimensions Mechanical Data Op. Temp. Weight Adhesive Mounting Dimensions Mechanical Data Adhesive Op Temp. Weight Mounting Dimensions Mechanical Data -40°C~+85°C 813mg 3M 467 Peel andStick Adhesive 47*47*0.24mm 3M 467 -40°C~+85°C 202mg Peel andStick Adhesive Ø: 26*0.24mm -40°C~+85°C 582mg 3M 467 Peel andStick Adhesive 53*37*0.24mm 3M 467 -40°C~+85°C 632mg Peel andStick Adhesive Ø: 46*0.24mm Datasheet Datasheet Datasheet Datasheet

223

NFC Embedded SMD NFC Antennas Flex Polymer SMD Antennas

Model No. Electrical Data Mechanical Data FXR.06.A.dg Frequency 13.56MHz Dimensions 47*47*0.3mm Square Flexible Polarization Linear Mounting Peel and Stick Adhesive Near-Field Inductance 5.2 µH Adhesive 3M 467 Communications Weight 2g Antenna Op. Temp. -40°C~+85°C Layered with ferrite flux director Datasheet

Model No. Electrical Data Mechanical Data FXR.07.A.dg Frequency 13.56MHz Dimensions Ø: 46*0.24mm Flexible Near-Field Polarization Linear Mounting Peel and Stick Adhesive Communications Inductance 6.4 µH Weight 2g Antenna Op Temp. -40°C~+85°C Layered with ferrite Adhesive 3M 467 flux director

Datasheet

Model No. Electrical Data Mechanical Data FXR.08.A.dg Frequency 13.56MHz Dimensions 53*37*0.3mm Square Flexible Polarization Linear Mounting Peel and Stick Adhesive Near-Field Inductance 4.5 µH Adhesive 3M 467 Communications Weight 2g Antenna Op. Temp. -40°C~+85°C Layered with ferrite flux director Datasheet

224 Flex Polymer SMDAntennas Embedded NFC Antennas, withCable&Connector

FXR.05 Communications Flexible Near-Field FXR.01.A Model No NFC Antenna FXR.08.52.0075X.A Model No NFC Antenna FXR.07.52.0075X.A Model No NFC Antenna FXR.05.52.0075X.A Model No Reader Antenna NFC Antenna FXR.06.52.0075X.A Model No Inductance Frequency Electrical Data Induction Frequency Electrical Data Inductance Frequency Electrical Data Impedance Polarization Frequency Electrical Data Induction Frequency Electrical Data 15.9 13.56MHz 50Ω Linear 13.56MHz 4.5 µH 13.56MHz 6.4 µH 13.56MHz 5.2 µH 13.56MHz Op. Temp. Adhesive Mounting Dimensions Mechanical Data Op. Temp. Adhesive Cable Connector Mounting Dimensions Mechanical Data Op. Temp. Adhesive Cable Connector Weight Dimensions Mechanical Data Op. Temp. Adhesive Cable Connector Weight Dimensions Mechanical Data Op. Temp. Adhesive Cable Connector Weight Dimensions Mechanical Data -40°C~+85°C 3M 467 Peel andStick Adhesive 31*26.4*0.24mm -40°C~+85°C 3M 467 Ø1.13mm MIni-Coax MHFI (U.FL compatible) Peel andStick Adhesive 53*37*0.3mm -40°C~+85°C 3M 467 Pair 28AWG 75mm Twisted ACH (F) 3g 53*37*0.3mm -40°C~+85°C 3M 467 28AWG 75mm Twisted Pair ACH (F) 2g 50*46*0.3mm -40°C~+85°C 3M 467 28AWG 75mm Twisted Pair ACH (F) 2g 53*37*0.3mm Datasheet Datasheet Datasheet Datasheet Datasheet 225

NFC Embedded SMD NFC Antennas, with Cable & Connector Polymer SMD Antennas

Our NFC antenna range also come with 75mm twisted pair 28AWG cable and JST connector. They can work with specific NFC chips which need to connect via JST ACH connector. Taoglas NFC antennas can also be customized with flux director layers to enable flexibility in usage on batteries or other conductive surfaces. Typical applications include: mobile devices, payment readers, healthcare ID scanners and access control applications.

A ferrite layer acts to steer the magnetic flux away from metal or other conductors, where it would otherwise result in loss or complete failure to communicate. The coil inductance noted below can help estimate a capacitance value for creating resonance at 13.56MHz.

Model No Electrical Data Mechanical Data FXR.05.52.0075X.A.dg Frequency 13.56MHz Dimensions 31*26.4*0.24mm NFC Antenna with Inductance 15.9 Mounting Peel and Stick Adhesive ferrite flux director Adhesive 3M 467 Op. Temp. -40°C~+85°C

Datasheet

FXR.05

Model No Electrical Data Mechanical Data FXR.07.52.0075X.A.dg Frequency 13.56MHz Dimensions 53*37*0.3mm NFC Antenna with Induction 5.2 µH Weight 2g ferrite flux director Connector ACH (F) Cable 75mm Twisted Pair 28AWG Adhesive 3M 467 Op. Temp. -40°C~+85°C

Datasheet

Model No Electrical Data Mechanical Data FXR.08.52.0075X.A.dg Frequency 13.56MHz Dimensions 53*37*0.3mm NFC Antenna with Induction 4.5 µH Weight 3g ferrite flux director Connector ACH (F) Cable 75mm Twisted Pair 28AWG Adhesive 3M 467 Op. Temp. -40°C~+85°C

Datasheet

226 resistant, high-impact-resistant, UV-stabilized ASAenclosure. For robust performance inoutdoor applications, theseantennas andmountingbracket are protected byaheat- Contactless Payment, RFID&Security. This designismatched for optimal performance withtypical NFC chipsets. Applications include, environments. Thisenablesyour device to execute point-to-point data transmission withoutcontact. for usewithareader. TheirIP67waterproof characteristics can beusedfor anyoutdoor andindoor Taoglas NFRSeriesare arange of external bracket mountNFC (Near FieldCommunication) antennas Bracket MountNFC Antennas External NFC Antennas Connector with ACH NFC Antenna Bracket Mount Radius External NFR. Model No Connector with ACH NFC Antenna Bracket Mount Radius External NFR.0 Model No Connector with RJ45 NFC Antenna Bracket Mount Radius External NFR.01 Model No 03 2 Frequency Electrical Data Frequency Electrical Data Frequency Electrical Data 13.56MHz 13.56MHz 13.56MHz Mechanical Data Op. Temp. IP Rating Cable Connector Mounting Dimensions Mechanical Data Op. Temp. IP Rating Cable Connector Mounting Dimensions Mechanical Data Op. Temp. IP Rating Cable Connector Mounting Dimensions -40°C~+85°C IP67 5 MTwisted Pair 28AWG ACH(F) w/Teflon Peel andStick Adhesive 75x75x27.9mm -40°C~+85°C IP67 5 MTwisted Pair 28AWG ACH(F) Peel andStick Adhesive 75*75*27.9mm -40°C~+85°C IP67 1M Ethernet RJ45 Jack Peel andStick Adhesive 75*75*28mm Datasheet Datasheet Datasheet 227

NFC FirstNet

First responders, AT&T, and the first responder network authority have come together to build FirstNet, a dedicated communications tool created for and public safety also known as Band 14.

Under the contract with the U.S. government, the group led by AT&T will build, operate and maintain a new nationwide communications network, providing high-speed wireless communications for public safety agencies and personnel. The network will be protected against unauthorized intrusion and strong enough to withstand disasters that might damage other communications systems. Emergency workers will be able to preempt other users’ traffic on the network, and will be able to send and receive as much data as they need to during their emergency work.

Taoglas offers a range of FirstNet Ready Antennas including our Hercules Response 2-in-1 GPS/ Galileo & First Net Permanent Mount Antenna, and our FMA459 Storm Response 5-in-1 Permanent Mount Antennas. Also included are our our FMA253 Sentinel Response Adhesive Mount 2-in-1 GNSS & FirstNet Antenna, the smallest high performance solution in the market, with higher efficiency and wider bandwidth to cover emerging LTE bands.

Our Guardian Response is the first panel antenna worldwide designed for IoT Gateway and Router devices. It is a low profile 6-in-1 wall and adhesive mount antenna. It is a heavy-duty, IP67 waterproof external M2M antenna for use by RF professionals in IoT Gateway and Routers, HD Video Streaming, Transportation and Remote Monitoring Applications. The GuardianX Response 9-in-1 is also a good solution featuring 8 LTE and 1 GNSS and is a popular antenna for first responders. .

