LR PRD 20160804_ v2 (002) 4 AUG 2016
1 PERFORMANCE REQUIREMENTS DOCUMENT (PRD) 2 FOR 3 PROGRAM EXECUTIVE OFFICE 4 COMMAND CONTROL COMMUNICATIONS – 5 TACTICAL (PEO C3T) 6 HANDHELD, MANPACK, SMALL FORM FIT (HMS) 7 2- CHANNEL LEADER RADIO 8 PROCUREMENT
9 10
11 12 13 14 VERSION 2 15 4 AUG 2016 16 17 PROGRAM EXECUTIVE OFFICE 18 COMMAND CONTROL COMMUNICATIONS – 19 TACTICAL (PEO C3T) 20 6010 FRANKFORD AVENUE 21 ABERDEEN PROVING GROUND, MD 21005 22 23 24 25 26 STATEMENT A – APPROVED FOR PUBLIC RELEASE; DISTRIBUTION IS 27 UNLIMITED.
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28 Table of Contents 29 1 Scope/Introduction ...... 5 30 1.1 Scope ...... 5 31 1.2 System Description ...... 5 32 1.3 Terms and Definitions ...... 5 33 2 Applicable Documents ...... 7 34 2.1 Specifications ...... 7 35 Military Standards ...... 7 36 Department of Defense (DoD) ...... 7 37 Other Government documents, drawings and publications ...... 8 38 3 (t) Leader Radio ...... 9 39 3.1 (t) Leader Radio Receiver-Transmitter (RT) ...... 9 40 (t) Characteristics ...... 9 41 (t) Waveforms ...... 15 42 (t) Multiple channels ...... 18 43 (t) Global Positioning System (GPS) ...... 19 44 (t) Information Security (INFOSEC) ...... 19 45 (t) Communications Security (COMSEC)...... 20 46 (t) Other Requirements ...... 21 47 (o) Route and Retransmission ...... 22 48 3.2 (t) Leader Radio Set (LR) ...... 23 49 (t) Leader Radio Receiver-Transmitter (RT) ...... 23 50 (t) Dismounted multi-band antenna(s) ...... 23 51 (t) GPS antenna ...... 23 52 (t) Battery, storage, quantity suitable for 24-hour mission ...... 23 53 (t) Loudspeaker- Microphone ...... 23 54 (o) External speaker/microphone ...... 24 55 (t) Talk Group Selector Capability ...... 24 56 (t) Headset ...... 24 57 (t) Earphone ...... 24 58 (t) Case, Electronic (Radio Pouch, Camo) ...... 24 59 (t) GPS Cable ...... 25 60 (t) Mission Module Capability ...... 25 61 (t) LR Ready-Based Spares Kit ...... 25 62 (t) LR Dismounted Antenna(s) ...... 25 63 3.3 (t) Leader Radio Set with Nett Warrior Accessories ...... 26 64 (t) Shall include the LR Set ...... 26 65 (t) Shall include necessary ancillaries for NW interface ...... 26 66 3.4 (t) Leader Radio Mounted Set (LR-M) ...... 27 67 (t) Leader Radio Receiver-Transmitter ...... 27
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68 (t) Dismounted multi-band antenna(s) ...... 27 69 (t) GPS antenna ...... 27 70 (t) One (1) battery, storage ...... 27 71 (t) Loudspeaker- Microphone ...... 28 72 (t) Earphone ...... 28 73 (t) Case, Electronic ...... 28 74 (t) LR-M Installation Kit ...... 28 75 (t) Environmental Testing ...... 30 76 (o) Installation Kit – TBD ...... 30 77 (t) Installation Kit Ancillaries ...... 32 78 (o) VICTORY Integration Items ...... 32 79 (o) Shall fit two Leader Radios into the space of a SINCGARS VRC-91...... 32 80 (o) Shall require minimal space envelope for mounting locations TBD...... 32 81 (t) Ready-Based Spares Kit ...... 32 82 3.5 (o) Foreign Military Sales (FMS) Leader Radio Set – TBD ...... 32 83 3.6 (t) Other Ancillary Items ...... 32 84 (o) Single-Bay AC/DC Charger ...... 32 85 (o) Multi-bay battery charger ...... 33 86 (t) Data Mode Control Device Cable(s) ...... 33 87 4 Certification Requirements ...... 35 88 4.1 (t) Reliability Reports ...... 35 89 (t) Hardware Reliability Report ...... 35 90 (t) System Reliability Report ...... 35 91 4.2 (t) Environmental Test Reports ...... 35 92 (t) MIL-STD-810G Test Report ...... 35 93 (t) EMI and E3 Survivability Test Report ...... 35 94 (t) Electromagnetic Interference (EMI) Report ...... 35 95 (t) Electromagnetic Environmental Effects (E3) Survivability Reports ...... 36 96 4.3 (t) Nuclear, Biological and Chemical (NBC) Reports ...... 36 97 (t) Mission Oriented Protective Posture (MOPP) Report ...... 36 98 (t) Decontamination Report ...... 36 99 4.4 (t) Software Communication Architecture (SCA) Certification ...... 36 100 4.5 (t) Nett Warrior ICD Conformance Certification ...... 36 101 4.6 (t) Joint Enterprise Network Manager (JENM) User Certification...... 36 102 4.7 (t) DoD RMF and ATO Approval and Accreditation ...... 37 103 (t) Risk Management Framework (RMF) Accreditation ...... 37 104 (t) Cybersecurity Risk Decision Approval ...... 37 105 4.8 (t) National Security Agency (NSA) Certification ...... 37 106 4.9 (t) Spectrum Approvals ...... 37 107 (t) SSRA Approval at Contract Award ...... 37
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108 (t) Spectrum Approval Stage 3 at Contract Award ...... 37 109 (t) Spectrum Approval State 4 after Contract Award ...... 37 110 4.10 (t) Joint Interoperability Test Center (JITC) Assessments ...... 37 111 (t) JITC Waveform Conformance Assessment ...... 37 112 (t) JITC Interoperability Assessment ...... 37 113 4.11 (t) Safety Certifications ...... 37 114 4.12 (t) ISO 9000 Certification ...... 38 115 5 Operational and Sustainment Requirements ...... 39 116 5.1 (t) Warranty ...... 39 117 (t) Software Warranty...... 39 118 (t) Hardware Warranty ...... 39 119 5.2 (t) Field Service Representatives (FSR) ...... 39 120 (t) Basic FSR (Intermediate Technical Level) ...... 39 121 (t) Intermediate FSR (Senior Technician Level) ...... 39 122 (t) Senior FSR (Engineer/Scientist) ...... 40 123 (t) Expert FSR (Senior Engineer/Scientist) ...... 40 124 5.3 (t) Sustainment Support ...... 40 125 (t) Hardware Sustainment ...... 40 126 (t) Software Sustainment ...... 40 127 5.4 (t) Configuration Management ...... 40 128 (t) Company Best Practices ...... 40 129 (t) Engineering Change Proposal ...... 40 130 6 Acronyms ...... 41 131 132
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133 Scope/Introduction 134 Scope 135 This PRD defines the technical requirements for the Leader Radio contract under the authority 136 of the PEO C3T/PM TR/HMS. The requirements within the PRD are based on Joint Tactical Radio 137 System (JTRS) Operational Requirements Document (ORD), and the Capability Production 138 Document For Rifleman Radio Increment 2. All requirements in this document apply to all 139 Leader Radios configurations unless specified for a particular configuration(s).
140 System Description 141 This RR Inc 2 PRD defines a common set of requirements for a 2-channel handheld, software- 142 defined radio and related ancillary items that provide flexibility and adaptability to support the 143 varied Warfighter mission requirements. 144 145 The 2-channel Increment 2 Rifleman Radio will be referred to as the Leader Radio for the 146 purpose of this PRD. The Leader Radio allows users to operate in tactical voice networks with 147 other team members and team leaders. The radio also enables users to exchange Position 148 Location Information (PLI) within a network via a networking waveform, transmit and receive 149 data for attached devices, and act as the data transport method for Mission Command or Nett 150 Warrior systems. This PRD includes a list of ancillary items including antennas, batteries, 151 chargers, and holsters that are intended to augment the Receiver-Transmitter (RT) Unit. 152 153 The Leader Radio addresses specific requirements for the Warfighters emerging 154 communications and networking architecture related to the ground domain. The Leader Radio 155 operates in Soldier Radio Waveform (SRW) networks supporting common operational picture 156 (COP), Situational Awareness (SA), and interoperability of mission command (MC) systems and 157 provides interoperability with adjacent units that will continue to operate using Single Channel 158 Ground and Airborne Radio System (SINCGARS) for the foreseeable future. 159 160 The Leader Radio is a 2-channel handheld radio to be used at the Company level and below to 161 fill an existing capability gap. Currently the capability does not exist for these leaders to have 162 voice communications with tactical enablers such as aviation, fires, coalition, or other adjacent 163 units that use the legacy SINCGARS waveform while simultaneously maintaining voice and data 164 communication using SRW with subordinates and peers in one handheld device. Data devices 165 may be attached to the Leader Radio and will communicate using USB signaling standards. The 166 Leader Radio shall also allow the ability to attach ancillary devices that may slave off of the 167 Leader Radio for power only.
