RADWIN’s Wireless Solutions for Vertical Markets

1 CONFIDENTIAL | FOR INTERNAL USE ONLY Agenda

• RADWIN at a glance

• Product Portfolio

• Vertical Markets:

• Security and Surveillance

• Transportation

• Oil & Gas

• Power Utilities

• Maritime

• Mining

• Airports

• Public Safety Networks

• Border Security

• Competitive Analysis

2

Offering

• Point-to-Point

• Point-to-MultiPoint

• Mobility

• Network Planner

• Management

3 Global Deployments

Deployed in Over 150 Countries

18 Offices World Wide

4 RADWIN Vertical Markets

Video Surveillance Public Transport Oil and Gas & Utilities

Mining Airports Maritime

5 Product Portfolio

6 RADWIN 2000 - Point-to-Point

• 200 Mbps RADWIN 2000-C 200 Mbps • 16 E1s/T1s and Ethernet RADWIN 2000-B 50 Mbps RADWIN 2000-A 10 / 25 Mbps • Long range (120Km)

• Network protection

• Multi-band Radio: 2.3-2.7GHz, 3.3- 3.8GHz and 4.4-6.4GHz

• OFDM, MIMO, Antenna Diversity

• Easy to install

7 RADWIN 5000 - Point-to-MultiPoint

• 250 Mbps Base Station Base Stations 250 Mbps 50 Mbps • Guaranteed SLA 25 Mbps • Highest Bps/Hz Subscriber Units 50 Mbps 25 Mbps • Long range (40Km) 10 Mbps • Carrier grade 5 Mbps

• Frequency Bands: 2.5-2.7GHz, 3.3- 3.8GHz and 4.9-6.4GHz

8 RADWIN FiberinMotion™ Overview

• 100Mbps base station and mobile unit

• Wide Area Coverage – Up to 10km

• Guaranteed bandwidth per vehicle, vessels or train

• HIGH SPEED - 200Km/h

• Fast Handover

• No need for controller

• OFDM, MIMO and Diversity

• nLOS / NLOS

9 RADWIN FiberinMotion™ Overview (2)

• Field-proven air interface:

• Congested spectrum

• Extreme weather

• Tunnels

• Over water

• Full scale uplink/downlink configurable asymmetric traffic

• Low latency and jitter - for VoIP / Video

• Certified - EN50155, EN50121 railway standards

• IP67 (Dust, Water protected)

10

RADWIN FiberinMotion™ Overview (3)

• QoS support

• Network synchronization

• Multiband

• 4.9 – 6 GHz

• Optional: 2.x , 3.x GHz

• Network protection (1+1 , Ring, RF)

• Customization

• Frequency bands

• Frequency reuse

11 RADWIN Radio Planner (R-Planner)

• Designing & analyzing a wireless network

• Easy-to-use web application

• Integrated analysis tools

• Report generator

• Product data base access

• Google Earth add-In

The Most Advanced PtP and PtMP Planning Tool

12 RADWIN Network Manager – RNMS

• Intuitive, easy-to-use

• Network management

• Performance monitoring

• Network configuration

• Trend reports

13 Security and Surveillance

14 Video Surveillance Projects

• For Public safety agencies , Municipalities and private organizations initiating Video Surveillance projects. • The need for high quality video surveillance for essential applications is growing:

15 Safe City & Surveillance Projects Requirements

• Safe City projects require high quality video:

• Mega Pixel, High Definition

• Face recognition

• License plate reading (LPR)

• High zoom cameras “By 2015, more than 70% of all network camera shipments will be megapixel resolution”

(IMS Research)

16 City Surveillance Network

RADWIN 2000 – Point-to-Point

RADWIN 5000 – Point-to-MultiPoint

17 Safe Cities - Utilizing RADWIN Solutions

18 Highest Capacity, Highest Spectrum Efficiency

• More HD cameras per Base Station

• More cameras per Subscriber Unit

• More savings:

• Fewer base stations

• Fewer subscriber units

• Reduced tower fees • More Mbps for your $

More Cameras per HSU

19 RADWIN PtMP Differentiators

• Dedicated BW per camera site 32 1 30 31 2 3 29 4 28 5 • Superior Image quality 27 6 26 7 25 8 24 9 • Fixed and low latency for zero video 23 10 22 11 21 12 20 13 “hiccups” 19 14 18 17 16 15 • Robust Performance in urban areas Time Slot Allocation Per Camera Site with None Line of Sight