The Taoglas Synergy Response is a 9-in-1 next generation permanent mount antenna for vehicle roof applications. It has a IP67 rated waterproof robust ABS enclosure and base. This outstanding antenna delivers powerful MIMO antenna technology for LTE, Wi-Fi 2.4/5.8GHz 802.11n and the emerging 802.11ac, and an optimized GPS/GLONASS/BeiDou patch antenna for location.

The Raptor III Response is operates at the lower 462-467 frequency and therefore is a popular antenna for FirstNet applications serving also AM/FM frequencies as well as LTE Band 14.

228 housing isresistant to vandalism anddirect attack. At only monitoring andpublicsafety. Durable UVandrobust PC Antenna solutionfor reliable asset tracking, remote includes coverage onthe FirstNet, Band14frequency. performance GPS/GALILEO andanLTE antenna that Combination Antenna isacombination high The Hercules FMA103GPS/GALILEO &FirstNet Hercules Series-GPS/Galileo &First Net Permanent MountAntenna FirstNet Permanent Mount2-in-1 you regional Taoglas SalesOffice for more information. inside. Cablesandconnectors are fullycustomizable, contact structures asithasametal ground-plane base integrated The Hercules can bemounted onmetal ornon-metal diameter of49mm. restrictions directives for roof-mounted objects, witha 29 mmheightitcomplies withthelatest EUheight * Cableand Connectors are Customizable. Antenna Permanent & First Net GPS/Galileo Hercules FMA103 Model No. Total Gain VSWR Frequency GPS/Galileo Input Power Polarization Impedance VSWR Frequency Electrical Data Axial ratio Polarization Impedance 3.0dB Max RHCP 50Ω 30dB typ. 2.0 Max 1575.42MHz 10W Max Linear 50Ω <3.5.0:1 3G: DCS: PCS: GSM: AMPS:

1920 –2170MHz 1710-1880MHz 1850-1990MHz 880-960MHz 824-896MHz Op. Temp. IP Rating Enclosure Base andthread Mounting Dimensions Mechanical Data -40°C ~+85°C IP67 &IP69K UV resistant PC Nickel plated steel Thread Ø:18mm H: 29mm,Ø:49mm Datasheet 229

FirstNet FirstNet Adhesive Mount 2-in-1 Sentinel - Adhesive Mount 2-in-1 GNSS & FirstNet Antenna

The FMA253 Sentinel 2in1 FirstNet and GPS/GLONASS/GALILEO/BeiDou L1 Antenna is an omnidirectional, IP67 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications worldwide. It is designed to be mounted directly on glass or plastic in the interior of vehicles.

It is the smallest high performance solution in the market, 50% smaller than the previous generation, with higher efficiency and wider bandwidth to cover emerging LTE bands. Its performance is comparable with much larger permanent roof mount antennas and now offers a convenient and economical alternative in-cabin mounting solution.

Model No. Electrical Data Mechanical Data FMA253 LTE/FirstNet Dimensions 139*76*14mm Sentinel 2-in-1 Frequency 698~803MHz/ Enclosure ABS 1*FirstNet(Band 14) Antenna 703~803MHz/ Cable** 2M CFD-200 1*GPS/GLONASS/Galileo/BeiDou 824~894 MHz/ Connector** SMA(M) ST Active Antenna 880~960 MHz/ Weight 280g 1710~1880 MHz/ IP Rating IP67 1850~1990 MHz/ 1920~2170 MHz/ 2305 ~2360 MHz/ 2490~2690 MHz/ 3400 ~3600 MHz/ Impedance 50Ω Polarization Linear Return Loss < -6dB Input Power 5W

GPS/GLONASS/Galileo/BeiDou Cent. Freq. GPS/Galileo: 1575.42MHz GLONASS: 1602MHz BeiDou: 1561.098MHz Efficiency* GPS/Galileo: 65.86% GLONASS: 75.07% BeiDou: 62.2% Peak Gain* GPS/Galileo: 3.03dBi GLONASS: 4.22dBi BeiDou: 1.7dBi Impedance 50Ω Polarization RHCP Return Loss < -6dB Axial Ratio GPS/Galileo: 12.48 GLONASS: 20.6 BeiDou: 8.97 VSWR < 3:1 Datasheet Input Power 5W

* In Free Space. ** Cable and Connectors are Customizable.

230 Storm LTE Series- +FirstNet +Wi-FiMIMO*2 +GNSS FirstNet Permanent Mount5-in-1 enable highthroughput Wi-Fispeeds. covers legacy 3Gand2Gbands for devices that fallback where 4Gisunavailable. Dual-band MIMOWi-Fiantennas plusGPS-GLONASS/Galileo/BeiDoutechnology &FirstNet for next generation location accuracy. Theantenna also Thisuniqueproduct, attypically only31mmhigh,deliverspowerfulworldwide 4GLTE 80mm+inheight. antenna Until thearrival oftheStorm, in highefficiency achieving LTE andWi-Fi required theuseoflarge domeantennas GNSS, andWi-Fiperformance. antenna for useinworldwide telematics andIoT applications whichrequire best inclassLTE, FirstNet, The Storm FMA459antenna isaworld first, a5-in-1low profile, heavy-duty, IP67 waterproof external * Cableand Connectors are Customizable. Permanent MountAntenna LTE +FirstNet +Wi-FiMIMO*2 +GNSS Storm 5-Iin-1 FMA459 Model No. VSWR Polarization Impedance Peak GainMIMO2 Peak GainMIMO1 MIMO2 Efficiency MIMO1 Efficiency Frequency Wi-Fi VSWR Input Power Axial Ratio Return Loss Polarization Impedance Peak Gain Efficiency Cent. Freq. GNSS VSWR Polarization Impedance Frequency LTE/FirstNet Electrical Data BeiDou: 1.7dBi GLONASS: 4.22dBi GPS/Galileo: 3.03dBi GLONASS:32% GPS/Galileo: 27% BeiDou: 32% BeiDou:1561.098MHz GLONASS: 1602MHz GPS/Galileo: 1575.42MHz <3 Linear 50Ω 3300~3600MHz 2490~2690 MHz/ 1920~2170 MHz/ 1850~1990 MHz/ 1710~1880 MHz/ 880~960 MHz/ 824~894/ 698~803MHz/ <3 Linear 50Ω 2.98dBi 4.17dBi 47.85% 47.34% 2.4~2.5GHz 2.4GHz < 2:1 5W BeiDou: <17.03 GLONASS: <12.33 GPS/Galileo: <12.48 10dB Min. RHCP 50Ω 5.59dBi 4.88dBi 28.80% 32.06% 4.9~5.85GHz 5.8GHz Connector* Cable* Connector* Cable* Base andthread Connector* Cable* Op. Temp. IP Rating Enclosure Weight Dimensions Mechanical Data SMA(M) ST 1M RG-316 SMA(M) ST 1M RG-316 Nickel Plated Aluminum SMA(M) ST 1M RG-316 -40°C~+85°C IP67 PC/ABS Alloy 1120g 216*93*30mm Datasheet 231

FirstNet FirstNet Wall & Adhesive Mount 5-in-1 Antenna Guardian Series - FirstNet+GNSS+ LTE + Wi-Fi MIMO*2

The FMA959 Guardian is a next generation combination antenna. The first panel antenna worldwide designed for IoT Gateway and Router devices. It is a low profile 5-in-1 wall and adhesive mount antenna.

This heavy-duty, IP67 waterproof external M2M antenna can be used by RF professionals in IoT Gateway and Routers, HD Video Streaming, Transportation and Remote Monitoring Applications This antenna delivers powerful technology for worldwide 4G LTE bands at 698-960MHz/1710-2170MHz/2490-2690MHz/3300- 3600MHz bands, FirstNet band 14, dual-band 2.4/5.8GHz Wi-Fi, plus GPS/GLONASS/ Galileo/BeiDou for location accuracy.