168 Terms and Definitions 169 The Configuration System is defined as a combination of the actual performance, functional and 170 physical attributes of the system. The performance, functional and physical attributes of the 171 system are defined by requirements in this document. Threshold requirements, indicated by 172 “(t)” prior to the requirement text, shall be met or exceeded for the PRD item(s) to remain 173 technically acceptable during the contract ordering period. 174
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175 Objective requirements, indicated by “(o)” are desired requirements. Items not marked with (t) 176 or (o) are considered (t) by default. To ensure Objective requirements provide enhanced 177 capability, there are minimum standards within the Objective requirements that the Contractor 178 shall meet if provided against an Objective Requirement. For example, the battery charger at 179 9.2 is an Objective (o) requirement. The Contractor does not have to offer the battery charger. 180 However, if the Contractor offers the battery charger, it shall meet all Thresholds (t) under 9.2 181 182 183 184 185 186 187
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188 Applicable Documents 189 Specifications 190 The following partial list of specifications and standards form a part of this document to the 191 extent specified herein. Additional standards apply in accordance with Best Practices. The 192 specifications and standards in effect at contract award shall be the revision listed in the 193 Department of Defense Index of Specifications and Standards (DODISS) at the time of contract 194 award.
195 Military Standards Document # Title Source MIL-STD-810G Environmental Engineering Considerations and
Laboratory Tests, dated 31 October 2008 MIL-STD-704F Aircraft Electric Power Characteristics MIL-STD- Characteristics of 28 Volt DC Electrical Systems in
1275D Military Vehicles MIL-STD-461F Requirements For The Control of Electromagnetic Interference Characteristics of Subsystem and Equipment, dated 10 December 2007 MIL-STD-464C Electromagnetic Environmental Effects Requirements for Systems, dated 1 December 2010 MIL-STD-2169B High Altitude Electromagnetic Pulse (HEMP)
Environment, dated 17 December 1993 MIL-STD-6017C Variable Message Format (VMF) MIL-STD-2045- Connectionless Data Transfer Application Layer
47001C Standard Electrical Characteristics of Digital Interface MIL-STD-188- Circuits 114A
196 Department of Defense (DoD) Document # Title Policy and Procedure for Management and use of DoDI 4650.01 the Electromagnetic Spectrum DoDI 6055.11 Protecting Personnel from Electromagnetic Fields DoD 6055.09- DoD Ammunition and Explosives Safety Standards STD SCA Software Communications Architecture 2.2.2:2006 Specification, Version 2.2.2, 15 May 2006 (DISR 14-3.0) SCA 4.1:2015 Software Communications Architecture
(DISR 15-2.0) Specification, Version 4.1, 20 August 2015 Tactical Radio API(s), Version: (as specified in DISR DISR 14-3.0 14-3.0 or later)
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197 Other Government documents, drawings and publications Document # Title Source Joint Tactical Radio System Operational Requirements Document, V3.2, 9 April 2003. JTRS ORD Amended by JTRS ORD v3.2.1 approved by Joint Requirements Oversight Committee Memorandum (JROCM), 171-06, 28 August 2006 RR Inc 2 Rifleman Radio Increment 2 Capability Production
CPD Document, Revision TBD, DATE TBD. Performance Requirements Specification Rifleman PRS RR Radio, v1.0, 5 April 2011 Soldier Radio Waveform (SRW) 1.2.2 Waveform SRW WDS Design Specification MIL-STD- SINCGARS Waveform Specification, February 10,
188-241-1 1989 ICD-GPS- GPS Interface Specification 154 Military Detail Specification. Connectors: Miniature MIL-DTL- Audio, Five Pin, and Six Pin General Specification, 22 55116C March 2004 National Telecommunication and Information NTIA Administration (NTIA) Manual of Regulations and
Redbook Procedures for Federal Radio Frequency Management Joint Services Guide for the Development Spectrum N/A Supportability Risk Assessment VICTORY Vehicular Integration for C4ISR/EW Standard Interoperability (VICTORY) Standard Specifications Specificatio Version 1.6.1, June 30, 2014 ns V1.6.1 Nett Warrior Interface Control Document, 25 NW ICD August 2014 JENM Target Joint Enterprise Networking Manager (JENM)
ICD Target Interface Control Document OTAM 1.0 JTNC OTAM v1.0 TECHNICAL MANUAL OPERATOR’S MANUAL TM 10- FOR 8465-236- MODULAR LIGHTWEIGHT LOAD-CARRYING 10 EQUIPMENT (MOLLE) II AR 670-1 11 Army Uniform Policy and Operational Camouflage
May 2012 Pattern
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198 (t) Leader Radio 199 Shall meet all paragraph 4 Certification Requirements.
200 (t) Leader Radio Receiver-Transmitter (RT) 201 (t) Characteristics 202 (t) Frequency Range
203 (t) Shall cover the frequency range from 30-88 MHz (SINCGARS), 225-450 MHz 204 (SRW), 1250-1390 MHz (SRW) and 1755-1850 MHz (SRW) waveform.
205 (o) Shall cover the frequency range from 118-137 MHz (V/ULOS).
206 (o) Shall cover the frequency range from 108-156 MHz (V/ULOS extended range).
207 (o) Shall cover an extended, continuous frequency range from 30 MHz to 2.5 GHz.
208 (t) Receive Characteristics
209 (t) Receive sensitivity shall be at least -97.1 dBm for the 936.6 kbps burst rate in 210 SRW Combat Communication (CC) mode.
211 (t) Shall sustain no damage when a Radio Frequency (RF) output port is open or 212 shorted.
213 (t) Transmit Characteristics
214 (t) The minimum RF output power at the RT/antenna interface shall be equal to or 215 greater than 2 watts for all supported frequencies.
216 (o) The minimum RF output power at the RT/antenna interface shall be equal to or 217 greater than 5 watts for all supported frequencies.
218 (t) Shall provide for members of a squad to communicate by voice using SRW; 219 typical dispersion of the squad is a minimum of 1 km. This is defined as 90% or greater Call 220 Completion Rate (CCR) and 85% or greater Message Completion Rate (MCR) in a static network 221 without environmental or manmade impediments.
222 (t) Shall have a single hop (point-to-point unobstructed without relaying) range in 223 open terrain no less than 3km for dismounted SRW.
224 (t) Shall have a single hop (point-to-point without relaying) range in open terrain no 225 less than 10km for SRW in mounted mode.
226 (o) Shall have a single hop (point-to-point without relaying) range in open terrain no 227 less than 40km for SRW in mounted mode.
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228 (t) Shall have a single hop (point-to-point without relaying) range in open terrain no 229 less than 5km for SINCGARS in dismounted mode.
230 (t) Shall have a single hop (point-to-point without relaying) range in open terrain no 231 less than 10km for SINCGARS in mounted mode.
232 (o) Shall have a single hop (point-to-point without relaying) range in open terrain no 233 less than 40km for SINCGARS in mounted mode.
234 (t) Shall have multiple channels transmit and receive operations simultaneously 235 without degradation to either channel with appropriate frequency management practices and 236 utilization of appropriately filtered antennas.
237 (t) The Mounted Leader Radio shall have transmit and receive operations 238 simultaneously without interference with other mounted systems with appropriate frequency 239 management practices and utilization of appropriately filtered antennas.
240 (t) SRW data rates shall meet or exceed the following:
241 (t) 200 kbps (User throughput – 2 node network) 242 (o) 1Mbps (User throughput – 2 node network) 243 (t) 50 kbps (16 nodes, SRW static, aggregate Network Throughput) 244 (t) 25 kbps (16 nodes, SRW mobile, aggregate Network Throughput) 245 (t) Physical Characteristics
246 (t) The size of the Leader Radio, including the antenna(s) and battery shall be less 247 than 55 cubic inches when configured as mission-ready with enough power to last for an eight 248 hour mission.
249 (o) The size of the Leader Radio, including the antenna(s) and battery shall be less 250 than 35 cubic inches when configured as mission-ready with enough power to last for an eight hour 251 mission. 252 (t) The weight of the Leader Radio, with antenna(s) shall be less than or equal to 253 3.0 lbs when configured as mission-ready with enough power to last for an eight hour mission.
254 (o) The weight of the Leader Radio, with antenna(s) shall be less than or equal to 255 1.5 lbs when configured as mission-ready with one battery and enough power to last for an eight 256 hour mission. 257 (o) The weight of the Leader Radio, with antenna(s) shall be less than or equal to 1.5 258 lbs when configured as mission-ready with enough power to last for a 24 hour mission. 259 (t) Connectors and Interfaces
260 (t) Shall provide U-283/U, 6 pin audio and key fill connector or adapter.
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261 (t) Shall provide electrical interface for headsets, speaker/microphone, and handset 262 in accordance with MIL-DTL-55116C or adapter per channel.
263 (t) Shall provide the capability to receive and transfer digital data between a Mobile 264 Hand-Held Common Operating Environment End User Device (MHH COE EUD) and the RT via 265 Ethernet over Universal Serial Bus (USB) 2.0 or higher Type B Micro or provide applicable 266 adapter to support data applications over Universal Serial Bus (USB) 2.0 or higher Type B Micro, 267 and have quick release capability.
268 (t) Shall be able to connect an external Precision GPS device. An external Precision 269 GPS is defined as an external Precision GPS that meets current Selective Availability Anti- 270 Spoofing Module (SAASM) requirements.
271 (t) Shall provide SNMPv3 interface to allow monitoring and control of the radio.