• Interference mitigation in unlicensed frequency bands

20 21 CASE STUDY: The 2012 African Cup Championship Games

CUSTOMER: Government of Gabon

PROJECT: Secure the African Cup of nations football championship games

Provide high capacity connectivity to multiple cameras spread in 45 sites including stadiums, main junctions and access roads

22 CASE STUDY: The 2012 African Cup Championship Games

REQUIREMENTS:

• 10Mbps per site

• At least 1 PTZ and 2 Fixed cameras per

site

• Limited frequencies at 3.5GHz, 5.9GHz

• Backhaul to Control Center

• Provide full planning

• Remote support during installations

23 CASE STUDY: The 2012 African Cup Championship Games

RADWIN SOLUTION:

• 6 RW5000 Base Station sectors to cover

ALL sites

• RADWIN 2000 for backhaul to Command

Center and additional sites connectivity

• 3 Base Stations used 12degress antennas

• Minimum of 99.999% availability

• 92% Uplink, 8% Downlink

24 CASE STUDY: The 2012 African Cup Championship Games

3Cameras (2 Fixed, 1 PTZ) – 10Mbps by HSU 520 4 Cameras (3 Fixed, 1 PTZ) – 12 Mbps by HSU 520

Real Time Video Monitoring at Control Center High Capacity connectivity to Stadium Cameras

25 Case Study: Safe City Deployment

PROJECT REQUIREMENTS:

• High quality video transmission in

40 sites that include: NOC • Fixed HD cameras requiring 4Mbps

• PTZ cameras requiring 5Mbps

• Most sites have 2 cameras (1 Fixed

and 1 PTZ) - 9Mbps required

• Other sites have 3 PTZ cameras

• Total capacity required: ~450 Mbps!!!

26 Case Study: Typical Safe City Deployment

RADWIN SYSTEM DEPLOYED:

• 5 RW5000 Base Stations – 100Mbps NOC @20MHz channels NOC

• 90 deg flat panel antennas (MIMO)

• PtP used to backhaul 2 sites (200Mbps)

• All 3 sites synchronized using RW - GPS

• Ethernet - 92% uplink Actual deployment • Assigned time slots per HSU to comply

with the required capacity per site

27 SITE DEPLOYMENT: Base Station Site: • 2 Base Stations, GPS Sync. Unit and PtP for Backhaul

RW5000 PtMP Sector Antenna Base Station

RADWIN GSU (GPS Unit)

28 SITE DEPLOYMENT: Base Station Site: • 2 Base Stations, GPS Sync. Unit and PtP for Backhaul

Second RW5000 Base Station (GPS Synchronized)

29 SITE DEPLOYMENT: Base Station Site: • 2 Base Stations, GPS Sync. Unit and PtP for Backhaul

RADWIN 2000 for PtP Backhaul

30 CAMERA SITE: High capacity subscriber unit for high definition cameras connectivity: PTZ Camera (Pelco) - 6Mbps (Uplink) Fixed HD camera (Pelco) - 5Mbps (Uplink) Total: 11Mbps

PTZ HD Camera RADWIN Fixed HD HSU-5020 Camera

31 CASE STUDY: RADWIN 5000 Safe City Project in Belgium

CUSTOMER: Charleroi Municipality, Belgium

PROJECT: Video surveillance in industrial city with high unemployment and crime rate

CHALLENGES: • Connect 120 HD cameras in an area of ​​1 square Km

• No vendor could guarantee that so many high-speed wireless connections could be established in such a limited space

32 CASE STUDY: RADWIN 5000 Safe City Project in Belgium

WHY RADWIN:

• No collocation interference thanks to RADWIN’s GPS synchronization • Dedicated bandwidth per camera site • High capacity of up to 250 Mbps • RADWIN 2000 backhauls traffic from multiple camera sites

33 CASE STUDY: US Neighborhood Safety Program

CUSTOMER: City of Columbus, Ohio, USA

PROJECT:

Neighborhood Safety program requires transmitting video from 130 cameras deployed in high-crime neighborhoods

34 CASE STUDY: US Neighborhood Safety Program

WHY RADWIN: • High-quality video – 24/7

• Backhaul video from multiple camera sites

• No cross-radio interference – enables installing multiple radios in 1 site

• Equipment met the city’s budgetary constraints “The Neighborhood Safety Program assists law enforcement in apprehending & prosecuting criminals. It is yet another way to help our Police Division work smarter through the use of technology.” Andrew J. Ginther, Chairman of the Public Safety Committee , City of Columbus