Model No. Electrical Data Mechanical Data FMA959 LTE/FirstNet Dimensions 146*134*20mm Guardian 5-in-1 Frequency 698~803MHz/ Enclosure ASA 1* FirstNet(Band 14) 824~960MHz/ Cable* 1M KSR 200-P 1*LTE 698-960MHz/ 1710~2170MHz/ Connector* SMA(M) ST 2* Wi-Fi MIMO 2.4GHz/5.8GHz 1850 ~1990MHz/ Weight 640g 1* GPS-GLONASS-Galileo-BeiDou 1920~2170MHz/ IP Rating IP67 2490~2690MHz/ Op temp. -40°C~+85°C 3300~3600MHz Adhesive 3M 1600TB Efficiency 57.03% avg. Efficiency 58.39% avg. Peak Gain 3.72dB avg. Peak Gain 3.96dB avg. Impedance 50Ω Polarization Linear VSWR < 3

Wi-Fi 2.4GHz 5.8GHz Frequency 2.4-2.5GHz 4.9-5.85GHz Cable* 1M KSR-200-P Efficiency MIMO 1 57.73% 48.06% Connector* RP-SMA(M) Efficiency MIMO 2 44.09% 47.04% Peak Gain MIMO 1 4.35dBi 4.84dBi Peak Gain MIMO 2 2.94dBi 5.70dBi Impedance 50Ω Polarization Linear VSWR < 3

GNSS Cent. Freq. GPS: 1575.42MHz Cable* 1M RG-174 GLONASS: 1602MHz Connector* SMA(M) BeiDou: 1561.098MHz Efficiency GPS: 48% GLONASS: 57% BeiDou: 63% Peak Gain BeiDou: 3dBi GPS: 1.98dB GLONASS: 3.01dBi VSWR 3:1 Max Impedance 50Ω Axial Ratio GPS: <14.02 GLONASS: <5.9 BeiDou:<9.7 Return Loss 10dB Min Impedance 50Ω Datasheet VSWR < 2:1

* Cable and Connectors are Customizable.

232 Guardian FirstNet+GNSS+ Series- LTE +Wi-FiMIMO*3 FirstNet Wall &Adhesive Mount6-in-1 * Cableand Connectors are Customizable. 3G and2G Worldwide 4GBandsincluding 3*Wi-Fi MIMO2.4GHz/5.8GHz 1* FirstNet Band14 3300-3600MHz 1710-2170MHz/ 2490-2690MHz/ 1*LTE 698-960MHz/ 1*GPS/GLONASS/Galileo/BeiDou Guardian 6-in-1 FMA939 Model No. a singleantenna. accuracy, enabling designersto cover awiderange oftechnologies byinstalling dual-band 2.4/5.8GHzWi-Fi,plusGPS/GLONASS/Galileo/BeiDou for location 4G LTE bands at 698-960MHz/1710-2170MHz/2490-2690MHz/3300-3600MHz, Monitoring Applications. Deliveringpowerfulantenna for worldwide technology in IoT Gateway andRouters, HDVideoStreaming, Transportation andRemote A heavy-duty, IP67waterproof external M2Mantenna for usebyRFprofessionals devices. Itisalow profile 6-in-1 wall andadhesive mountantenna. first panel antenna worldwide designed for IoT Gateway and Router The FMA939Guardian isanext generation combination antenna. The VSWR Impedance Return Loss Axial Ratio Impedance VSWR Peak Gain Efficiency Cent. Freq. GNSS VSWR Polarization Impedance Peak GainMIMO2 Peak GainMIMO1 MIMO2 Efficiency MIMO1 Efficiency Frequency Wi-Fi VSWR Polarization Impedance Peak Gain Peak Gain Efficiency Efficiency Frequency LTE/FirstNet Electrical Data < 2:1 50Ω 10dB Min BeiDou:<9.7 GLONASS: <5.9 GPS: <14.02 50Ω 3:1 Max GLONASS: 3.01dBi GPS: 1.98dB BeiDou: 3dBi BeiDou: 63% GLONASS: 57% GPS: 48% BeiDou: 1561.098MHz GLONASS: 1602MHz GPS: 1575.42MHz < 3 Linear 50Ω 2.94dBi 4.35dBi 44.09% 57.73% 2.4-2.5GHz 2.4GHz < 3 Linear 50Ω 3.96dB avg. 3.72dB avg. 58.39% avg. 57.03% avg. 3300~3600MHz 2490~2690MHz/ 1920~2170MHz/ 1850 ~1990MHz/ 1710~1880MHz/ 880~960MHz/ 824~894MHz/ 698~803MHz/ 5.70dBi 4.84dBi 47.04% 48.06% 4.9-5.85GHz 5.8GHz Connector* Cable* Connector* Cable* Adhesive Op temp. IP Rating Weight Connector* Cable* Enclosure Dimensions Mechanical Data SMA(M) 1M RG-174 RP-SMA(M) 1M KSR-200-P 3M 1600TB -40°C~+85°C IP67 438g SMA(M) ST 1M KSR200-P ASA 146*134*20mm Datasheet 233

FirstNet FirstNet 4G/3G/2G Terminal Mount Series Shockwave - Terminal Robust Antenna

The Shockwave range offers superior performance over Widebands compared to more traditional whip antennas and is especially suitable for cellular applications.

The permanent mount, fully waterproof Shockwave range are robust external 4G/3G/2G antennas with efficiencies of up to 95%, a minimum peak gain of 2.5dBi and stable radiation patterns over low angles. It’s an obvious choice for cellular applications such as public safety, HD video streaming, utilities and Smart Cities, fleet management and agriculture. The range is IP67 and IP69K resistant against high pressure water jets, making it perfect for indoor or harsh outdoor environments.

Model No. Electrical Data Mechanical Data FNS.01.1F11 Working Freq. 698~960/ 1575.42/1710 Dimensions H: 79mm Ø: 42mm Shockwave to 2700MHz Enclosure ABS 4G/3G/2G Radiation Pattern Omnidirectional Weight 270g FirstNet Peak Gain <3dBi avg Cable 3m CFD-200 and GPS Antenna Polarization Vertical Connector SMA(M) Permanent Mount Impedance 50Ω Op. Temp. -40°C ~ +85°C N Type(M) Return Loss <-10dB Max IP Rating IP67 and IP69K connector Max Input 100W Efficiency up to 77%* Datasheet Efficiency *on 30*30cm ground plane

Model No. Electrical Data Mechanical Data FNS.01.30WW111 Working Freq. 698~960/ 1575.42/1710 Dimensions H: 79mm Ø: 42mm Shockwave to 2700MHz Enclosure ABS 4G/3G/2G Radiation Pattern Omnidirectional Weight 130g FirstNet Peak Gain <3dBi avg. Connector N type (M) and GPS Antenna Polarization Vertical Op. Temp. -40°C ~ +85°C 3M CFD-200 Impedance 50Ω IP Rating IP67 and IP69K SMA(M) Return Loss <-10dB Max Max Input 100W Efficiency up to 95%* Datasheet *on 30*30cm ground plane

*On 30*30cm ground plane.

234 or formed into asingleblock(inthecase ofmonoblock ceramic dielectrics). Theseoffer Highpower- either strung together inserieswithcoupling capacitors (inthecase ofdiscrete ceramic dielectrics) Ceramic Dielectric Filters are constructed ofceramic resonators dimensions,whichcan ofvarying be Low Temperature Co-fired Ceramic (LTCC) filters and Coaxial Filters Taoglas filter technologies include;Ceramic Dielectric Filters (discrete andmonoblock), integration withexternal components. Our filters are typically designedassurface mount components, butmany can be packaged for meet most RFneeds. low pass, band pass, notch, anddiplex filters manufactured usinga range offilter technologies to productstechnology optimized to meet theneedsofwireless device designers. Weoffer high pass, Taoglas hasleveraged ourextensive RFexperience andmaterials expertise to create alineoffilter Ceramic Filters team for more information. Custom filter solutions can alsobeprovided. Please donot hesitate to contact our customer service small footprint andgood insertionloss. as asinglesurface mountceramic chipcomponent. These filters offer a low cost filter optionwitha Low-Temperature Co-fired Ceramic (LTCC) Filter allows miniature LC filter circuits to be constructed good stopband performance handling capability withgood insertionlossinadditionto configurable transition band roll-off and 235

Filters Dielectric Band Pass Filters High Quality, Small-form-factor, Cost-Effective RF Filters

Model No. Electrical Data Mechanical Data DBP.2450.X.A.30 Cent. Freq. 2450MHz Dimensions 7.2*6.3*3mm Dielectric Band 3dB Bandwidth 100MHz Material Ceramic Pass Filter for Insertion Loss 2.0dB Max Finish Ag plated 2450MHz Return Loss < -10dB Op. Temp. -40°C~+85°C Attenuation > 40.0dB @ 0~2000MHz > 30.0dB @ 2000~ 2200MHz > 25.0dB @ 2700~2900MHz > 15.0dB @ 2900~5000MHz In/Out Impedance 50Ω Datasheet Power Dissipation 1.0 W min

Model No. Electrical Data Mechanical Data DBP.433.T.A.30 Cent. Freq. 433.92MHz Dimensions 10.*7.45*3.7mm Dielectric Band 3dB Bandwidth 10MHz Material Ceramic Pass Filter for Insertion Loss 3.0dB Max Finish Ag plated 433MHz Return Loss < -10dB Op. Temp. -40°C~+85°C Passband Ripple 0.5dB Max Attenuation > 45.0dB @ 0~390MHz > 17.0dB @ 390~410MHz > 14.0dB @ 468~480MHz > 20.0dB @ 2900~5000MHz In/Out Impedance 50Ω 480MHz ~1 GHz Datasheet Power Dissipation 1.0 W min