272 (t) Shall provide a push-button or other mechanical interface to allow the radio to 273 provide operational status, control functions and parameters to the operator and maintainer.
274 (t) Shall provide built-in display / Human Machine Interface (HMI).
275 (t) The HMI shall provide operators and maintainers with the ability to check the 276 following functions with precise visual feedback at any given time:
277 (t) For the RT
278 (t) Radio power (battery charge) status
279 (t) Built-in test Status. The Leader Radio shall perform Power On Self-Test (POST) 280 to determine operational status. For field and organizational level maintenance, the Leader 281 Radio shall provide Built In Test (BIT) functionality to troubleshoot down to line replaceable unit 282 (LRU) level in conjunction with the RT’s self-diagnosis capabilities. The BIT diagnostics shall be 283 capable of fault detection of at least 95% of all faults and must be capable of fault isolation to a 284 single channel of at least 90% of detected faults. The results of the last 25 BITs shall be able to 285 be reviewed.
286 (t) Radio software version number
287 (t) Crypto status
288 For the Narrowband Channel
289 (t) Frequency Hopping (FH) Modes 1 and FH Mode 2
290 (t) Plain text vs. Cypher text
291 (t) Transmitting power/signal strength
292 (t) Receive signal strength
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293 (t) Alphanumeric Pre-set numbers
294 (t) Net ID (identification)
295 (t) Volume level
296 For the Wideband Channel
297 (t) Transmitting power/signal strength
298 (t) Receive signal strength
299 (t) Alphanumeric Pre-set numbers
300 (t) Alphanumeric Group number
301 (t) Network status, Net ID (identification)
302 (t) Number of nodes visible in network
303 (t) Wideband Operating Frequency, Narrowband Operating Frequency
304 (t) Volume level
305 (o) The HMI shall provide operators and maintainers with the ability to check the 306 following functions with precise visual feedback at any given time:
307 (o) GPS confidence. (When an anti-spoofing GPS is used, present a message to 308 indicate when interference with the GPS signal was detected.)
309 (o) Interference Detection. (When the radio receives RF energy within either 310 channel that degrades reception, report to the user. Applicable equally to intentional jamming 311 and unintentional interference.)
312 (t) The HMI shall be readable with 10,000 foot-candle, direct sunlight. 313 (t) The HMI shall be readable with Generation III Night Vision Goggles. 314 (t) RT unit shall allow control of the display brightness between off to maximum of 315 the HMI. 316 (t) The Leader Radio shall provide the user the capability to input numerical and 317 alpha numeric characters via a keypad device.
318 (o) The built-in display shall be readable when the RT is mounted. If the radio RT’s 319 display is intended to be used when mounted, the information will be rotated on the screen so that 320 it is presented in an easy to read format and be lockable to this orientation. 321 (t) The Leader Radio RT shall provide adaptor or legacy serial data interface in 322 accordance with MIL-STD-188-114A as shown below for compatibility with Fires support 323 systems:
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324 325
326 (t) The audio/data connectors shall meet the following physical electrical interface 327 requirements: 328 PIN SIGNAL SIGNAL SIGNAL LRU INPUT EXTERNAL Applicable NAME TYPE CHARACTERISTICS IMPEDANC LOAD Requirements E IMPEDANC E A GND Ground Ground B DGTL DATA Digital Data 1 = -5V ± 1V ≥ 4K Ohms 3.2.1.5.8.2 i) RCV Output 0 = +5V ± 1V < 0.01micro F C PUSH TO Control XMT = 0V - ≥ 10K 3.2.1.5.8.2 ii) TALK-N Input 0.5/+0.25V Ohms to and 3.2.1.5.8.2 (PTT-N) RCV = OPEN, +1.4Vdc + 5.0V iii) to 0V D DGTL DATA Control OFF = -5V ± 1V ≥ 4K Ohms 3.2.1.5.8.2 i) CLOCK Output ON = +5V ± 1V ≤ 0.01micro F E DGTL DATA Control INACTIVE = -6.75V ≥ 100K 3.2.1.5.8.2 iv) MODE Input Pin Open) Ohms to and 3.2.1.5.8.2 CONT-N ACTIVE = 1.0V ± -6.75V v) (DDMC-N) 0.5V (Pin Grounded) ≤ 3500pF F DGTL DATA Digital Data 1 = - 5V ± 1V > 9K Ohms 3.2.1.5.8.2 i) XMT Input 0 = + 5V ± 1V to -6.75V ≤ 3500pF 329 330
331 (o) The audio/data connector shall meet the following requirements: 332 (t) Voltage levels per MIL-188-114A into a single load.
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333 (t) To assure RCV mode, the external device shall satisfy one of the following:
334 (t) No more than 100microA may flow out of pin into an (unbiased) open circuit.
335 (t) Present greater than +3.5 Vdc if external voltage source is applied to pin.
336 (t) Apply a resistance of 25K Ohms to ground for pure resistive loads.
337 (t) To assure XMT mode, the external device shall satisfy at least one of the 338 following:
339 (t) External circuit shall be capable of sinking up to 500microA while ensuring 340 0.0V – 0.5/+0.25V at the pin.
341 (t) External load resistance shall be less than or equal to 400 Ohms to ground for 342 pure resistive loads.
343 (t) To assure INACTIVE state, the external device shall satisfy one of the following:
344 (t) No more than 100microA may flow out of pin into an (unbiased) open circuit.
345 (t) Present less than -3.5Vdc if external voltage source is applied to pin.
346 (t) Apply a resistance of greater than or equal to 150K Ohms to ground for pure 347 resistive loads.
348 (t) To assure ACTIVE state, the external device shall satisfy at least one of the 349 following:
350 (t) External circuit shall be capable of sinking up to 200microA while ensuring 351 0.0V plus or minus 0.5Vat the pin.
352 (t) External load resistance shall be less than or equal to 25k Ohms to ground for 353 pure resistive loads 354
355 (t) The radio shall be able to support Fires Missions by communicating with at least 356 the following sub-systems that use the standards of the Taclink card: 357 (t) Forward Observer System (FOS)
358 (t) Mortars Fire Control System (MFCS)
359 (t) Advanced Field Artillery Tactical Data System (AFATDS)
360 (t) Pocket Sized Forward Entry Device (PFED Increment II)
361 (t) The RT shall support the following Physical/Link modulation & rates (in bps) 362 when interfacing using a digital synchronous interface to the Taclink card: NRZ at rates 600, 1200, 363 1200N, 2400, 2400N, 4800, 4800N, 9600N, 16K.
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364 (t) Power
365 (t) Shall provide capability to use primary power and rechargeable batteries.
366 (t) Shall allow the replacement of any power source(s) without any special tools 367 and/or equipment.
368 (t) The RT shall operate SRW in a dismounted network for both voice and data 369 operations at maximum transmit power in an operational environment, with a 30 second PLI 370 rate and a 10% Push-To-Talk (PTT) switch voice transmission duty and SINCGARS with 6:3:1 371 (Listen, Receive, Transmit) for no less than 8 hours.
372 (t) Shall have built-in speaker and microphone with ability to Push to Talk (PTT) and 373 choose which channel is being used to communicate, and ability to choose simultaneous 374 transmission on both channels in addition to providing an external microphone and speaker 375 capability.
376 (t) Waveforms 377 (t) Soldier Radio Waveform (SRW)
378 (t) Shall include SRW version 1.2.2.1 available in the JTNC Information Repository.
379 (o) Shall include SRW version 2.0 available in the JTNC Information Repository.
380 (t) The RF selectivity in Soldier Radio Waveform (SRW) Combat Communication (CC) 381 mode shall be sufficient to tolerate the presence of any other SRW network separated in 382 frequency by 1.8 MHz center frequency spacing at full (handheld) power and 50 meters 383 distance with no degradation in performance.
384 (t) SINCGARS.
385 (t) Shall include SINCGARS with Enhanced SINCGARS Improvement Program (ESIP), 386 version 1.4 or later available in the JTNC Information Repository.
387 (t) Shall meet MIL-STD-188-220B for the modes for SINCGARS, identified as 388 threshold in Table 1: SINCGARS Waveform Modes Thresholds below.
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Table 1: SINCGARS Waveform Modes Threshold Requirements SINCGARS MODE / FEATURE Voice 2400 bps SDM 4800 bps SDM 16 kbps Transparent Data Mode (TDM) 2400 bps EDM 4800 bps EDM 9600 bps EDM 2400 bps RS-232 EDM 4800 bps RS-232 EDM 9600 bps RS-232 EDM GPS Mode FH1 (frequency hopping) Master FH2 (frequency hopping) Master TACFIRE Electronic Remote Fill (ERF) Saville Automatic Remote Keying (SARK) CUE mode (Network Control Station) 5kHz/10kHz channel offset 389 Scan Mode 390 (o) Leader Radio shall meet MIL-STD-188-220B for the modes for SINCGARS, 391 identified as objectives Table 2: SINCGARS Waveform Modes Objective below.
Table 2: SINCGARS Waveform Modes Objective SINCGARS MODE / FEATURE F1/F2 Retransmit 392 Packet Mode (shared voice/data) 393 (o) Shall include the SINGARS Crypto Modernization Improvement (CMI) waveform 394 available in the JTNC Information Repository.
395 (o) Shall include Air Traffic Control (ATC), V/U LOS waveform available in the JTNC 396 Information Repository.