35 CASE STUDY: Fairfield, California Safe City Project

CUSTOMER: Fairfield City, California, US

PROJECT: Safe City Project for enhanced public safety

WHY RADWIN: • Real time, high-quality video transmission from Sony PTZ cameras located throughout the city

• Very fast installation

• RADWIN 5000 replaced Trango radios

36 Case Study: Inner Mongolia – Police Patrol Vehicle

37 Transportation

38 Broadband Need for Public Transport

• On-Board Video Surveillance (CCTV)

• High speed internet access

• Passenger Information Systems

• 24/7 Maintenance data

• Online on-board ticketing

39 Train to Ground Communications – Requirements

• High throughput

• Guaranteed upstream for CCTV

• Long range coverage

• Simple & fast installation

• Easy maintenance

• Cost effective

• Non-Line-of-Sight performance

• Tunnels , trees, curves, buildings…

40 Train to Ground Communications – Requirements

• High speeds

• Reliability and robustness

• Fast Handover

• Railway certifications

• QoS for vital / non-vital services

41 Railways - Track Side Architecture

FiberinMotion™ Base Station Up to 10km

Fiber Optics Fiber Optics

• Backhaul: fiber or wireless

• Antennas:

• Small form factor

• Low visual impact

42 Metro (Underground)- Architecture

. Radio Mobile unit (HMU) installed inside the train, connected to 2 special train antennas installed on top . Optional dual radio + antennas for redundancy and improved coverage

. Radio Base Stations (HBS) deployed along the tunnel, supporting multiple trains simultaneously . 2/4 antennas working in diversity mode . Optional redundancy

43 Case Study: Ukraine Railways: Lvov-Kiev-Donetzk Railway

Operation in electro-magnetic environment

44 CASE STUDY: High Speed Internet Access, Ukraine Railways

CUSTOMER: Ukraine Railways

PROJECT: High-speed Internet access on board trains travelling along 1600 Km of tracks.

45 CASE STUDY: High Speed Internet Access, Ukraine Railway

RADWIN SOLUTION:

• FiberinMotion™ - providing up to 30Mbps per train

• 5Km between base stations!

• RADWIN 2000 – Backhaul to fiber

• Frequency Re-Use – All base stations work in the same frequency channel !

46 CASE STUDY: High Speed Internet Access, Ukraine Railway

WHY RADWIN: • Highest capacity

• Outperformed all other solutions tested

• Cost-effective

• Fast set-up and deployment times

• Operation in extreme weather

47 Case Study: Ukraine Railways: Train Installation

48 CASE STUDY: Real Time CCTV Transmission, ViaQuatro

CUSTOMER: ViaQuatro - Yellow Line operator of Metro in São Paulo

PROJECT: • Real-time CCTV transmission from all trains (8 cameras – 10Mbps UL) • Advertisement (5Mbps) • PA & VoIP (1Mbps) • Priorities

49 CASE STUDY: Real Time CCTV Transmission, ViaQuatro Brazil

WHY RADWIN: • Existing CISCO Wi-Fi system–not meet customer capacity need.

• High capacity

• 50ms hand-over

• Protection (Redundancy)

• Accommodate all trains simultaneously Via4 Control Center (4 in each station) Displaying on-board video from multiple trains

50 RF Plan (Coverage also in Depot)

~1Km between base stations (compared to 200m range of existing Cisco Wi-Fi system)

HBS0 HBS1 HBS2 HBS3

51 POC Installation

52 POC Installation

53 CASE STUDY: Real Time CCTV, Rome Metro

APPLICATION: • Real-time video surveillance on-board • 14 Cameras per train!

WHY RADWIN: • Only solution to perform in tunnels

• High-quality video to control center

• Cost-effective

54 Sofia Metro - FiberinMotion™ Installation •

Tunnel Train Base Stations Mobile Unit installation installation

55 Network Operation Center (NOC)

NOC LCD Screens displaying Real Time Video form Train Cars

56 Transportation – Metro Bus

• On-Board Video Surveillance (CCTV)

• Internet access for passengers

• Information Display Systems

• Data - Location, Doors status, number of passengers, etc.

57 Oil & Gas

58 Oil & Gas Market

Exploration and Production Transportation Refining (Oil) Processing (Gas)

• Challenges: • Security – terror, theft • Safety – Hazard material, Oil spills… • Integrated operations: • Connectivity to personnel and facilities onshore, offshore and while on the move • Costs (Satellite, Subsea fiber)

59 Oil and Gas Broadband Applications

Real time Video/ Data/ VoIP transmission between vessels, oil rigs and the control center:

• 24/7 remote monitoring and control of the rigs.