Model No. Electrical Data Mechanical Data DBP.868.U.A.30 Cent. Freq. 868MHz Dimensions 9.0*7.3*3.65mm Dielectric Band 3dB Bandwidth 4MHz Material Ceramic Pass Filter for Insertion Loss 3.0dB Max Finish Ag plated 868MHz Return Loss < -10dB Op. Temp. -40°C~+85°C Passband Ripple 0.5dB Max Attenuation > 30.0dB@ 0~800MHz

> 24.0dB @ 800~824MHz > 30.0dB@ 912~950MHz > 45.0dB @ 950~2GHz In/Out Impedance 50Ω 480MHz ~1 GHz Datasheet Power Dissipation 1.0 W min

236 High Quality, Small-form-factor, Cost-Effective RFFilters Dielectric BandPass Filters 1575MHz Pass Filter for Dielectric Band DBP.1575.W.A.30 Model No. 915MHz Pass Filter for Dielectric Band DBP.915.V.A.30 Model No. Power Dissipation In/Out Impedance Attenuation Passband Ripple Return Loss Insertion Loss 3dB Bandwidth Cent. Freq. Electrical Data Power Dissipation In/Out Impedance Attenuation Passband Ripple Return Loss Insertion Loss 3dB Bandwidth Cent. Freq. Electrical Data 0.5dB Max < -10dB 3.5dB Max 10MHz 1575.42MHz 1.0 Wmin 50Ω > 33.0dB@1~2GHz > 10.0dB@932~1GHz > 10.0dB@849~901MHz > 40.0dB@806~849MHz > 40.0dB@452~806MHz 0~452MHz > 55.0dB@ 0.7dB Max < -10dB 3.2dB Max 5MHz 915MHz 1.0 Wmin 50Ω > 25.0dB@2300~3000MHz > 45.0dB@1900~2300MHz > 35.0dB@1800~1900MHz > 30.0dB@1400~1500MHz > 45.0dB@100~1400MHz 100 ~1100MHz > 50.0dB@ Op. Temp. Finish Material Dimensions Mechanical Data Op. Temp. Finish Material Dimensions Mechanical Data -40°C~+85°C Ag plated Ceramic 8.7*6.0*3.0mm -40°C ~+85°C Ag plated Ceramic 5.8*5.1*2.8mm Datasheet Datasheet 237

Filters LTCC Low Pass Filters High Quality, Small-form-factor, Cost-Effective RF Filters

Model No. Electrical Data Mechanical Data LLP.2450.X.A.30 Cutoff Freq. 2450MHz Dimensions 1.6 x 0.8 x 0.6mm LTCC Low Pass Insertion Loss 3.2dB Max Material Ceramic Filter for 2450MHz Return Loss < -10dB Finish Ag plated Passband Ripple 0.5dB Max Op. Temp. -40°C~+85°C Attenuation > 35dB @ 4800~5000MHz > 24dB @ 5000~8000MHz In/Out Impedance 50Ω Datasheet Power Dissipation 1.0 W min

Model No. Electrical Data Mechanical Data LLP.2500.X.A.30 Cutoff Freq. 2450MHz Dimensions 1.6 x 0.8 x 0.6mm LTCC Low Pass Insertion Loss 0.42dB Max Material Ceramic Filter for 2500MHz Return Loss < -14dB Finish Ag plated Passband Ripple 0.5dB Max Op. Temp. -40°C~+85°C Attenuation > 25dB @ 4800~5000MHz > 18dB @ 5000~8000MHz In/Out Impedance 50Ω Power Dissipation 1.0 W min Datasheet

Model No. Electrical Data Mechanical Data LLP.2500.X.B.30 Cutoff Freq. 2450MHz Dimensions 2.9 x 1.25 x 0.95mm LTCC Low Pass Insertion Loss 0.5dB Max Material Ceramic Filter for 2500MHz Return Loss < -10dB Finish Ag plated Passband Ripple 0.5dB Max Op. Temp. -40°C~+85°C Attenuation > 20dB @ 4500~5000MHz > 30dB @ 5000~8500MHz In/Out Impedance 50Ω Datasheet Power Dissipation 1.0 W min

Model No. Electrical Data Mechanical Data LLP.5875.Y.A.30 Cutoff Freq. 5512.5MHz Dimensions 2.0x1.25x0.95mm LTCC Low Pass Insertion Loss 0.6dB Max Material Ceramic Filter for 5875MHz Return Loss < -10dB Finish Ag plated Passband Ripple 0.5dB Max Op. Temp. -40°C~+85°C Attenuation > 15dB @ 7500MHz above In/Out Impedance 50Ω Power Dissipation 1.0 W min Datasheet

238 High Quality, Small-form-factor, Cost-Effective RFFilters LTCC Low Pass Filters Filter for 2450MHz LTCC BandPass LBP.2450.X.A.30 Model No. Filter for 2450MHz LTCC Band Pass LBP.2450.X.C.30 Model No. Filter for 2450MHz LTCC Band Pass LBP.2450.X.B.30 Model No. Filter for 5410MHz LTCC BandPass LBP.5410.Z.A.30 Model No. Power Dissipation In/Out Impedance Attenuation Return Loss Insertion Loss 3dB Bandwidth Cutoff Freq. Electrical Data Power Dissipation In/Out Impedance Attenuation Return Loss Insertion Loss 3dB Bandwidth Cutoff Freq. Electrical Data In/Out Impedance Attenuation Passband Ripple Return Loss Insertion Loss 3dB Bandwidth Cutoff Freq. Electrical Data Power Dissipation In/Out Impedance Attenuation Return Loss Insertion Loss 3dB Bandwidth Cutoff Freq. Electrical Data < 30dB@3600~8000MHz < 12dB@3000~63600MHz < 10dB@1200~2000MHz < 25dB@0~1300MHz < -10dB 1.5dB Max 100MHz 2450MHz 1.0 Wmin 50Ω > 15dB@6500~8000MHz > 25dB@4000~6500MHz > 25dB@1785~1910MHz > 30dB@0~1785MHz < -10dB 1.5dB Max 100MHz 2450MHz 50Ω > 15dB@5000~8000MHz > 25dB@4800~5000MHz > 25dB@1785~1910MHz > 30dB@0~1785MHz 0.5dB Max < -10dB 2.2dB Max 100MHz 2450MHz 1.0 Wmin 50Ω 1.0 Wmin 50Ω > 10dB@7500~8000MHz > 25dB@1000~4000MHz < -10dB 1.5dB Max 1020MHz 5410MHz Op. Temp. Finish Material Dimensions Mechanical Data Op. Temp. Finish Material Dimensions Mechanical Data Op. Temp. Finish Material Dimensions Mechanical Data Op. Temp. Finish Material Dimensions Mechanical Data -40°C~+85°C Ag plated Ceramic 1.6 x0.80.6mm -40°C~+85°C Ag plated Ceramic 2.0 x1.250.95mm -40°C~+85°C Ag plated Ceramic 2.0 x1.250.95mm -40°C~+85°C Ag plated Ceramic 2.0 x1.250.95mm Datasheet Datasheet Datasheet Datasheet 239

Filters Cable Assemblies

Taoglas supplies an extensive line of radio frequency (RF) coaxial cable assemblies, for use in wireless telecommunication applications for Wi-Fi, PCS, radio, computer networks, test instruments and antenna devices.

Custom cable assemblies are a specialty of our’s because we understand that each device/ application is different, and tailor a solution to your unique needs. Our products are put through rigorous QC testing procedures, ensuring that they are of the highest quality and within approved specifications.

Our process keeps you involved every step of the way. Our engineers work with your requirements to prepare a mechanical drawing of the assembly, which we then send to you for approval. Once you are happy with the outcome we can supply tested and approved custom samples within 3-4 weeks with our production lead-times being 5-6 weeks for most deliveries.

For further convenience, our online cable builder allows for a speedier, more streamlined solution to give you greater control during the ordering process.

Vsit our antenna builder at www.taoglas.com/antenna-builder or our cable builder at www.taoglas.com/cable-builder.