397 (o) Shall include HAVE QUICK I/II waveform available in the JTNC Information 398 Repository.
399 (o) Shall include Ultra High Frequency (UHF) Amplitude Modulation (AM)/Frequency 400 Modulation (FM)/Phase-Shift Keying (PSK) while completing the associated Waveform 401 Conformance and Interoperability Assessment. (Compliance with MIL-STD-188-243)
402 (o) Shall include Very High Frequency (VHF) Amplitude Modulation (AM)/Frequency 403 Modulation (FM) while completing the associated Waveform Conformance and Interoperability 404 Assessment. (Compliance with MIL-STD-188-242)
405 (o) Shall include Project 25 (P25) Conventional Lowband while completing the 406 associated Waveform Conformance and Interoperability Assessment.
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407 (o) Shall include Project 25 (P25) Conventional Highband while completing the 408 associated Waveform Conformance and Interoperability Assessment.
409 (o) Shall include Advanced Narrowband Digital Voice Terminal (ANDVT) while 410 completing the associated Waveform Conformance and Interoperability Assessment.
411 (o) Shall include Demand Assigned Multiple Access (DAMA) while completing the 412 associated Waveform Conformance and Interoperability Assessment. Use of external 413 amplifiers, external low noise amplifiers, or high gain antennas to meet UHFSATCOM link 414 margin is acceptable. The weight and volume of these ancillaries may not be counted against 415 the established system weight or cube size.
416 (o) Shall include Integrated Waveform (IW) while completing the associated 417 Waveform Conformance and Interoperability Assessment. Use of external amplifiers, external 418 low noise amplifiers, or high gain antennas to meet UHFSATCOM link margin is acceptable. The 419 weight and volume of these ancillaries may not be counted against the established system 420 weight or cube size.
421 (o) Shall include Mobile User Objective System (MUOS) waveform version 3.1.5 or 422 newer while completing the associated Waveform Conformance and Interoperability 423 Assessment.
424 (o) Shall include Wideband Networking Waveform (WNW) version 4.2.2 while 425 completing the associated Waveform Conformance and Interoperability Assessment. 426
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427 (t) Waveform Mode Storage, Planning and Network Management
428 (t) Shall store all provided waveforms and required operational parameters 429 simultaneously.
430 (t) Shall store all data encrypted while at rest in accordance with current NSA 431 guidelines.
432 (t) Shall provide the ability for software and mission data to be loaded via USB mass 433 storage device drag and drop method.
434 (t) Waveform and Mode Selection
435 (t) Waveform modes shall be user selectable.
436 (o) Shall be able to switch any waveform and mode to a different waveform and 437 mode within the same channel in less than 2 minutes.
438 (t) Cold Start/Warm Start
439 (t) Shall operate waveform(s) and assign mode(s) to attain the interoperability 440 required to meet mission needs and be fully operational within 11 minutes from cold start. 441 Cold start is the process of powering up, start and beginning of loading, entering, and 442 configuring a radio’s software/applications and hardware (if necessary) to allow the radio to 443 enter into its operational state. Cold start is normally required after such software items as 444 waveforms, waveform operating parameters, crypto keys, and presets have been uninstalled 445 from the radio and powered down. Cold start does not imply the reloading of the radio 446 operating environment (OE) or those radio services applications necessary to put the RT into a 447 state in order to receive the software required to operationally configure the radio.
448 (t) Shall allow operators to re-configure the radio to operate waveform(s) and 449 mode(s) to attain the interoperability required to meet mission needs and be fully operational 450 (enter into network within 5 minutes from warm start.) Warm start process is conducted after a 451 radio has been successfully loaded by the operator or has previously been in an operational 452 state and contains all the necessary radio software/ applications to allow the set to enter into a 453 state of operation. Warm starts process may consist of using a channel instantiated waveform 454 and modifying its waveform parameter sets, (e.g., keys, presets, frequencies) to allow the 455 operator to enter into a different network using the same waveform that is currently 456 instantiated on the channel. Warm start may also consist of tearing down a radio’s channel and 457 instantiating a new waveform and its parameter sets from memory unto the channel to allow 458 the operator to enter into a new required network.
459 (t) Multiple channels 460 (t) The RT shall have the capability of operating two channels simultaneously.
461 (o) The RT shall have the capability of operating any waveform on any channel.
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462 (o) The RT shall have the capability of powering on or off each channel independently.
463 (t) Global Positioning System (GPS) 464 (t) Internal GPS
465 (t) Shall provide an integrated GPS capability. The integrated GPS may be a semi- 466 permanently affixed module.
467 (t) Shall be able to connect external SAASM GPS to radio via cable in lieu of internal 468 non-SAASM.
469 (t) Shall include an integrated antenna to receive GPS signal as part of the system.
470 (t) The Leader Radio, when operating waveforms for transmitting Position Location 471 Information (PLI) over Internet Protocol (IP) data, shall use Variable Message Format (VMF) 472 K5.01 in accordance with the MIL-STD-6017 and MIL-STD-6017A series with VMF header in 473 accordance with MIL-STD-2045-47001C.
474 (t) Position location information (PLI) shall be accurate within 10 meters, with clear 475 sky view and a minimum of 4 satellite signals acquired, where GPS signal is available.
476 (t) External GPS Interface Requirements
477 (t) Shall utilize Precise Position Service (PPS) GPS when both PPS and commercial 478 GPS signals are available.
479 (t) Shall be able to receive time and position data via GPS-153 formatted message 480 from external devices. Example: DAGR.
481 (o) Semi-permanently affixed GPS module
482 (t) Shall provide a semi-permanently affixed module which can be easily upgraded 483 to SASSM and M-Code.
484 (t) Shall be able to connect external SAASM GPS to radio via cable.
485 (t) Shall include an integrated antenna to receive GPS signal as part of the system.
486 (t) The Leader Radio, when operating waveforms for transmitting Position Location 487 Information (PLI) over Internet Protocol (IP) data, shall use Variable Message Format (VMF) 488 K5.01 in accordance with the MIL-STD-6017 and MIL-STD-6017A series with VMF header in 489 accordance with MIL-STD-2045-47001C.
490 (t) Position location information (PLI) shall be accurate within 10 meters, with clear 491 sky view and a minimum of 4 satellite signals acquired, where GPS signal is available.
492 (t) Information Security (INFOSEC)
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493 (o) Shall be capable of being handled as Unclassified (non-Controlled Cryptographic 494 Item (CCI)) equipment when not keyed.
495 (t) Communications Security (COMSEC). 496 For the purposes of this section, the term “keys” includes system keys, certificates, and Firefly 497 vectors as well as user traffic keys.
498 (t) Key Management
499 (t) Shall be compatible with the Electronic Key Management System (EKMS) key 500 distribution system via approved SKL Tier 3 device and follow-on KMS system.
501 (t) Shall be capable of using the existing key loader to load COMSEC.
502 (t) Shall support transmit and receipt of OTAR and OTAT of cryptographic keying 503 material in accordance with the Over-the-Air Management (OTAM) Interface Standard 1.0 504 dated 12 November 2015.
505 (t) Shall support Over the Air Zeroization (OTAZ), for remote zeroization of 506 cryptographic keying material in accordance with SRW WDS.
507 (t) Shall support zeroization of keys individually or collectively. 508 (t) Shall support Over the Air reception of new keys in accordance with the Over- 509 the-Air Management (OTAM) Interface Standard 1.0 dated 12 November 2015 while using SRW.
510 (t) Under SINCGARS operation, shall support Electronic Remote Fill (ERF) 511 capabilities.
512 (t) Key Handling and Storage
513 (t) Shall be capable of operating with Unclassified and Classified COMSEC.
514 (t) Shall support update of an existing COMSEC key from an attached SKL without 515 requiring human intervention to modify existing presets.
516 (t) Shall support update of an existing COMSEC key from an attached Next 517 Generation Key Loader device without requiring human intervention to modify existing presets. 518 (t) Key Retention
519 (t) Shall be capable of retaining key variables for at least 96 hours after loss of 520 primary power.
521 (o) Shall be capable of retaining key variables for at least 144 hours after loss of 522 primary power.
523 (t) Holdup battery shall be either field replaceable or rechargeable.
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524 (t) The RT shall not utilize a keying solution that results in need for depot-level 525 recovery after holdup battery failure.
526 (t) Other Requirements 527 (t) Presets
528 (t) Shall have the storage capacity to store 50 presets for each channel.
529 (t) Over The Air Preset Updates
530 (t) Shall support the reception of new presets over the air in accordance with 531 Waveform Conformance and Interoperability Assessment for the Soldier Radio Waveform as 532 per PRD Section 11.3 and in compliance with OTAM standard 1.0 or higher.
533 (t) Talk Group
534 (t) Under SRW operation, shall be capable of actively participating in one voice call 535 group in half duplex mode while monitoring two other voice call groups.
536 (t) Audible Status
537 (t) The radio shall provide audible status, alerts and cues.