• Situational awareness during events (oil leaks, fire on platform)

• Fire & Rescue vessels , Supply and maintenance boats , FPSOs…..

60 Oil and Gas Broadband Applications

• Video conferencing

• Save time, reduce costs

• Technical experts to provide real-time visual guidance to offshore teams

61 Oil and Gas Broadband Applications

• Video conferencing

• Save time, reduce costs

• Technical experts to provide real-time visual guidance to offshore teams

• Internet access, Skype - on-board vessels and rigs (employees welfare)

• Permanent reservoir monitoring (seismic data consumes bandwidth)

62 Oil and Gas Broadband Applications

• Real time video to/from Fire & Rescue vehicles in emergency events.

• Real time video to/from security patrol vehicles

Reynosa, Sep, 2012

63 Oil & Gas - Utilizing RADWIN Solutions

64 Oil Field – in Motion

10Km/ 6miles

FiberinMotion Mobility

• Each rig has 2-4 base stations for 360° mobility coverage

65 RADWIN FiberinMotion™ (Mobility)

• 100Mbps base station and mobile unit

• Wide Area Coverage – Up to 10km

• Guaranteed bandwidth per vehicle or vessel

• HIGH SPEED - 200Km/h

• Fast Handover

• No need for controller

• OFDM, MIMO and Diversity

66 RADWIN FiberinMotion™ (Mobility)

• Field-proven air interface:

• Congested spectrum

• Extreme weather

• Over water

• Asymmetric/Symmetric traffic

• Low latency & jitter - for VoIP / Video

• IP67 (Dust, Water protected)

67 RADWIN FiberinMotion™ (Mobility)

• Multiband radios: 4.9 – 6 GHz

• Optional: 2.x , 3.x GHz

• Network protection (1+1 , Ring, RF)

• Network synchronization

• QoS support

68 RADWIN 2000 & RADWIN 5000

RADWIN 2000 - PtP

• 200 Mbps

• 75miles

• 2.3-2.7GHz, 3.3-3.8GHz, 4.9-6.4GHz

RADWIN 5000 - PtMP

• 250 Mbps Base Station

• 25miles

• 2.5-2.7GHz, 3.3-3.8GHz, 4.9-6.4GHz

69 Challenges Offshore

• Withstand outdoor deployment:

• Saltwater environment

• Rain, Humidity

• Reflections in over water transmission cause multipath distortion

• Vessel level changes - depending on weight, tide

70 Challenges Offshore

• Limited technical resources on-site, so equipment must be reliable.

• Limited access to the sites, so deployment simplicity & time is critical

71 RADWIN Technology

• OFDM, MIMO, Diversity and RADWIN Air interface

• High performance in nLOS/NLOS conditions (over water)

• Chosen by Verizon and Alcatel Lucent as sole supplier for Small Cell LTE NLOS backhaul

• 99.999% availability

• Ruggedized radios:

• IP67 (Dust and Water protected)

• Special salt-resistant anti-corrosion coating - designed for maritime

72 RADWIN Technology

• Fast and simple installation (PtP, PtMP, Mobility)

Unified Planning solution

Unified Synchronization solution

Unified Management solution

• Redundancy

• HAZLOC / ATEX certifications for Hazardous Locations Class I, Division 2

73 Case Study: Offshore Oil and Gas - ShengLi Oil Field Co.

FiberinMotion™ Base Station

Mobile unit

74 Platform side – Installing FiberinMotion™ HBS and PtP BH

FiberinMotion™ RW2000C HBS PtP BH

75 Platform side –Additional FiberinMotion™ Base Stations

76 Around the platform - fire extinguishing simulation

77 Video from Platform to the Command Center & Boats

78 Video from Platform: Rescuing Platform Personnel

79 CASE STUDY: Offshore Oil & Gas Producer,

• CNOOC, offshore Oil & Gas producer in China

• Shore to offshore oil platforms connectivity - 86 Km

• Existing VSAT provided low bandwidth • High capacity over tens of Kms • Operate in high humidity & over water • Operation in near line-of-sight conditions “After an intensive evaluation process we chose RADWIN’s links because they were the only systems capable of delivering high capacity over tens of kilometers.” Manager, Communications Department, CNOOC

80 The Planning

87Km over the water, 43Mbps FD

81 Challenges….

82 Shore Side

83 O&G Facilities - Perimeter Security

. Video transmission:

. From command center to patrol cars (Downlink)

. From patrol cars to the command center (Uplink) . Sensors/SCADA data transmission