240 unique solution.Please contact usfor anyrequirements/advice you have/need. Custom cable assembliesare aspecialtyof ours, each device/application isdifferent,a which calls for Custom CableAssemblies Cable Assemblies part numberand quotation: to prepare adrawing, Here’s what we needfrom you the quantityisneeded connectors to each other & The orientation ofthe connectors) length excluding the (our drawing willreflect the connectors ornot to includethe - please mentionifthislengthis The lengthofcable needed sions end, theopen/strip/tin dimen – orifyourequire astripped The RFconnectors needed cable) GSC –uses0.81mmcoaxial connectors eg. Murata determined bythe required (sometimes thisis The typeofcoaxial cable

- 1 5 3 6 2 4 IPEX MHF1 IPEX 1.13 Nut Heat Shrink Tube Shrink Heat SMA(F) Bulk Head ST Head Bulk SMA(F) Washer Coaxial Cable Name are happywithourproposal, we to youfor approval. Whenyou andthensenditon of Assembly prepare aMechanical Drawing requirement ourengineers have contacted uswithyour step oftheway. Once you Our process involvesyouevery can supplytested andapproved RG-178 Connector IPEX MHF1 IPEX Connector Ø: 0.81 Brass Brass Brass Brass PE Jacket FEP Material A ALL RG-174 Gold Black Black Gold Gold Gold Finish Initial DesignInitial Ø: 1.13 QTY 1 1 1 1 1 1 specifications. quality andwithinapproved arethat ofthehighest they QC testing procedures, ensuring products are putthrough rigorous deliveries over100pieces. Our lead-times of5-6weeksfor 2 workingdayswithproduction custom sampleswithinaslittle as 1.All material must be RoHS compliant. must material 1.All NOTES: 3.The connectors have a fixed orientation 2.Open/short,insertion loss QC required. to each other. be copied or given to third parties without the written consent of Taoglas. consent written the without parties third to given copied or be This drawing and its inherent design concepts are property of Taoglas. Not to Not Taoglas. of property are concepts design inherent its and drawing This Connector SMA(F) Connector Kiwi TGC-200 Ø: 1.37 TW Design Centre 2011/7/4 241

Cable Assemblies Cable Assemblies Standard Cable Assemblies

Micro-Coaxial Cables Ø0.81 SMA(F) to... Description Photo Cable Length Part Number Murata GSC SMA(F) Bulkhead Straight to Murata GSC 95mm CAB.922

Orientation: Straight - R/A Ø0.81 Cable 200mm CAB.940

Murata HSC SMA(F) Bulkhead Straight to Murata HSC 100mm CAB.R01

Orientation: Straight - R/A Ø0.81 Cable 200mm CAB.R02

IPEX MHFIII SMA(F) Bulkhead Straight to IPEX MHFIII (W.FL comp) 96.4mm CAB.A02

Orientation: Straight - R/A Ø0.81 Cable

IPEX MHF4 SMA(F) Bulkhead Straight to IPEX MHF4 (HSC comp) 100mm CAB.S01

Orientation: Straight-R/A Ø0.81 Cable 200mm CAB.S02

Ø1.13 SMA(F) to... Hirose U.FL SMA(F) Bulkhead Straight to Hirose U.FL 100mm CAB.719

Orientation: Straight-R/A Ø1.13 Cable 200mm CAB.718

IPEX MHFI SMA(F) Bulkhead Straight to IPEX MHFI (U.FL comp) 95mm CAB.011

Orientation: Straight-R/A Ø1.13 Cable 200mm CAB.618.C

IPEX MHFI RP-SMA(F) Bulkhead Straight to IPEX MHFI (U.FL comp) 95mm CAB.628

Orientation: Straight-R/A Ø1.13 Cable 200mm CAB.622

Ø1.32 SMA(F) to... Hirose U.FL SMA(F) Bulkhead Straight to Hirose U.FL 100mm CAB.721

Orientation: Straight-R/A Ø1.32 Cable 200mm CAB.720

242 RG-174 SMA(F)... Coaxial Cables Orientation: Straight -R/A RG-178Cable FME(F) Bulkhead Straight Jackto IPEXMHFI(U.FL comp) RG-178 FME(F)to IPEXMHFI Orientation: Straight -RA1.37mmcoaxial cable N typeJackwithO-Ringto IPEXMHFI(U.FL comp) ø1.37 NType to IPEXMHFI Description Micro-Coaxial Cables Orientation: Straight-R/A RG-174 SMA(F) Bulkhead Straight to MMCX(M)RightAngle MMCX(M) Orientation: Straight-Straight RG-174 SMA(F) Bulkhead Straight to MCX(M)Straight MCX(M) Code DViolet Straight Plug SMA(F) Bulkhead Straight Jackto Fakra Straight JackFakra Code CBlueStraight Plug SMA(F) Bulkhead Straight Jackto Fakra Straight JackFakra Orientation: Straight-Straight RG-174 SMA(M) Straight to SMA(F)Bulkhead Straight SMA(M) Standard CableAssemblies Cable Assemblies Photo 100mm 1300mm Cable Length 100mm 75mm 100mm 100mm 75mm CAB.695 CAB.954 Part Number CAB.01402 CAB.0130 CAB.J05 CAB.D05 CAB.0114 243

Cable Assemblies Cable Assemblies Standard Cable Assemblies

Coaxial Cables Description Photo Cable Length Part Number SMB(F) SMA(F) Bulkhead Straight with O-ring to SMB(F) Plug Straight 100mm CAB.0101

RG-174 SMA(F) to TS-9(M) SMA(F) Bulkhead Straight to TS-9(M) Plug 100mm CAB.T01

Orientation: Straight - Straight RG-174

RG-316 N Type Jack to... RG-316 SMA(M)ST SMA(M)ST Plug to N type Jack with O-Ring 3.93in / 100mm CAB.955

Orientation: Straight-Straight RG-316 3.28ft / 1M CAB.951

RG-316 MCX(M)ST MCX(M)ST Plug to N type Jack with O-Ring 3.93in / 100mm CAB.956

Orientation: Straight - Straight RG-316 Cable

RG-58 NMO Mount to... SMA(M) NMO Direct Mount Cable Assembly Accessory 3ft /915mm CAB.V08

NMO Direct Mount - 3/4 inch Hole Brass Mount 9.8ft /3M CAB.V05

type to SMA(M) Straight Plug 14ft / 4.26M CAB.V09

FME(F) NMO Direct Mount Cable Assembly Accessory 3ft / 915mm CAB.V11

NMO Direct Mount - 3/4 inch Hole Brass Mount 14ft / 4.26M CAB.V12

type to FME(F) Straight Jack 17ft / 5.18M CAB.V13

RG-58 NMO Mag Mount to... SMA(M) NMO Magnet Mount Cable Assembly Accessory 3ft / 915mm CAB.W08

NMO Magnet Mount - 3/4 inch Hole Brass Mount 9.8ft / 3M CAB.W05

type to SMA(M) Straight Plug 14ft / 4.26M CAB.W09

244 (Low Loss) Orientation: Straight-Straight CFD-200Cable SMA(M)ST Plugto NtypeJackwithO-Ring SMA(M) Description CFD-200 NType Jackto... Orientation: R/A -Straight RG-58cable type to FME(F)Straight Jack NMO Magnet Mount-3/4inchHoleBrass Mount Accessory NMO Magnet MountCableAssembly FME (F) Description Low Loss Coaxial Cables Orientation: Straight -Straight SMA (F)Straight to Strip/Tin Strip/Tin Description 0.047” Semi-rigidcable SMA(F)Jackto... Orientation: R/A -Straight CFD-200cable SMA(F) Magnet Mountto SMA(M)Straight Plug Taoglas Magnet MountCableAssembly SMA(M) Description CFD 200SMA(F)MagMountto... Orientation: Straight -Straight CFD-200 N Type(M) Straight to NType(M) Straight N Type (M) Description CFD-200 NType (M)to... Orientation: Straight -Straight CFD-200 N Type(M) Straight to NType(F) Straight N Type (M) Description Standard CableAssemblies Cable Assemblies Photo Photo Photo Photo Photo Photo Cable Length 17ft /5.18M 14ft /4.26M 3ft /915mm Cable Length .047in semi-rigidcable Cable Length 16.4ft /5M 9.8ft /3M 3.28ft /1M 1ft /305mm Cable Length 1M Cable Length 1M Cable Length 25ft /7.6M 16.4ft /5M Part Number CAB.W13 CAB.W12 CAB.W11 Part Number CAB.058 Part Number CAB.X07 CAB.X06 CAB.X05 CAB.X04 Part Number CAB.916 Part Number CAB.917 Part Number CAB.942 CAB.953 245

Cable Assemblies Connectors

Taoglas supplies on-board connectors for PCB mount, edge-mount and also available PCB and Crimp mount types. These connectors complement our receptacle range for integration on PCB boards.

We stock a wide range of common configurations for SMA,IPEX , MMCX and MCX. If there is a configuration you need that’s not on the list, please feel free to contact us at your local sales office.

For further convenience, our online antenna builder allows you to choose your antenna and customize your cables and connectors to best suit your requirements.