538 (t) Shall contain an internal microphone and speaker and ability to adjust volume 539 for each channel. Note: this is in addition to any other mic/speaker corded configuration. 540
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541 (o) Route and Retransmission 542 (o) Shall provide 1 or more route and retransmission objective capabilities as defined 543 by “O” in Table 3: Route and Retransmission Capabilities. 544 545 Table 3: Route and Retransmission Capabilities Channel 2
Channel 1 SINCGARS Voice SINCGARS SINCGARS Data Voice SRW SRW IP Data Voice "DAMA" SATCOM UHF UHF SATCOM IW Voice II HAVEQUICK VHF/UHF LOS (ATC) Voice Tactical Military FM VoiceVHF AM/FM PSKUHF voice Military Voice MUOS MUOS Data IPWNW SINCGARS Voice O O O SINCGARS Data O O O SRW Voice O O O SRW IP Data O O O O UHF SATCOM "DAMA" Voice UHF SATCOM IW Voice HAVEQUICK II O O O O VHF/UHF LOS (ATC) Voice O O O O VHF FM Military Tactical Voice O O O O UHF AM/FM PSK Military voice O O O O MUOS Voice O O MUOS Data O O O 546 WNW IP O O O 547 548
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549 (t) Leader Radio Set (LR) 550 LR shall provide a fully mission capable radio that can operate for a 24 hour mission which 551 includes at a minimum the following:
552 (t) Leader Radio Receiver-Transmitter (RT) 553 The RT in the LR shall be identical to the RT in the Leader Radio Mounted Set (LR-M).
554 (t) Dismounted multi-band antenna(s)
555 (t) GPS antenna 556 (t) Battery, storage, quantity suitable for 24-hour mission 557 (t) Shall provide a rechargeable battery approved by Department of 558 Transportation/Air Transportation Association (DOT/ATA).
559 (t) Shall preclude damage caused by battery reverse polarity.
560 (t) Shall be able to be exchanged wearing full Mission Oriented Protective Posture 561 (MOPP) IV protective gear.
562 (t) Shall comply with hazardous material (HAZMAT), demilitarization, and disposal.
563 (t) Shall be compatible with Army’s Modular Universal Battery Charger.
564 (o) Shall be interoperable with the Army’s standard battery configuration for handheld 565 radios, specification TBD.
566 (t) Any vendor-unique battery offered shall be in compliance with MIL-PRF-32383 and 567 MIL-STD-882E.
568 (t) Loudspeaker- Microphone 569 (t) Shall consist of a half-duplex, dual function device (acting as both a speaker and a 570 microphone) that provides remote audio input/output from a radio.
571 (t) Shall provide a PTT switch to activate the microphone and engage either or both 572 channels of the RT.
573 (t) Shall be able to be operated with a single hand.
574 (t) Shall provide volume control for the speaker.
575 (t) Shall attach to web gear and armored vest.
576 (t) Shall provide interface to U- 329/U, 6 pin audio and key fill connector.
577 (o) Shall incorporate PTT controls for both channels.
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578 (t) Shall provide a non-proprietary audio connector jack to enable use of an earbud in 579 lieu of the speaker.
580 (o) External speaker/microphone 581 Shall provide external speaker/microphone that is selectable for talk on SINCGARS, SRW Call 582 Group 1, SRW Call Group 2, and simultaneous transmit on two channels.
583 (t) Talk Group Selector Capability 584 (t) Shall enable simultaneous participation in multiple talk groups.
585 (t) Shall be compatible with Headset and External Speaker/Microphone.
586 (t) Headset 587 (t) Shall be compatible with Personnel Armor System, ground troop helmets, Tactical 588 Communications and Protective System headset and weapons.
589 (t) Shall be compatible with the Advanced Combat Helmet.
590 (t) Shall activate built-in microphone via Push-To-Talk (PTT) switch.
591 (t) Shall be capable of listening on all channels simultaneously.
592 (t) Shall be capable of transmitting on all channels independently and simultaneously.
593 (t) Earphone 594 (t) Shall provide audio output to permit the operator to monitor received 595 communications transmissions.
596 (t) Shall be electrically and mechanically compatible with the External 597 Speaker/Microphone.
598 (t) Shall provide a method of attachment to web gear or armored vest.
599 (t) Shall be capable of listening on all channels simultaneously.
600 (t) Case, Electronic (Radio Pouch, Camo) 601 (t) Shall hold the radio including attached antennas, battery, mission module 602 capability, NW Data Adapter, NW Power Adapter, or optional Data and Power adapter.
603 (t) Shall provide access and permit operation of radio controls with the radio placed in 604 the holster.
605 (t) Shall permit user access to all radio external interfaces while radio is in the holster.
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606 (t) Shall be mountable to standard issue body armor systems. Shall utilize straps or 607 clips compatible with Army standard Modular Lightweight Load Carrying Equipment (MOLLE) 608 attachment points in accordance with TM 10-8465-236-10.
609 (t) Shall incorporate the Army Operational Camouflage Pattern or primarily be Tan 499 610 in accordance with Army uniform regulations AR 670-1.
611 (t) GPS Cable 612 (t) Shall provide connection from the RT unit to a Defense Advanced GPS Receiver to 613 receive Precise Position Service (PPS) data (i.e. DAGR or DAPS) on the RT unit if the PPS device is 614 not physically attached to or inside of the RT body. Shall not require removal of the NW data 615 cable.
616 (t) Mission Module Capability 617 (t) Shall allow connection of a Full Motion Video (FMV) terminal that consumes power 618 only.
619 (t) Shall allow connection of devices supporting conversion of data for transmission 620 over SINCGARS waveform e.g. supporting Field Artillery PFED with capability equal, similar, or 621 better than TACLINK.
622 (o) Shall provide capability for Electronic Warfare module enabling RF detection and 623 position identification.
624 (t) Shall allow connection of future ancillary devices using USB 2.0 signaling protocols 625 or greater.
626 (t) LR Ready-Based Spares Kit 627 (t) Shall include spare parts (e.g., gasket seals, battery cover, battery o-ring, channel 628 knob, knob screw set) that can be replaced by the operator/maintainer IAW the draft or 629 approved Maintenance Allocation Chart (MAC).
630 (t) LR Dismounted Antenna(s) 631 (t) Shall have a power rating equal to or exceeding the maximum output power for the 632 RT.
633 (t) Shall connect to the antenna interface of an RT.
634 (t) Shall be capable of operation with R/F extension cables permitting antenna to be 635 located on the soldier’s equipment while the RT remains in the holster to prevent body 636 masking.
637 (t) GPS antenna shall provide ability to receive GPS signals.
638 (t) UHF / L-Band multi-band antenna:
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639 (t) Shall operate over the SRW frequency ranges from 225-450 MHz, 1250-1390 640 MHz, and 1755-1850 MHz.
641 (t) Shall be omnidirectional in the horizontal plane with no more than 3dB of gain 642 variation at each frequency in the SRW frequency range.
643 (t) Shall have a minimum gain of -7 dBi at the horizon for at least 95% of the SRW 644 frequency ranges.
645 (o) Shall be omnidirectional in the horizontal plane with no more than 3dB of gain 646 variation at each frequency in the V/ULOS frequency range.
647 (o) Shall be vertically polarized.
648 (t) VHF antenna:
649 (t) Shall operate over the SINCGARS frequency range from 30-88 MHz.
650 (t) Shall have a Voltage Standing Wave Ratio (VSWR) of less than 3:1 for 95% of the 651 SINCGARS frequency range.
652 (t) Shall have a minimum gain of -7 dBi at the horizon for at least 95% of the 653 SINCGARS frequency range.
654 (t) Shall be omnidirectional in the horizontal plane with no more than 3dB of gain 655 variation at each frequency in the SINCGARS frequency range.
656 (o) Shall operate over the V/U LOS frequency range from 118-137 MHz.
657 (o) Shall operate over the Extended V/U LOS frequency range from 108-156 MHz.
658 (t) Shall be vertically polarized.
659 (o) Shall have a Voltage Standing Wave Ratio (VSWR) of less than 3:1 for 95% of the 660 V/U LOS frequency range.
661 (o) Shall provide a Lightweight SATCOM Antenna with Carrying Case to support 662 enhanced waveform(s) capabilities.
663 (o) Shall provide a SATCOM Antenna with Carrying Case to support enhanced 664 waveform(s) capabilities.
665 (t) Leader Radio Set with Nett Warrior Accessories 666 (t) Shall include the LR Set
667 (t) Shall include necessary ancillaries for NW interface 668 (t) Nett Warrior (NW) Data Adapter
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669 (t) The NW Data Adapter shall provide a data interface between the RT, the NW 670 Power Adapter, and the NW EUD as defined in the NW ICD.
671 (t) When the radio is attached to the NW Data Adapter, External Prime Power 672 Source, NW Power Adapter and NW Ensemble (EUD, Hub, Cables, DAGR, and DAGR Adapter); 673 neither the radio nor the adapter shall negatively contribute to Electromagnetic Interference 674 (EMI).
675 (t) When the radio is attached to the NW Data Adapter, External Prime Power 676 Source, NW Power Adapter and NW Ensemble (EUD, Hub, Cables, DAGR, and DAGR Adapter); 677 neither the radio nor the adapter shall negatively contribute to Electromagnetic Environmental 678 Effects (E3) Survivability.
679 (t) Nett Warrior (NW) Power Adapter 680 NW Power Adapter shall meet all threshold subsection requirements for the Nett Warrior 681 Power Adapter defined in the Nett Warrior Interface Control Document.
682 (t) The NW Power Adapter shall accept +5VDC input from an external power source 683 and route to the NW Data Adapter.
684 (t) The NW Power Adapter without conformal battery shall meet Rechargeable 685 Battery requirements as defined in PRD Section 4, Batteries, and meet or exceed mission life 686 expectations with conformal battery.