. Data base access for personnel while on the move

84 CASE STUDY: Shell Oil Chooses RADWIN

REQUIREMENTS: • T1s in oil refineries • Connect control equipment to monitoring center on site (telemetry) CHALLENGE: • Extreme nLOS situations shooting through metal pipes WHY RADWIN: • Operation even in nLOS • Excellent performance – met Shell’s high performance & quality requirements

85 CASE STUDY: El Paso Corporation, North America

• El Paso Corp., owning N.A. largest natural gas pipeline REQUIREMENTS: • Connectivity between gas facilities • SCADA collection for Voice & Data

CHALLENGE: • Extreme nLOS situations shooting through metal pipes

WHY RADWIN: • Operation in fog conditions • Actual operating distance – 51.2 Km/ 31.7 miles delivering 1 x E1/T1

"If these links work here, it'll work anywhere!” Jack White, Electronic Technician, El Paso

86 CASE STUDY: Oil & Gas Company,

CUSTOMER: • Neftegaz, Russian Oil & Gas company with sites in Siberia

PROJECT: • Connect remote oil & gas sites

WHY RADWIN: • Operation in -45 degC • Ability to overcome obstacles to line-of- sight such as dense forests

"We installed RADWIN's systems in a matter of hours and they perform flawlessly in temperatures as low as -45 degrees.” KonstantinYurov, General Director, Neman (SI)

87 Power Utilities

88 Power Utilities

Multiple Applications Connectivity:

• Sub-Station Connectivity to Operation Center

• Remote Site Connectivity

• AMI Backhaul

• Real Time SCADA Data Transmission

• Critical Infrastructure Monitoring & Control

• Video Surveillance

Remote Location

Operations Center

89 Power Utilities

Multiple Applications Connectivity:

• Sub-Station Connectivity to Operation Center

• Remote Site Connectivity

• AMI Backhaul

• Real Time SCADA Data Transmission

• Critical Infrastructure Monitoring & Control

• Video Surveillance

Remote Location

RADWIN 5000

Operations Center

90 Example

Ericsson PtP Mini-Link RADWIN 2000 C 15 GHz 5.8 GHz 31 км, 34 Мbps, 2.4meter antenna 62 км, 26 Мbps, 0.6meter antenna

91 Utilities- Facility Protection

. Video transmission:

. From control center to patrol cars (Downlink)

. From patrol cars to the control center (Uplink) . Sensors/SCADA data transmission

. Data base access for personnel while on the move

92 CASE STUDY: electric Coop, USA CUSTOMER: • Central Florida Electric Cooperative (CFEC), FL, USA

PROJECT: • CFEC deploys RADWIN’s links to support SCADA & AMI applications

WHY RADWIN: • Met the requirements of CFEC’s bandwidth-intensive applications • SCADA, AMI, Video Surveillance

• Long range links cover all network legs “RADWIN’s links deliver the best performance at an incredible price point.” George H. Buckner III, IS Manager, CFEC

93 CASE STUDY: KEK Energy Corporation, Kosovo

CUSTOMER: • KEK Energy Corp., Kosovo (sole public supplier of electricity in Kosovo)

REQUIREMENTS: • Video surveillance of remote sites

WHY RADWIN: • 24x7 high resolution video transmission • Links operate flawlessly in 5.4 GHz • Excellent performance even in noisy RF environment

94 CASE STUDY: Power Plant, CUSTOMER: • National power utility plant, Philippines

PROJECT: • Monitor water level in dams • Transmit water readings from dam to power control center

WHY RADWIN: • High performance using RADWIN integrated antennas • Better pricing • Ease of installation and operation

95 Maritime

96 Maritime – Broadband Applications

• Delivering real time Video, Internet access (WiFi), Data and VoIP to vessels:

• Police patrol boats

• Ferries

• Cruise lines

• Oil & Gas supply boats and operational vessels

• Fire & Rescue vessels

• Port machinery - Video connectivity to cranes

97

Broadband Communication to Ports

Command Center

Video cameras deployed along the port waterfront

98 Broadband Communication to Ports

Base Stations

HMU installation on patrol boat

99 Broadband Communication to Ports

Command Center identifies vessel on monitor

Command center notifies patrol vessel

High quality, real-time video, data and voice is transferred

Unidentified Vessel

100 Broadband Communication to Ports

High quality, real-time video, data and voice is transferred

Unidentified vessel is intersected

101 FiberinMotionTM for Ferry Service - UK

UK Transport Authority Ferry Service Provide internet connectivity to ferry passengers while ferry is on the move • Over water coverage while on the move • Overcome high and low tide issues • Performance – minimum of 7Mbps per ferry for up to 4Km per base • Reliable carrier grade solutions • R-planner, RADWIN Radio planning