Visit www.taoglas.com/antenna-builder and build your custom antenna.

246 Receptacles Edge MountConnectors Receptacles &OnBoard Connectors Connectors Gold Mount PCBJack MMCX Straight Edge Nickel Mount PCBJack SMA Straight Edge Gold Mount PCBJack SMA Straight Edge Description 2.5mmMax Mating Height: MHFII, Hirose U.FL IPEXMHFHT Compatible withIPEXMHFI, IPEX MHFReceptacle Description RECE.20279.001E.0 MHF Receptacle Part Number EMPCB.MMCXFSTJ.A.HT EMPCB.SMAFSTJ.C.HT EMPCB.SMAFSTJ.B.HT Part Number Mating Height: 1.2mm Mating Height: Compatible withMurata HSC IPEX MHF4Receptacle Description RECE.20449.001E.01 MHF4 Receptacle Part Number Photo Mating Height: 1.6mm Mating Height: Compatible withHirose W.FL IPEX MHFIIIReceptacle Description RECE.20369.001E.01 MHFIII Receptacle Part Number Drawing 247

Connectors Connectors Vertical Mount On Board Connectors

PCB Mount

Description Part Number Photo Drawing SMA Straight PCB PCB.SMAFSTJ.A.HT Mount Jack Leg Length 2mm Gold

SMA Straight SMD PCB PCB.SMAFSTJ.B.HT Mount Jack Leg Length 1mm Gold

SMA Straight 2 Hole PCB.SMAFST.2H.A.HT PCB Mount receptacle Jack Nickel

SMA Straight 2 Hole PCB.SMAFST.2H.B.HT PCB Mount receptacle Jack Nickel

MMCX Straight PCB PCB.MMCXFSTJ.HT Mount Jack Leg Length 3mm Gold

248 PCB Mount Vertical MountOnBoard Connectors Connectors Gold Jack PCB Mountreceptacle SMA straight 2Hole Gold Mount Jack SMA RAPCB Gold Leg Length 0.76mm PCB MountJack MMCX Straight SMD Description PCB.SMAFST.2H.A.HT PCB.SMAFRA.HT PCB.MMCXFSTJ.SMD.HT Part Number Photo Drawing 249

Connectors Connectors Additional Connector Options

Description Part Number Photo Drawing CC.001: C-Clip CC.001 Connector Board to Antenna Application 1mm Working Height SMT Footprint 3.2 x 1.7 mm Gold

High Performance NMO NMODM.34.N.YN Direct Mount Compatible with RG-58 & CFD-200 low loss coaxial cable Gold plated contact Nickle plated brass body

250 optimize your solutionby recommending physical andelectrical modifications to improve the Once you have selected anantenna andintegrated itinto adevice, ourengineers can further product requirements. For particularly demandingapplications, we can designacustom even antenna to meet your specific appropriate antenna for theindividual project, application, ormarket. For thosejust starting outinthedesignprocess, we can helpevaluate feasibility andselect an solutions. stepyou every oftheway andensure that you endupwiththemost effective andefficientantenna Our dedicated team ofengineers usesoftware andpractical triedand tested procedures to support frequencies andapplications. Taoglas offers RFservices stageevery for ofthedesign process andtheentire spectrum ofantenna Services efforts. Contact them today to start taking advantage ofourunparalleled expertise. Your local salesoffice can helpdetermine whichofourmanyservices can best support your design likely to meet certification thenecessary requirements for your application. Finally, after prototypes are available, we offer complete testing services to evaluatedevice if your is antenna’s performance.

251

Services Services ISA Service Packages

Code: ISA.10

Title: Initial System Review & Analysis

Deliverables: Report and interactive technical support

Item: • High level system review • Antenna performance requirements analysis • Antenna selection options • Antenna Integration Plan

Time: 2 days

Code: ISA.12

Title: Transmission Line Design & Gerber Design Review

Deliverables: PCB Transmission Line Design

Item: • PCB transmission line design • Gerber file review

Time: 2 days

Code: ISA.20

Title: Detailed Performance and Certification Readiness Review

Deliverables: Report and interactive technical support

Item: • Detailed analysis of design documents including schematic, PCB layout, BOM & mechanical models. • Specific recommendations from the component level up to the system architecture level in order to minimize the risk of performance and certification problems for all radios in the system. • Schematic recommendations • PCB layout recommendations • BOM recommendations • Mechanical recommendations • High level design verification test plan, what kind of testing will be needed to prove the design works • High level certification test plan, what certification tests will be needed and what order to do them in

Time: 3 weeks

252 ISA Service PackagesISA Service Services Time: • • • • • • Item: Deliverables: Title: Code:ISA.50 Time: • • Item: Deliverables: Title: Code:ISA.40 Time: • • • • • • • Item: Deliverables: Title: Code:ISA.21 Documented performance measurements. Return Loss, VSWR, Average Gain,Efficiency, Peak GainandRadiation Patterns. PCB layoutrecommendations Final antenna positionandintegration method. etc.). Matching circuit diagram anddocumentation ofvalues ifrelevant (orcable routing diagram, antenna position/mounting Antenna installed onacustomer device prototype board, withextra antenna prototypes. Multi-Antenna isolation performance matrix Antenna installed onacustomer device prototype board, withextra antenna prototypes Mechanical recommendations BOM recommendations PCB layoutrecommendations Schematic recommendations minimize theriskofperformance andcertification problems for all radios inthesystem. Specific recommendations from the up to thesystemcomponent level architecture inorder level to Detailed analysisofdesigndocuments BOM&mechanical including schematic, models. PCBlayout, Passive ModeAntenna Testing Multi-Antenna Isolation Measurements

Detailed RFPerformance Optimization Review 3Days 3Days 3weeks Antenna Performance Report Antenna Isolation Report Report andinteractive technical support 253

Services Services ISA Service Packages

Code: ISA.51

Title: Passive Mode Terminal and External Antenna Testing

Deliverables: Antenna Performance Report

Items: • Antenna installed in a customer device • Real-world antenna performance: antenna mounted in a vehicle • Efficiency, Peak Gain, Radiation Patterns for four (4) frequencies • Documented performance measurements

Time: 3 Days

254 Time: • • • • Items: Deliverables: Title: Code:ISA.51 Documented performance measurements Efficiency, Peak Gain,Radiation Patterns for four (4)frequencies Real-world antenna performance: antenna mounted inavehicle Antenna installed inacustomer device Passive ModeTerminal andExternal Antenna Testing 3Days Antenna Performance Report CSA Packages Service Services Time: • • • • • Item: Deliverables: Title: Code: CSA.21 Time: • • • • • Item: Deliverables: Title: Code: CSA.20 Time: • • • Item: Deliverables: Title: Code:CSA.10 etc) Selection ofthebest solutionwillbebased onoverall performance andproject targets (price, certification, performance, Antennas willbetested indifferent locations /positions Test and/or simulate different antenna technologies, topologies andmaterials Documented performance measurements Return Loss, VSWR, Average Gain,Efficiency, Peak Gain,Radiation Patterns, ECC Final antenna positionandintegration method etc.) Matching Circuit Diagram anddocumentation ofvalues ifrelevant (orcable routing diagram, antenna position/mounting Antenna installed onacustomer device prototype board, withextra antenna prototypes Documented performance measurements Return Loss, VSWR, Average Gain,Efficiency, Peak Gain,Radiation Patterns Final antenna positionandintegration method mounting etc.) Matching Circuit Diagram anddocumentation ofvalues ifrelevant (or cable routing diagram, antenna position/ Antenna installed onacustomer device prototype board, withextra antenna prototypes CellularAntenna Feasibility Study Existing CellularAntenna Product Implementation, Organisation/Matching

Antenna Passive Implementation Optimization/Matching &ECC Measurements 1Week 3weeks 1 Week Report Report Report andinteractive technical support 255

Services Services CSA Service Packages

Code: CSA.30

Title: Cellular Device Active Mode Testing - TRP (2 bands)

Deliverables: Report

Item: • Test in Taoglas 3D anechoic chamber – Full CTIA/PTCRB TRP (850/1900MHz) USA channel analysis. • EU channels optional. • If fail consult with sales for custom solution

Time: 2 days

Code: CSA.30L

Title: Cellular Device Active Mode Testing - TRP (4 bands)

Deliverables: Report

Variables: CSA.30L.1 - LTE Device Active Mode Testing - TRP (North America) CSA.30L.2 - LTE With Backup Device Active Mode Testing - (North America) CSA.30L.3 - LTE Device Active Mode Testing - TRP (Global)

Item: • Test in 3D anechoic chamber - Full CTIA/PTCRB TRP 2 Cellular & 2 LTE Bands (by Carrier) USA channel analysis. • EU channels optional. • If fail consult with sales for custom solution