687 (t) The NW Power Adapter for the radio shall support mission module capability.
688 (o) The weight of the radio including the antenna(s) and the NW Power Adapter 689 shall be less than 3 pounds.
690 (o) Shall permit the radio to remain operational while replacing the radio set’s main 691 battery.
692 (t) Nett Warrior (NW) Data and Power Adapter 693 Shall meet specifications for combined data and power while meeting requirements detailed in 694 the NW ICD. 695
696 (t) Leader Radio Mounted Set (LR-M) 697 LR-M shall provide a fully mission capable radio which includes at a minimum the following 698 components (identical to the dismounted radio unless noted):
699 (t) Leader Radio Receiver-Transmitter 700 (t) Dismounted multi-band antenna(s)
701 (t) GPS antenna 702 (t) One (1) battery, storage
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703 (t) Loudspeaker- Microphone 704 (t) Earphone
705 (t) Case, Electronic 706 (Radio Accessory pouch for dismounted antennas and earphone)
707 (t) LR-M Installation Kit 708 The Leader Radio vehicle installation kit will be VICTORY compliant. Variants without and with 709 GFE will both include the Vehicle Adapter and Amplifier (VAA), vehicle mount, antennas, 710 installation kit ancillaries, VICTORY integration items, and.
711 (t) VICTORY
712 (t) Shall be compliant with VICTORY standard specifications Version 1.6 or later.
713 (o) Shall be compliant with VICTORY standard specifications Version TBD.
714 (t) Variants without GFE. 715 When GFE is not provided, vendor shall provide equipment that will fit in the Mounting Tray 716 (MT-6352) hardware footprint and meet requirements as specified.
717 (o) Variants with GFE. 718 When GFE is provided, vendor shall minimize integration complexity by reuse of MT-6352 719 SINCGARS mount, AM-7239 VAA, and legacy AM-7238 VHF amplifiers or Universal Mounting 720 Tray. The solution would not require additional hardware that would be redundant to the 721 capability extant in the vehicle or the handheld radio. Redundant hardware includes but it not 722 limited to replacement VHF amplifiers, display, and controls.
723 (t) Vehicle Adapter and Amplifier (VAA)
724 (t) Physical Characteristics
725 (t) Shall hold at least a single RT with a rechargeable battery. 726 (t) Shall provide access and permit operation of radio controls with the RT placed in 727 the VAA or a remote for this capability. 728 (o) Shall fit into only an upper or lower tray of the space envelope of the SINCGARS 729 vehicle mount. See figure below.
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730 731 (t) Shall allow the radio to be uninstalled without any special tools and/or 732 equipment to enable dismounted operations. 733 (t) Shall allow the mounted RT to be secured with a lock. 734 (t) Vehicle Mount
735 (t) When GFE is not provided, vendor shall provide equipment that will fit in the 736 Mounting Tray (MT-6352) hardware footprint and meet requirements as specified in 5.3.1.
737 (o) When GFE is provided, shall reuse existing MT-6352 SINCGARS mount and AM- 738 7239 VAA or Universal Mounting Tray hardware in the approved configuration baseline.
739 (t) Shall hold the VAA with installed RT securely and be capable of being locked in 740 place.
741 (t) Shall permit user access to and permit operation of all radio functions while the 742 VAA with installed RT is installed in the mount.
743 (t) Shall provide grounding of the VAA to the vehicle.
744 (t) Power
745 (t) Shall operate continuously when powered from vehicle power of 20-32 VDC.
746 (t) Shall provide direct power to the RT unit and its rechargeable battery and run off 747 the vehicular power.
748 (t) Shall charge the battery(ies) of the RT unit.
749 (t) Shall permit use of the radio’s battery while vehicle power is off, for low power 750 operation without use of vehicle power amplifier while vehicle electricity is offline, or while the 751 platform is restarting. This is a manually selectable capability so that the radio will not require 752 reboot or waveform re-instantiation due to vehicle power fluctuation.
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753 (o) Shall integrate with the mounted radio and provide the capability to remain in 754 operation when vehicle power is interrupted so that the radio does not require reboot or 755 waveform re-instantiation.
756 (t) Shall provide protection from power surges and spikes per MIL-STD-1275D.
757 (t) Environmental Testing 758 (t) Shall meet Environmental Testing standards of the dismounted system unless 759 specified otherwise for the mounted production configuration system.
760 (t) Vehicular Vibration
761 (t) Shall be operational during and after undergoing vibration induced by vehicular 762 transport (both tracked and wheeled) over all types of roads and cross country terrain and 763 vibration associated with transportation verified by testing in accordance with MIL-STD-810G, 764 Method 514.6, Procedure I, General vibration category 20.
765 (t) Vehicular Immersion
766 (t) Shall be capable of being powered on and operational during and after 767 immersion in at least 1 meter of seawater for 30 minutes verified by testing in accordance with 768 MIL-STD-810G, Method 512.5, Procedure I – Immersion.
769 (t) Shall be capable of immediate operation after immersion in at least 1 meter of 770 seawater for 30 minutes.
771 (t) Shall include a watertight RF connections that interfaces with an antenna that 772 permits immediate operation after immersion in at least 1 meter of seawater for 30 minutes.
773 (o) Installation Kit – TBD 774 (t) Adapter Assembly
775 (t) Mount
776 (t) Antennas
777 (t) Mounted Antenna(s)
778 (t) Shall have a power rating equal to or exceeding the maximum output power for 779 the mounted radio’s amplifier.
780 (t) Shall operate over the full range of frequencies supported by the RT and 781 amplifier.
782 (t) Shall integrate multiple R/F bands into a single package to eliminate 783 modifications to platforms caused by adding antenna mounting plates and single-use antennas.
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784 (t) Shall meet specifications applicable to the platform integration for HMMWV at 785 minimum. FMTV and M113 optional.
786 (o) Multi-band antenna assembly with external amplifier integrated into riser base 787 under the antenna shall not exceed height specification for platform systems.
788 (o) Shall provide a Vehicle tri-band Antenna to support VHF/UHF/L-Band operation 789 with minimal vehicle integration costs or modifications.
790 (o) Shall provide a Vehicle SATCOM Antenna to support enhanced waveform(s) 791 capabilities.
792 (t) Amplifiers
793 (t) Shall support RF amplification of Soldier Radio Waveform (SRW).
794 (t) Shall support RF amplification of the SINCGARS waveform.
795 (t) Receive Characteristics
796 (t) Shall provide co-site filtering to enhance receive operations of the RT in the 797 presence of strong interfering signals.
798 (t) Transmit Characteristics
799 (t) Shall provide co-site filtering to reduce transmit interference by reducing 800 broadband transmit noise of the system.
801 (t) Shall provide amplifiers for increased peak-envelope-power across the UHF and 802 L-Band frequency ranges comparable to dismounted systems, and provide point to point 803 transmission ranges of at least 10 km, RF Line-of-Sight, with a 4 meter antenna placement 804 above flat open terrain.
805 (t) Shall provide options for RF power without amplification, bypassing powered 806 amplifier and manually connecting the RT directly to vehicle antenna for the RT unit’s maximum 807 peak-envelope-power in UHF and L-Band.
808 (t) VAA transmitter conducted spurious output level shall be attenuated at least 50 809 dBc for 95% of the frequency range when operating at any output power.
810 (t) Shall provide peak-envelope-power across the 30-88 MHz frequency range and 811 provide SINCGARS point to point transmission ranges of at least 40 km, RF Line-of-Sight provided 812 any obstruction, including terrain, is no greater than 40% across the radius at any point along the 813 ellipsoid of transmission, with a 4 meter antenna placement above flat open terrain for VHF 814 operations.
815 (t) Shall provide options for RF power without amplification, bypassing powered 816 amplifier and manually connecting the RT directly to vehicle antenna for the RT unit’s maximum 817 peak-envelope-power.
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818 (o) Externally mounted amplifiers, if supplied, shall not present an electrical hazard 819 to personnel.
820 (t) Installation Kit Ancillaries 821 (t) Shall include antennas, additional cables, connectors, wires and hardware (filters, 822 connectors, etc.) as necessary to complete vehicle integration.
823 (o) VICTORY Integration Items 824 (o) Shall provide Radio HMI to control the radio(s) if radios are mounted in a position 825 that prevents easy access to the built-in controls and display.
826 (o) Shall provide a user-configurable router and/or switch to enable Ethernet interface 827 in accordance with VICTORY standards.
828 (o) Shall fit two Leader Radios into the space of a SINCGARS VRC-91.
829 (o) Shall require minimal space envelope for mounting locations TBD.
830 (t) Ready-Based Spares Kit 831 (t) Shall include spare parts (e.g., gasket seals, battery cover, battery o-ring, channel 832 knob, knob screw set) that can be easily replaced by the operator.
833 (o) Foreign Military Sales (FMS) Leader Radio Set – TBD 834 (t) Other Ancillary Items
835 (o) Single-Bay AC/DC Charger 836 (t) Shall recharge fully depleted/discharged rechargeable battery to full capacity within 837 seven hours.
838 (t) Shall provide a visual display of battery charge status.
839 (t) Shall operate from a source voltage of 90-240 VAC at 50-60 Hz.
840 (t) Shall protect from power surges, spikes, and transients. Allowable transients for 841 system operation in 60 Hz/120 VAC electrical systems are defined in MIL-STD-704F (Figure 8 842 (for voltage) and Figure 10 (for frequency)).