102 FiberinMotionTM for Ferry Service – Shore installation

103 FiberinMotionTM for Ferry Service – Ferry Installation

RADWIN HMU

Omni Antennas

104 FiberinMotionTM for Ferry Service – Ferry Installation

105 Video Surveillance for Port Authority - China

Port Authority - China

Provide 360o video surveillance for port cranes

• Competition did not meet capacity and 360o VS requirements

• Secure high quality video

• Reliable carrier grade solutions

• Multiband

• R-planner, RADWIN Radio planning

106 Video Surveillance for Port Authority - Installation

RADWIN Base Station & antenna

107 Video Surveillance for Port Authority – Crane Installation

Radio and omni antennas

108 Video Surveillance for Port Authority – Crane Installation

Radio and omni antennas fixed to both sides of the crane to assure 360o video surveillance as crane moves

109 Case Study: China WuHu River Police – Patrol Boat

Real-time video transmission from the boat to the CC

110 Case Study: USA- Department of Natural Resources – Security Patrol Boats

111 Case Study: USA- Department of Natural Resources – Security Patrol Boats

112 Mining

113 Mining – Broadband Applications

• Unmanned vehicle operation – Heavy machinery remote control

• Real-time monitoring of machinery operators

114 Mining – Broadband Applications

• Mobile machinery real-time tracking (mine wagons, large wheel loaders and mining trucks)

• Sensors transmission - Load count, etc.

• Perimeter Security - Video transmission to and from patrol vehicles

115 RADWIN FiberinMotion™ Solution Provides:

• Wide coverage of the mine area to:

• Access roads

• Coverage in deep area for heavy machinery

• Offices and other facilities

• High capacity connectivity to all mine video and data applications:

• 100Mbps for mobile applications

• 250 Mbps for fixed and nomadic applications

• Full co-existence between RADWIN PtP, PtMP and Mobility radios

• Simple and Fast to installation

• Smart RF Planning tool to assure project success

116

CASE STUDY: Codelco El Teniente Mine, Chile

PROJECT: • Mobile video connectivity to heavy machinery.

• Coverage: outdoors and inside tunnel.

• 5Mbps per vehicle

TheVehicles

117 Chile Codelco Mine - Trucks Route

HBS4 HBS1 HBS3

HBS2

118 Chile Codelco Mine

119 Chile Codelco Mine - The Crane

Crane

HBSs

120 San Jose copper mine, Chile On-Site Communication during the Rescue of 33 Trapped Chilean Miners

121 San Jose copper mine, Chile On-Site Communication during the Rescue of Trapped Chilean Miners

122 San Jose copper mine, Chile On-Site Communication during the Rescue of Trapped Chilean Miners

123 San Jose copper mine, Chile On-Site Communication during the Rescue of Trapped Chilean Miners

124 Video Surveillance for Manganese Mine,

125 Chile Mine, Connecting Seismic Radars

Application: To sense the movement of the earth on the open mine to avoid accidents in case of Fall of rocky material.

126 Chile Mine, Connecting Seismic Radars

Application: To sense the movement of the earth on the open mine to avoid accidents in case of Fall of rocky material.

127 Airports

128 Airport Wireless Broadband Applications (1)

Security & Incident Management

• Enables wireless transmission of real time video for increased situational awareness and security across airfield and airport property

Applications:

• Mobile video and VoIP connectivity for security patrol and ARFF vehicles

• Covering the perimeter and AOA

• Sending/receiving footage to/from AOC/EOC

• Mobile Command post – require high capacity for video, data and VoIP

• Broadband wireless connectivity for video cameras installed around airport property/perimeter

Confidential 129 Information | 129 Airport Wireless Broadband Applications (2) Extension of Enterprise Information Systems Across Airfield and Airport Property

• Eliminates need for specialized disconnected mode applications that require periodic synching and limited to pre-packaged offline datasets.