Time: 1-3 Weeks

Code: CSA.31

Title: Cellular Device Active Mode Testing - TIS (2 bands)

Deliverables: Report

Item: • Test in Taoglas 3D anechoic chamber - Full CTIA/PTCRB TIS (850/1900MHz) USA channel analysis • EU channels optional • If fail consult with Noise Control Division

Time: 2 days

256 CSA Packages Service Services Time: • • • Item: Deliverables: Report Title: Code:CSA.32L Time: • • • Item: Deliverables: Title: Code:CSA.32 • • • Item: Variables: Deliverables: Title: Code:CSA.31L Time: If fail consult withNoiseControl Division EU channelsoptional USA channelanalysis Test inTaoglas 3Danechoicchamber-Full CTIA/PTCRB TIS2Cellular<E Bands(byCarrier) If fail consult withNoise Control Division Test in3DRSE anechoicchamberFull CTIA/PTCRB RSE-Idle ModeAnalysis(Global frequencies required). Test in3DRSE anechoicchamberFull CTIA/PTCRB RSE-Traffic ModeAnalysis(Global frequencies required) If fail consult withNoiseControl Division Test in3DRSE anechoicchamberFull CTIA/PTCRB RSE-Idle ModeAnalysis(Global frequencies required). Test in3DRSE anechoicchamberFull CTIA/PTCRB RSE-Traffic ModeAnalysis(Global frequencies required) LTE Device Active ModeDevice Testing -TIS(4bands) LTE Device Radiated SpuriousEmissionsTesting for PTCRB (4bands) CellularDevice Radiated Spurious EmissionsTesting for PTCRB (2bands) 2weeks 1week 1week

CSA.31L.1 -LTE Device Active ModeTesting -TIS(NorthAmerica) CSA.31L.3 -LTE Device Active ModeTesting -TIS(Global) CSA.31L.2 -LTE WithBackup Device Active Mode Testing -TIS(NorthAmerica) Report Report

257

Services Services CSA Service Packages

Code: CSA.33

Title: Cellular Device Radiated Spurious Emissions Testing for Europe (2 bands)

Deliverables: Report

Item: • Test in 3D RSE anechoic chamber Full RSE-Traffic Mode Analysis per EN301511 compliant to R&TTE. • Test in 3D RSE anechoic chamber Full RSE-Idle Mode Analysis per EN301511 compliant to R&TTE. • If fail consult with Noise Control Division

Time: 1 week

Code: CSA.33L

Title: LTE Radiated Spurious Emissions Testing for Europe (4 bands)

Deliverables: RSE Compliance Report

Item: • Test in anechoic chamber Active-mode RSE test per EN 301 511 • Test in anechoic chamber Idle-mode RSE test per EN 301 511 • If fail consult with Noise Control Division

• Time: 2-3 weeks

Code: CSA.34

Title: Cellular Device Radiated Spurious Emissions Pre-Testing for Europe (2 bands)

Deliverables: RSE Compliance Report

Item: • Test in anechoic chamber Active-mode RSE test per EN 301 511 • If fail consult with Noise Control Division

Time: 1 week

Code: CSA.36

Title: LTE Only Device Active Mode Testing- TRP (2 Bands)

Deliverables: Report

Item: • Test in Taoglas 3D anechoic chamber - Single-carrier, + Two-band TRP channel analysis

Time: 1 week

258 CSA Packages Service Services Time: • • • • • • • • Item: Variables: Deliverables: Title: Code:CSA.50 Time: • Item: Deliverables: Title: Code:CSA.37 Time: • • • Item: Deliverables: Title: Code:CSA.71 Return Loss, VSWR, Average Gain,Efficiency, Peak Gain,Radiation Patterns, TRPmeasurements Final antenna positionandintegration method Mechanical drawing 5 custom antenna prototypes Active device impedance mismatch-check andcorrection ifrequired Device transmit strength optimization in3DanechoicRFtest chamber and project targets (price, certification, performance etc) Antennas willbetested indifferent locations/positions selection ofthebest solutionwillbe based onoverall performance Test and/or simulate different antenna technologies, topologies andmaterial Test inTaoglas 3Danechoicchamber-Single-carrier, +Two-band TISchannelanalysis Addition ofRFshielding material onprototypes to attempt shortterm fix Report withrecommended changes for longterm design fix Detailed analysisofimplemented hardware andalldesignfiles Custom Cellular Antenna Design(NorthAmerica)

6-8weeks LTE OnlyDevice Active ModeTesting- TIS(2bands)

RFInterference Mitigation for Audio

1week 1week

CSA.50.1 -Custom CellularAntenna Design(NorthAmerica)-Embedded Flex/Metal/PCB CSA.50.7 -Custom CellularAntenna Form Design(NorthAmerica)-New Factor External Antenna CSA.50.6 -Custom CellularAntenna Design(NorthAmerica)-Existing External Antenna Consumer Electronics CSA.50.5 -Custom CellularAntenna Design(NorthAmerica)-Embedded MIMOLTE - CSA.50.4 -Custom CellularAntenna Design(NorthAmerica)-Embedded MIMOLTE -M2M CSA.50.3 -Custom CellularAntenna Form Design(NorthAmerica)-New Factor Embedded CSA.50.2 -Custom CellularAntenna Design(NorthAmerica)-Existing EmbeddedCeramic Report andprototypes Report Report Ceramic 259

Services Services CSA Service Packages

Code: CSA.51

Title: Custom Cellular Antenna Design Regional

Deliverables: Report and Prototypes

Variables: CSA.51.1 - Custom Cellular Antenna Design Regional (excl. North America)-Embedded Flex/Metal/PCB CSA.51.2 - Custom Cellular Antenna Design Regional (excl. North America)-Existing Embedded Ceramic CSA.51.3 - Custom Cellular Antenna Design Regional (excl. North America)-New Form Factor Embedded Ceramic CSA.51.4 - Custom Cellular Antenna Design Regional (excl. North America)-Embedded MIMO LTE CSA.51.5 - Custom Cellular Antenna Design Regional (excl. North America)-Existing External Antenna CSA.51.6 - Custom Cellular Antenna Design Regional (excl. North America)-New Form Factor External Antenna

Item: • Test and/or simulate different antenna technologies, topologies and material • Antennas will be tested in different locations / positions • Selection of the best solution based on overall performance and project targets • Device transmit strength optimization in 3d anechoic RF test chamber • Active device impedance mismatch-check and correction if required • 5 custom antenna prototypes • Mechanical Drawing • Final antenna position and integration method • Return Loss, VSWR, Average Gain, Efficiency, Peak Gain, Radiation Patterns

Time: 6-8 weeks

Code: CSA.70

Title: Cellular RSE and TIS Mitigation Analysis

Deliverables: Report of Tests Done Modified Copy of Hardware if possible

Item: • Detailed analysis of implemented hardware and all design files • Reproduce problem with callbox and anechoic chamber • Interference frequency analysis • Interactive mitigation experiments to existing hardware • Report of experiments, results and recommended changes

Time: 3-9 weeks

260 ISM Service PackagesISM Service Services • • • • Item: Variables: Deliverables: Title: Code: ISM.20 Time: • • • Item: Deliverables: Title: Code:ISM.10 Time: Return Loss, VSWR, Average Gain,Efficiency, Peak Gain,Radiation Patterns Final antenna positionandintegration method Mechanical drawing 5 custom antenna prototypes for impedenceGerber review match Return Loss, Average Gain,Efficiency, Peak Gain,Radiation Patterns Test existing antenna passive performance in3Dtest chamber Existing ISMDevice Passive ModeAntenna Testing Custom ISMAntenna Design 6-8weeks 3days

ISM.20.1 -Custom ISMAntenna Design-EmbeddedFlex/Metal/PCB ISM.20.5 -Custom Form ISMAntenna Factor Design-New External Antenna ISM.20.4 -Custom ISMAntenna Design-Existing External Antenna ISM.20.3 -Custom Form ISMAntenna Factor Design-New EmbeddedCeramic ISM.20.2 -Custom ISMAntenna Design-Existing EmbeddedCeramic Report andprototypes Report 261

Services Services GSA Service Packages

Code: GSA.10

Title: Existing Satellite Device Passive Mode Antenna Testing

Deliverables: Report

Item: • Test existing antenna passive performance in 3D test chamber • Test existing antenna active gain and noise figure • Return Loss, Axial Ratio, Average Gain, Efficiency, Peak Gain, Radiation Patterns