843 (t) Shall operate from a source voltage of 12-32 VDC.
844 (t) Shall protect from power surges, spikes, and transients. Surge and spike envelopes 845 for system operation in DC electrical systems are defined in Figure 5 and Figure 6 of MIL-STD- 846 1275D or newer.
847 (t) Shall provide DC power connections compatible with multiple DC sources.
848 (t) Shall charge a single rechargeable battery at a time.
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849 (t) Shall hold only a single rechargeable battery at a time.
850 (o) Shall have means of controlled discharge of batteries down to 20-30% of capacity 851 to render them safe for shipping IAW transportation requirements.
852 (o) Multi-bay battery charger 853 (t) Shall recharge at least six fully depleted/discharged rechargeable batteries 854 simultaneously, to full capacity within seven hours.
855 (t) Shall provide a visual display of battery charge status.
856 (t) Shall operate from a source voltage of 90-240 VAC at 50-60 Hz.
857 (t) Shall protect from power surges, spikes, and transients. Allowable transients for 858 system operation in 60 Hz/120 VAC electrical systems are defined in MIL-STD-704F (Figure 8 859 (for voltage) and Figure 10 (for frequency)).
860 (t) Shall operate from a source voltage of 12-32 VDC.
861 (t) Shall protect from power surges, spikes, and transients. Surge and spike envelopes 862 for system operation in DC electrical systems are defined in Figure 5 and Figure 6 of MIL-STD- 863 1275D or newer.
864 (t) Shall provide DC power connections compatible with multiple DC sources.
865 (t) Shall not recharge batteries incrementally.
866 (o) Shall have means of controlled discharge of batteries down to 20-30% of capacity 867 to render them safe for shipping IAW transportation requirements.
868 (t) Data Mode Control Device Cable(s) 869 (t) Shall provide the capability to receive and transfer digital data between a MHH COE 870 EUD and the RT via Ethernet over Universal Serial Bus (USB) 2.0 or higher Type B Micro or 871 provide applicable adapter to support data applications over Universal Serial Bus (USB) 2.0 or 872 higher Type B Micro, and have quick release capability.
873 (t) Shall provide the capability to receive and transfer digital data (COMSEC and 874 presets) between the RT and Simple Key Loader (SKL) device.
875 (o) Shall provide the capability to receive and transfer digital data (COMSEC and 876 presets) between the RT and Next Generation Key Loader device.
877 (t) Shall provide the capability to receive and transfer digital data between the RT and 878 an approved Network Manager.
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879 (t) Shall provide the capability to interface data/peripherals with each channel 880 independently and without interference to the other channel. e.g. TACLINK connected to 881 SINCGARS while NW connected to SRW.
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882 Certification Requirements 883 All reports, analyses, assessments and certifications are required for each radio set variant or 884 receiver-transmitter (RT) unless specifically stated otherwise.
885 (t) Reliability Reports 886 (t) Hardware Reliability Report 887 Shall provide prior to contract award a Company or Government Test Report/Analysis which 888 documents the inherent hardware reliability of the radio and the radio channels (each channel 889 separately).
890 (t) System Reliability Report 891 (t) Shall provide prior to contract award a Company or Government Test 892 Report/Analysis which documents with 80% confidence a probability of at least 86% of 893 operating over a 72 hour period without a function failure per channel when dismounted. For 894 Company reports, “functions” will be those documented in the Company’s Functional 895 Description Document (FDD) for the radio being offered. For Government Test Reports 896 “functions” will be those documented in the governing Failure Definition / Scoring Criteria 897 (FD/SC).
898 (o) Shall provide prior to contract award a Company or Government Test 899 Report/Analysis which documents with 80% confidence a probability of at least 90% of 900 operating over a 72 hour period without a function failure per channel when dismounted. For 901 Company reports, “functions” will be those documented in the Company’s Functional 902 Description Document (FDD) for the radio being offered. For Government Test Reports 903 “functions” will be those documented in the governing Failure Definition / Scoring Criteria 904 (FD/SC).
905 (t) Shall provide prior to contract award a Company Functional Description Document 906 (FDD) for the radio(s) being offered if System Reliability Assessment Report /Analysis is based 907 on the radio’s Functional Description Document (FDD) rather than a governing Failure 908 Definition / Scoring Criteria (FD/SC).
909 (t) Environmental Test Reports
910 (t) MIL-STD-810G Test Report 911 Shall provide prior to contract award a Company or Government Test Report which documents 912 compliance with MIL-STD-810G.
913 (t) EMI and E3 Survivability Test Report 914 Electromagnetic Interference (EMI) and Electromagnetic Environmental Effects (E3) 915 Survivability.
916 (t) Electromagnetic Interference (EMI) Report
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917 (t) Shall provide prior to contract award a Company or Government Test Report which 918 documents compliance with EMI control requirements CE101, CE102, CS101, CS114, CS115, 919 CS116, RE101, RE102, RS101, and RS103 of MIL-STD-461F.
920 (t) Shall provide prior to contract award a Company or Government Test Report which 921 documents EMI control requirement CE106 of MIL-STD-461F of at least 65dB down from the 922 level at the fundamental for harmonics, except the second and third, and all other spurious 923 emissions.
924 (o) Shall provide prior to contract award a Company or Government Test Report which 925 documents EMI control requirement CE106 of MIL-STD-461F of at least 70dB down from the 926 level at the fundamental for harmonics, except the second and third, and all other spurious 927 emissions.
928 (t) Electromagnetic Environmental Effects (E3) Survivability Reports 929 (t) High Altitude Electromagnetic Pulse (HEMP). Shall provide prior to contract award 930 a Company or Government Test Report which documents the radio withstands the effects of 931 High Altitude Electromagnetic Pulse (HEMP) in accordance with MIL-STD-2169B.
932 (t) Near Strike Lighting (NSL). Shall provide prior to contract award a Company or 933 Government Test Report which documents the radio withstands the effects of Near Strike 934 Lighting (NSL) events in accordance with MIL-STD-464C.
935 (t) Electro Static Discharge (ESD). Shall provide prior to contract award a Company or 936 Government Test Report which documents that each radio variant complies with the Electro 937 Static Discharge (ESD) requirements of MIL-STD-464C.
938 (t) Nuclear, Biological and Chemical (NBC) Reports 939 (t) Mission Oriented Protective Posture (MOPP) Report 940 Shall provide prior to contract award a Company or Government Test Report / Analysis which 941 documents that personnel in full Mission Oriented Protective Posture (MOPP) IV protective 942 gear can successfully operate and maintain the radio.
943 (t) Decontamination Report 944 Shall provide prior to contract award a Company or Government Test Report / Analysis which 945 documents that the radio can be decontaminated using existing solvents.
946 (t) Software Communication Architecture (SCA) Certification 947 Shall obtain prior to contract award SCA Certifications from the Project Manager Joint Tactical 948 Networks (PM JTN), PEO C3T.
949 (t) Nett Warrior ICD Conformance Certification 950 Shall obtain prior to contract award a Nett Warrior Interface Control Document (ICD) 951 Conformance Certification from PM Nett Warrior, PEO Soldier.
952 (t) Joint Enterprise Network Manager (JENM) User Certification
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953 Shall obtain prior to contract award JENM User Certification from Tactical Cyber and Network 954 Operations (TCNO), PM WIN-T, PEO C3T.
955 (t) DoD RMF and ATO Approval and Accreditation 956 Department of Defense (DoD) Risk Management Framework (RMF) and Authority to Operate 957 (ATO). Currently the Designated Approval Authority (DAA) for RMF and ATO is the PEO C3T 958 Information Security, Security Manager (ISSM).
959 (t) Risk Management Framework (RMF) Accreditation 960 Shall, no later than 4 months after contract award, have an approved RMF Accreditation from 961 the Designated Approval Authority (DAA). RMF Accreditation is documented via an Authority 962 to Operate (ATO), an Interim Authority to Operate (IATO), or an Interim Authority to Test 963 (IATT).
964 (t) Cybersecurity Risk Decision Approval 965 Shall, no later than 2 months after contract award, have an approved Certification and 966 Accreditation (C&A) Plan from the Designated Approval Authority (DAA).
967 (t) National Security Agency (NSA) Certification 968 Shall at contract award be certified by NSA as a Type 1 product for use in cryptographically 969 securing SECRET U.S. Government information when appropriately keyed.
970 (t) Spectrum Approvals
971 (t) SSRA Approval at Contract Award 972 Shall at time of contract award have a PEO C3T approved Spectrum Supportability Risk 973 Assessment (SSRA) IAW DoDI 4650.1 and the Joint Services Guide for the Development 974 Spectrum Supportability Risk Assessment.
975 (t) Spectrum Approval Stage 3 at Contract Award 976 Shall at time of contract award have an Army Spectrum Management Office (ASMO) Stage 3 977 approval on the submitted DD Form 1494 IAW DoDI 4650.01.
978 (t) Spectrum Approval State 4 after Contract Award 979 Shall, no later than 9 months after contract award have an Army Spectrum Management Office 980 (ASMO) Stage 4 approval on the submitted DD Form 1494 IAW DoDI 4650.01.
981 (t) Joint Interoperability Test Center (JITC) Assessments
982 (t) JITC Waveform Conformance Assessment 983 Shall, no later than 3 months after contract award, obtain a JITC Conformance Assessment 984 Report for all waveforms for the radio variant.