Applications:

• Part-139 FAA regulatory compliance • Airfield Ops daily inspections and work order requests • Facilities maintenance work order response • Enterprise content management system (e.g. O&M manuals) • Airfield pavement engineering condition assessment • Construction management • Enterprise GIS data access and survey (e.g. subsurface utilities) • ARFF operations and training • Environmental inspection and data collection • Winter Ops (Snow clearing vehicles) • Fueling payment operations

• Remote apron billing system for charter flights

130

Airport Wireless Challenges

• The need for full control • Airports do not want to rely on the cellular providers in regards to service level, maintenance and repair. • Wide area coverage while maintaining high performance • Wi-Fi systems would need multiple access point installations due to short range transmission • Inconsistent coverage with cellular • Data Security. • Cellular requires VPN.. • Wi-Fi solutions support WEP / WPA2 only • Cost • Cellular – OPEX • Wi-Fi – high installation cost due to multiple access points required

Confidential 131 Information | 131 RADWIN FiberinMotion™ Overview

• 100Mbps

• Wide Area Coverage – Up to 6 miles

• Guaranteed bandwidth per vehicle

• 32 vehicles per base station

• Near Line of Sight (nLoS)

• Field-proven air interface:

• Congested spectrum

• Extreme weather

• APM Tunnels

• Fully configurable uplink / downlink

132 RADWIN FiberinMotion™ Overview (2)

• Distributed handover architecture

• No need for controller • QoS support

• Low latency & jitter - for VoIP/ Video

• IP67 – Dust & Water protected

• Network synchronization

• Multiband frequencies

. Network protection

. Certified: FCC, EMC

133

RADWIN 2000 & RADWIN 5000

RADWIN 2000 - PtP

• 200 Mbps

• 2.3-2.7GHz, 3.3-3.8GHz, 4.9-6.4GHz

RADWIN 5000 - PtMP

• 250 Mbps Base Station

• 2.5-2.7GHz, 3.3-3.8GHz, 4.9-6.4GHz

134 System Description – Base Station

Sector Antenna 15dbi gain 120 degrees Dimensions: 573(h) x 95(w) x 53(d) mm Weight : 700 gram

FiberinMotion Base Station (HBS) Radio RF Cable Freq. bands: 4.9-6.06 GHz Capacity: 100Mbps agg. MIMO-OFDM based air-interface Secured and encrypted traffic Tx power: 25dBm Power Consumption: <25W Dimensions: 195(w) x 270(h) x 80(d) mm Weight : 1.800 Kg Cat5e Cable Temperature: -35°C to +60°C Humidity : Up to 100% non-condensing, IP67

PoE Power Feeding: 220AC, 47-63 Hz Operating Temperature: 0°C – 40°C IP Humidity: Up to 95% non-condensing Backbone Dimensions: 160(w) x 63(d) x 33(h) mm 220 V A.C Weight : 250 gram

20-Aug-13 135 135 System Description – Vehicle Side

Omni Antenna 10dbi gain Dimensions: HxDia -315 x 40mm Weight: 210 gram IP67 RF Cable Radio Freq. bands: 4.9-6.06 GHz Capacity: 100Mbps agg. MIMO-OFDM based air-interface Secured and encrypted traffic Tx power: 25dBm Power Consumption: <25W Dimensions: 195(w) x 270(h) x 80(d) mm Weight : 1800 gram Temperature: -35°C to +60°C Cat5e Cable Humidity : Up to 100% non-condensing, IP67

Ruggedized DC POE Power Feeding: 10-30VDC Operating Temperature: -35°C – 65°C Client Humidity: Humidity: 100%; Complies with IP67

20-Aug-13 136 136 Project in Process – Montreal Airport

• Customer: Airport De Montreal

• Project Requirements:

• Provide connectivity to maintenance and security vehicles over the airport

• Security vehicles – Video, Data and VoIP

• Airport operation vehicles – Data and VoIP

• 100% coverage over the airport tarmac and perimeter

• Phase 1: 20 Vehicles

• Phase 2: Additional 200 vehicles

• High capacity connectivity for fixed cameras

• Available frequency: 4.9GHz Public Safety Band

137 Project in Process – Montreal Airport

• RADWIN Solution:

• 6 RADWIN FiberinMotion™ base stations to provide 100% airfield and airport coverage

• FiberinMotion™ HMUs installed on airport vehicles

• RADWIN 5000 PtMP for fixed cameras

• 10MHz Channel Bandwidth

• Capacity allocation - 3Mbps per Security vehicle, O&M vehicles - 1Mbps

138 Montreal Airport

139 Line of Sight Coverage

Red areas indicate nLOS scenarios which RADWIN technology manage to provide connectivity

140 FiberinMotion™ Base Station Installation (PoC)

141 FiberinMotion™ Base Station Installation

142 HMU (Mobile Unit) Installation

143 Public Safety Networks

144 Public Safety Networks Projects

• LMR (Land Mobile Radio) Backhaul (TETRA, P25)

• Inter and Intra Agency connectivity (between Police stations, Fire stations, etc.)