Time: 3 days

Code: GSA.20

Title: Existing GPS Antenna Product Customization

Deliverables: Report and prototypes

Variables: GSA.20.1 - Custom Satellite Antenna Design-Embedded Flex/Metal/PCB GSA.20.2 - Custom Satellite Antenna Design-Existing Embedded Ceramic GSA.20.3 - Custom Satellite Antenna Design-New Form Factor Embedded Ceramic GSA.20.4 - Custom Satellite Antenna Design-Embedded MIMO LTE GSA.20.5 - Custom Satellite Antenna Design-Existing External Antenna

Item: • 5 custom antenna prototypes • Mechanical drawing • Transmission line review • Final antenna position and integration method • Matching circuit when applicable • Return Loss, VSWR, Average Gain, Efficiency, and Peak Gain • Gerber Layout

Time: 4-6 weeks

Code: GSA.30

Title: GPS Device Active Mode Radiated Receive Sensitivity Testing

Deliverables: Report

Item: • Measurement of conducted receive sensitivity • Measurement of radiated receive sensitivity • A high sensitivity spectrum analyzer sweep of the GPS band and surrounding frequencies from the antenna • Comparison of radiated receive sensitivity to reference devices • Recommendations to maximize performance

Time: 2 weeks

262 GSA Service PackagesGSA Service Services Item: Deliverables: Title: Code: GSA.32 Time: In theresult ofafailure, please consult withsalesfor recommendations oracustom solution. Pass/Fail Conformance Test in Item: Deliverables: Title: Code: GSA.31 Time: • • • • • Item: Deliverables: Title: Code: GSA.60 Time: for recommendations oracustom solution. Full Performance Test in3DAnechoicChamberIntheresult ofafailure, please consult withsales Circuit Test Report Transmission linelayout Integration onto customer mainboard Low-Noise AmplifierandBand-pass Filters Active receive front-end design circuitry GNSS Antenna Circuit DesignonMainboard Street Auto View Ready Performance Testing Street Auto View Ready Conformance Testing

2weeks 5Days 3Days Report, Schematics, Report, BillofMaterials test Assessment report Conformance Test Report 3D AnechoicChamber. 263

Services Services NSA Service Packages

Code: NSA.10

Title: NFC Antenna Integration with an NFC IC

Deliverables: Antenna Integration and Performance Report

Item: • Selection of the best NFC antenna to use on the device • Matching circuit diagram (if needed) • Cable routing diagram, antenna placement and mounting as well as any relevant information about antenna integration • Selection of ferrite flux director material to improve interrogation distance when placing antenna on metal • NFC antenna installed on a customer device prototype board • Documentation of interrogation distances tests.

Time: 3 Weeks

Code: NSA.20

Title: Custom NFC Antenna Design

Deliverables: Custom NFC Antenna Design

Item: • Active NFC performance testing in Taoglas lab • Test against multiple targets • Test report of device performance

Variables: NSA.20.1 Custom NFC Antenna Design - Embedded Flex NSA.20.2 Custom NFC Antenna Design - Embedded Bobbin Coil

Time: NSA 20.1 = 6-8 Weeks NSA 20.2 = 12 Weeks

Code: NSA.30

Title: Active-Mode NFC Device Performance Testing

Deliverables: NFC Performance Report

Item: • Active NFC performance testing in Taoglas lab • Test against multiple targets • Test report of device performance

Time: 2 Weeks

264 UWB Service PackagesUWB Service Services Time: • • • • • • • Item: Deliverables: Title: Code:UWB.20 Time: • • • • Item: Deliverables: Title: Code:UWB.10 Variation withaVNAPeak Gain,Radiation Patterns. Return Loss, VSWR, Average Gain,Efficiency, Passive Antenna Group Delay;Specifically Group Delay Peak-to-Peak Final antenna positionandintegration method. mounting etc.). Matching circuit diagram anddocumentation ofvalues ifrelevant (orcable routing diagram, antenna position/ Antenna installed onacustomer device prototype board, withextra antenna prototypes. Return Loss, VSWR, Average Gain,Efficiency, and Peak Gain recommendations oracustom solution. Matching circuit whenapplicable Final antenna positionsandintegration method Transmission linereview Gerber review Mechanical drawing 5 custom antenna prototypes Custom UWBAntenna Design&Customization Antenna Passive ModeTesting

6-12 weeks for development, 8weeksfor production 6-12weeksfor development, following customer approval 1week Report andprototypes Report 265

Services Services UWB Service Packages

Code: UWB.30

Title: Device Active Mode

Deliverables: EIRP performance report

Item: • Test in Taoglas 3D anechoic chamber or Outdoor environment – Full UWB EIS/ TIS Physical channel frequency analysis as per IEEE 802.15.4a-2007 UWB Device OTA test standards in line with reference kits adhering to same using Taoglas UWB antennas https://www.decawave.com/products/dw1000

• If fail consult with sales for recommendations or custom solution

Time: 2 days

Code: UWB.31

Title: Device Active Mode

Deliverables: EIS performance report

Item: • Test in Taoglas 3D anechoic chamber or Outdoor environment – Full UWB EIS/TIS Physical channel frequency analysis as per IEEE 802.15.4a-2007 UWB Device OTA test standards in line with reference kits adhering to same using Taoglas UWB antennas https://www.decawave.com/products/dw1000

• If fail consult with Noise Control Division • Time: 2 days

Code: UWB.41

Title: Device Active Mode Location and Tracking Accuracy

Deliverables: 2D/3D location accuracy maps of customer device compared to a Taoglas evaluation kit. Further analysis on measured location compared to actual location. Target is +-10% uncertainty.

Time: 2 weeks

266 Service PackagesService Services so wecan allbenefit. solution, butafast track to highvolumedevice production We want to extend ourvalue, bynot just offering anantenna you andhelpmake yourdesignasuccess, quickly. weactually sharethat that works.Everyday knowledge with applications andhowto designRFsystems andhardware over thepast 13years. Wehavelearned alot aboutIoT involved inthesuccess ofmanydifferent M2Mdevices an award winningantennaAs provider, Taoglas hasbeen Introduction reception, TISorRSE issues. from awireless functionality standpoint. Maybeyouhave When youhavechallenges getting yourdevice to market When would IneedtheTaoglas NCD? certification challenges. band” noisethat maycause aperformance compromise, or eliminating(or noiseormore suppressing) importantly “in RF, andmore specifically, noise control area. Thismeans Taoglasand services, alsooffers additionalsolutionsinthe In additionto ourcomprehensive range ofantenna products What doestheNoiseControl Division(NCD)do? Location: Taoglas USA Inc(SanDiego) Noise Control Division(NCD) Noise Control Division

frequencies beingre-radiated back into the cellular module. in-band noise,meaning youhaveemissionsat thecellular not doingwhat itissupposedto do. Theproblem isoften reason whyyourdevice isnot passing certification, oris good andthemoduleiscertified, butyou cannot find the Taoglas NCDisrequired whenyouknowtheantenna is design yourproduct better andget to production quicker! Please consult withTaoglas NCDto seehowwecan help What next? quicker. experience to helpyoudesignyourproduct better and challenge. Taoglas expertiseand NCDhastheequipment, antenna. Identifyingthesource ofthe problem isthebiggest eliminate thenoisefrom thenoiseorprevent getting to the where thenoisemaybeoriginating from andeither better! Wehavetheequipmentandexperience to identify Let’s not make theantenna worse,let’s make thedevice How can Taoglas NCDhelp? Obviously agreat antenna makes theproblem worse! Email: or Dermot O’Shea Tel: +18584500888andaskfor NCD [email protected]

267

Services Wexford, Ireland Taoyuan, Taiwan Munich, Germany Group Headquarters No.2-2, Ln. 66 Erika-Maan-Straße 25 Unit 5 Kilcannon Business Park ZhongShan 1st Rd 80636 München Old Dublin Road, Enniscorthy Bade City Germany Co. Wexford, Y21 XW56 Taoyuan County 33454 +49 89 3803 7426 Ireland Taiwan [email protected] +353 53 9169500 R.O.C. [email protected] +886 3 3681223 [email protected]

Dublin, Ireland DCU Alpha, Innovation Campus Old Finglas Road Glasnevin, Dublin 11, D11 KXN4 Tainan, Taiwan Ireland 4F.-2, No.15 [email protected] Guoji Road Xinshi District Tainan City 744 CA, United States Taiwan 8525 Camino Santa Fe R.O.C. Suite A & B +886 3 3681223 San Diego [email protected] CA 92121 USA +1 858 450 0888 [email protected] Shenzhen, China Unit 509, Neptune Building MN, United States Lanxiang 1st Street 530 N 3rd St., Suite B10 Nanshan District Minneapolis, MN 55401-1256 Shenzhen 518067 United States China +1 858 450 0888 +86 (755) 86538292​ [email protected] [email protected] TG-Cat-Rev.19

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