985 (t) JITC Interoperability Assessment 986 Shall, no later than 3 months after contract award, obtain a JITC Interoperability Assessment 987 Report for all waveforms for the radio variant.
988 (t) Safety Certifications
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989 Shall obtain prior to Operational Test or other integration and test events as required, a CECOM 990 Safety or other Government Safety Officer Safety Certification(s).
991 (t) ISO 9000 Certification 992 Shall provide prior to contract award a Company Certification which state the company has 993 appropriate ISO 9000 Certification for the type of work expected to be accomplished under this 994 contract effort.
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995 Operational and Sustainment Requirements 996 (t) Warranty 997 Paragraph 4 above, Certification Requirements, document the required enabling fundamental 998 documents and certifications all Leader Radio variants must obtain and maintain throughout 999 the warranty period.
1000 (t) Software Warranty 1001 (t) All Leader Radio variants shall have a software warranty that matches the duration 1002 of the hardware warranty.
1003 (t) Shall fix under warranty all CECOM SEC Category 1 Type failures immediately upon 1004 becoming aware of the failure IAW Company’s Best Practices and the Government’s 1005 Configuration Control Process.
1006 (t) Hardware Warranty 1007 (t) Shall establish an 8 year warranty for the RT and amplifies. Under this warranty the 1008 defective items will be repaired or replaced and shipped/returned to CONUS depot stock.
1009 (t) Shall establish a 10 year warranty for the RT and amplifies. Under this warranty the 1010 defective items will be repaired or replace shipped/returned to CONUS depot stock.
1011 (o) Shall establish a 12 year warranty for the RT and amplifies. Under this warranty 1012 the defective items will be repaired or replaced shipped/returned to CONUS depot stock.
1013 (o) Shall establish a 14 year warranty for the RT and amplifies. Under this warranty 1014 the defective items will be repaired or replaced shipped/returned to CONUS depot stock.
1015 (t) Field Service Representatives (FSR) 1016 Shall provide FSRs as required by the government.
1017 (t) Basic FSR (Intermediate Technical Level) 1018 Shall provide support in all areas of Operator and Unit level radio set and Lower Tactical 1019 Internet (LTI) operations to include equipment set up, operations, repair and over-the-shoulder 1020 coaching of these skills and formal classroom instruction of these skills.
1021 (t) Intermediate FSR (Senior Technician Level) 1022 Shall provide support related to radio set and LTI operational systems integration to enable 1023 operational and system interoperability, and include the implementation of network plans as 1024 would be expected an ISYSCON S-6 operator/basic planner. Shall use onboard radio set and 1025 networked tools to trouble shoot and fix radio and network issues. Shall have knowledge of 1026 vehicle integration requirements, and assist in designing and installing vehicle installation 1027 packages. Shall operate established test beds, test instrumentation, and data recording 1028 devises. Shall conduct over-the-shoulder coaching of these skills and formal classroom
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1029 instruction of these skill. 1030
1031 (t) Senior FSR (Engineer/Scientist) 1032 Shall provide support related to complex system, new radio set and network interoperability 1033 issues. Shall have detailed knowledge of design, architecture and system specifications. Shall 1034 have detailed knowledge of the radios and LTI, including ISYSCON, expected performance 1035 characters and ability to resolve new integration and interoperability issues. Shall establish test 1036 bed operations, conducts test, capture and reduce data and publish test reports. Shall trouble 1037 shoot and resolve test instrumentation and data collection devices. Shall understand brigade- 1038 level communication architectures and maximizes current capabilities. 1039
1040 (t) Expert FSR (Senior Engineer/Scientist) 1041 Shall provide support related to first time fielded and potential experimental enhancement, 1042 services and capabilities. Shall design and establish new test bed operations, new test 1043 instrumentation and data collection approaches. Shall conceptually and physically integrate 1044 current capability and networks into desired future capabilities. Shall understand brigade, 1045 division, and higher level communication architectures, and enable efficient use while planning 1046 for enhancements, services and new capabilities.
1047 (t) Sustainment Support 1048 Shall provide ongoing materiel and software support for all radio variants (all components and 1049 complete sets) not cover by warranty.
1050 (t) Hardware Sustainment 1051 Shall provide ongoing hardware support for radio variants (all components and complete sets) 1052 not cover by warranty.
1053 (t) Software Sustainment 1054 Shall provide ongoing software support for radio variants (all components and complete sets) 1055 not cover by warranty.
1056 (t) Configuration Management 1057 Government Configuration Control oversight starts when radio are delivered to the 1058 Government. PM HMS, PEO C3T is the designated Government authority for Leader Radio 1059 configuration control.
1060 (t) Company Best Practices 1061 Shall maintain Configuration Management of all radio variants at least thought the warranty 1062 period IAW Company Best Practices.
1063 (t) Engineering Change Proposal 1064 Shall use an engineering change proposal (ECP) process to facilitate and document necessary or 1065 suggested baseline changes to the Government owned radios.
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Acronyms
Acronym Definition AC Alternating Current AM Amplitude Modulation ANDVT Advanced Narrowband Digital Voice Terminal ASMO Army Spectrum Management Office ATO Authorization to Operate BDD Baseline Description Document API Application Program Interface C Celsius CC Combat Communication CCI Controlled Cryptographic Items CCR Call Completion Rate CDRL Contract Data Requirements List CECOM Communications Electronics Command Cm Centimeter COMSEC Communications Security CONUS Continental United States COR Contracting Officer Representative CPD Capability Production Document Cyber Cybersecurity DAMA Demand Assigned Multiple Access Dismounted Assured Precision Navigation and Timing (PNT) DAPS System dB Decibel dBc Decibel (referenced to the carrier) dBm Decibel (referenced to milliwatts) DC Direct Current DODISS Department of Defense Index of Specifications and Standards DFARS Defense Federal Acquisition Regulation Supplement DoD Information Assurance Certification and Accreditation DIACAP Process DRIP Design Review Information Package ECP Engineering Change Proposals EID Electrically Initiated Devices EKMS Electronic Key Management System
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Acronyms
Acronym Definition EMC Electromagnetic Compatibility EMI Electromagnetic Interference EMRADHAZ Electromagnetic Radiation Hazards EOM Enhanced Operating Mode ESD Electro Static Discharge ESIP Enhanced SINCGARS Improvement Program EWPMT Electronic Warfare Planning and Management Tool FAR Federal Acquisition Regulation FFP Firm Fixed Price FM Frequency Modulation FOCI Foreign Ownership, Control, or Influence FOUO For Official Use Only GHz Gigahertz GPS Global Positioning System HAZMAT Hazardous Material HEMP High Altitude Electromagnetic Pulse HERO Hazards of Electromagnetic Radiation to Ordnance HMI Human Machine Interface HMS Handheld, Manpack, Small Form Fit HQDA Headquarters, Department of Army Hz Hertz IATO Interim Authorization to Operate IATT Interim Authorization to Test IAW In Accordance With ICD Interface Control Document IDIQ Indefinite Delivery - Indefinite Quantity IEEE Institute of Electrical and Electronics Engineers INFOSEC Information Security IT Information Technology IW Integrated Waveform JENM Joint Enterprise Network Manager JITC Joint Interoperability Test Command JPEO Joint Program Executive Office JTN Joint Tactical Networks
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Acronyms
Acronym Definition JTRS Joint Tactical Radio System JTNC Joint Tactical Networking Center Kbps Kilobits per second KO Contracting Officer MHz Megahertz MCR Message Completion Rate MDA Milestone Decision Authority MIL-DTL Military Detail MIL-STD Military Standard MOPP Mission Oriented Protective Posture MUOS Mobile User Objective System mW/cm2 Milliwatts Per Square Centimeter NATO North Atlantic Treaty Organization NBC Nuclear, Biological and Chemical NSA National Security Agency NSL Near Strike Lightening NTIA National Telecommunication and Information Administration NW Nett Warrior O Objective Requirement OCI Organizational Conflict of Interests OCONUS Outside Continental United States OE Operating Environment OPSEC Operational Security OTAC Over The Air Cloning OTA Over-the-Air OTAM Over The Air Management OTAR Over The Air Re-keying OTAT Over The Air Transfer OTAZ Over The Air Zeroize Program Executive Office Command Control Communications – PEO C3T Tactical PKI Public Key Infrastructure PLI Position Location Information PM HMS Program Manager Handheld, Manpack and Small Form Factor
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Acronyms
Acronym Definition PM JTN Project Manager Joint Tactical Networks POC Point of Contact PPS Precise Position Service PRD Performance Requirements Document PTT Push To Talk PWS Performance Work Statement RT Receiver-Transmitter RR Rifleman Radio RF Radio Frequency SAB SECRET And Below SCA Software Communications Architecture SCP Secure Copy SCG Security Classification Guides SCIF Sensitive Compartmented Information Facility SKL Simple Key Loader SINCGARS Single Channel Ground and Airborne Radio System SM System Management SRW Soldier Radio Waveform SSH Secure Shell SSP System Security Plan SSL Secured Sockets Layer T Threshold Requirement UHF Ultra High Frequency USB Universal Serial Bus USM User Security Manual (USM) V/m Volts per meter VAA Vehicle Adapter and Amplifier VAC Volts AC VDC Volts DC VMF Variable Message Format W Watt(s) W/kg Watts per kilogram
1066
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1067
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