• 911 (Emergency) call center connectivity

• Dispatch backup

• Traffic monitoring & control

145 Public Safety Network

LMR

Wireless Communications Fire Station LMR

LMR

TDM & Ethernet TDM & Ethernet TRANSPORT

Police Station

LMR

Transportation Agencies City Hall / Emergency Center

146 Why Agencies choose RADWIN?

• Highest Capacity

• Multi-Band radio

• 2.3 to 6 GHz

• including 4.9GHz Public Safety band

• Hybrid TDM & IP

• Smooth migration from E1/T1s to IP

• Network Protection:

• Ethernet Ring and 1+1 redundancy

• Site Synchronization (TDD) and Inter-site synchronization (GPS)

• Robust air interface

147 CASE STUDY: LMR Backhaul- DETCOG, TX

CUSTOMER: • DETCOG (Deep East Texas Council of Governments)

PROJECT: • RADWIN’s 4.9 GHz T1 + Eth radios used for Multi-county interoperability (Police, Fire and EMS)

• Connect EF Johnson P25 base stations for connectivity between non critical facilities

148 CASE STUDY: LMR Backhaul- DETCOG, TX

WHY RADWIN: • DETCOG chose RADWIN based on EF Johnson very strict specifications: • Multiple VLANs, QOS, Latency • Multi-band support • Land lines were too expensive

“We have used the RADWIN links to connect repeaters to other systems as well as the associated voters with 100% success” .

149 CASE STUDY: Arvada Fire Department, Colorado

CUSTOMER: • Arvada Fire Department, Colorado, USA

PROJECT: • Connecting fire departments stations over a wide geographical area to the main HQ

WHY RADWIN: • Meeting the mission-critical voice, video and data connectivity needs (T1s & high capacity Ethernet) • Eliminate recurrent leased lines charges

150 CASE STUDY: Arvada Fire Department, Colorado

“We were previously leasing T1 lines and paying tens of thousands of dollars per year. Today, following the deployment of RADWIN’s unlicensed radios, we couldn’t be happier with their high capacity and performance.”

Scott Winberg, IT specialist, Arvada Fire Department,

151 CASE STUDY: 911 Emergency Services, Gibson County, USA

PROJECT: • Establish a network connecting county's 911 Command Center and Police, Fire, and Emergency Service personnel in the field

SOLUTION: • RADWIN’s PtMP 5.8 GHz systems connect sites in 5 towns

152 CASE STUDY: 911 Emergency Services, Gibson County, USA

WHY RADWIN: • Fast transport of audio traffic between remote sites and 911 Command Center

• Reliable and Robust for mission-critical application

“We started deploying this system and I must say that it is performing exceptionally well. We can't figure out how we got along without it!” Bob Moore, Operations Manager for 911 Services, Gibson County, TN, USA

153 Border Security

154 Border Control

. Video transmission from command center to patrol cars (Downlink)

. Video transmission from patrol cars to the command center (Uplink)

. Border sensors transmission to command center and patrol cars

. Internet and data base access for personnel while on the move (in-vehicle cloud)

• Real time mobile broadband communication for wide area scenarios and tough terrain

VIDEO TRANSMISSION TO AND FROM PATROL VEHICLES

155 CASE STUDY: Deployment in Middle East Country

PROJECT: • Long range coverage - 500km border (1st phase of 2000km project)

• High speed communication: 2 to 6Mbps full duplex

• 4 operational patrol cars

• Tough environment - Patrol cars driving 1m close to a very dense iron fence

156 Case Study: Deployment in Middle East Country

Video cameras deployed along the border

Command Center

157 Case Study: Deployment in Middle East Country

Base Stations Mobile CPE installation on mobile unit

158 Case Study: Deployment in Middle East Country

High quality, real-time video, data and voice Command Center visually is transferred indentifies a perpetrator Command Center alerts

the mobile unit

159 Case Study: Deployment in Middle East Country

Ongoing transmission to the high Swift and effective management of speed mobile unit is secured the security breach is achieved using handover capabilities

The perpetrator is apprehended

160 CASE STUDY: Defense Force (IDF)

PROJECT: • Integrate RADWIN solution in the G-NIUS UGVs (Unmanned Ground Vehicles).

• 6km range of Gaza border.

• Provide 3Mbps full duplex for 3 operational UGVs simultaneously.

• 100% availability, ensuring high resolution video even while driving on creeks.

161 Israel Border Deployment

IDF Operational UGV RADWIN FiberinMotion™ Solution Installation

162 Competitive Analysis

163 164