Attch 1-SOW 68th RFTS 21 Dec 23.docx

Radio Frequency (RF) Electronic Warfare (EW) Threat Simulator Statement of Work (SOW)

21 December 2023

68th Electronic Warfare Squadron 1333 Nomad Way, Bldg. 1333 Eglin AFB, FL 32542-5429

Distribution Statement D:

Distribution authorized to the Department of Defense and U.S. DoD contractors only due to the need to protect technical or operational data and/or export limitations as determined on 24 Aug 2022. All requests for this document shall be referred to the ACC 68 EWS, Eglin AFB, FL 32542.

1. Introduction

The 68 EWS requires procurement of Radio Frequency Threat Simulation (RFTS) systems. The contractor shall deliver two turnkey RF Simulators as (1) single-cabinet system and (1) mobile/mini system which is rugged/contained for purpose of protection while transporting. The specifications for system 1 and 2 or listed in paragraph 4 below. In addition, contractor provides installation including hardware and software integration plus required peripherals, calibration, and acceptance testing of simulators onsite at Eglin AFB post-delivery.

2. Purpose

The purpose of this contract is to procure RFTS systems in support of the Mission Data (MD) Hardware-in-the-Loop (HITL) test facility for 68th Electronic Warfare Squadron (68 EWS). The respective test facility is in Building 1333 on 1333 Nomad Way, Eglin AFB, FL 32542. The timely acquisition of the EW RFTS systems is to test line replaceable units (LRUs), test benches, as well as emulate threats for the recurring development of operational Mission Data Files using existing 68 EWS and 350 SWW emitter data libraries. Use of the Electronic Warfare RF Threat Simulator to develop Mission Data files will occur throughout the life of the program.

3. Objective

This SOW describes the requirements for Electronic Warfare RF Threat Simulator system performance requirements, technical requirements, quantity, delivery timeline, and installation in accordance with the needs of the 68th EWS.

4. Requirements

The following specifications pertain to the acquisition of two (2) Electronic Warfare RF Threat Simulators and the related equipment and schedule for 68 EWS.

4.1. Minimum Performance Requirements – Cabinet System 1

a. Play multiple RF signals into a minimum of eight separate (8) ports simultaneously

b. Adjustable RF power output and Pulse Recurring Interval (PRI)/Pulse Width (PW) without interrupting operations

c. Operate up to a minimum frequency of 20 Gigahertz (GHz)

d. Maintain channel to channel phase coherency

e. Produce a signal at a max power of not less than -5 Decibels in reference to milliwatts (dBm)

f. Capable of running both dynamic and static behavioral mode change scenarios

g. Compatible with existing; .SIG Human Readable Simulation File Format (i.e., plain text: .sig, .pul, .pulseq, .scan, and .freq) developed and verified by the 68th Electronic Warfare Squadron’s Simulation Technical Managers and contained in their simulation library before contract award. Simulation conversion must be tested and verified by Government (68 EWS Simulation Technical Managers).

h. Eight separate (8) physical RF ports: (2) ports with 20MegaHertz (MHz)-500MHz frequency ranges, and (6) ports with 500MHz-20GHz frequency ranges.

i. Frequency accuracy across all channels: ±2 Hertz (Hz)

j. Intrapulse modulations: Linear and non-linear, saw tooth, sinusoidal, triangular, exponential, discrete Frequency Modulation on Pulse (FMOP)/Phase Modulation on Pulse (PMOP)/ Amplitude Modulation on Pulse (AMOP), intentional FMOP/PMOP/AMOP, unintentional FMOP/PMOP/AMOP, discrete PMOP, frequency modulated, continuous wave, Binary Phase-shift Keying (BPSK)

k. Minimum digital pulse density at 16 Million Pulses Per Second (MPPS) with an output of 8MPPS per system

l. Frequency Resolution 20 MHz: 1 Hz steps

m. Computer, monitor, mouse, and keyboard with Microsoft Windows 10 with identical threat simulator software for simulation programming. Windows 10 required due to cybersecurity requirements.

n. 25 ft. Low Loss Threaded Neill-Concelman TNC Female to TNC Female Cables for the Output ports

o. Inter-range Instrumentation Group IRIG – Timecode generator source

p. Transferable non-proprietary threat and scenario files

q. Capable of generating advanced radar emitters with complex antenna scans

r. Must be able to simulate the system under test moving through a dynamic/agile threat environment

s. Must be able to produce eight (8) signals simultaneously and direct them to eight (8) separate ports without the need for additional hardware

t. Angle of Arrival (AoA) data is not a requirement from system

u. System needs to be able to internally produce navigation data

4.2. Minimum Performance Requirements – Mini Portable System 2

a. Play multiple RF signals into a minimum of eight (8) separate ports simultaneously

b. Adjustable RF power output and PRI/PW without interrupting operations

c. Operate up to a minimum frequency of 40Ghz

d. Maintain channel to channel phase coherency

e. Produce a signal at a max power of not less than -5dBm

f. Capable of running both dynamic and static behavioral mode change scenarios.

g. Compatible with existing; .SIG Human Readable Simulation File Format (i.e., plain text: .sig, .pul, .pulseq, .scan, and .freq) developed and verified by the 68th Electronic Warfare Squadron’s Simulation Technical Managers and contained in their simulation library before contract award. Simulation conversion must be tested and verified by Government (68 EWS Simulation Technical Managers).

h. Eight separate (8) physical RF ports: (2) ports with 20MegaHertz (MHz)-500MHz frequency ranges, and (6) ports with 500MHz-40GHz frequency ranges.

i. Frequency accuracy across all channels: ±2 Hertz (Hz)

j. Intrapulse modulations: Linear and non-linear, saw tooth, sinusoidal, triangular, exponential, discrete FMOP/PMOP/AMOP, intentional FMOP/PMOP/AMOP, unintentional FMOP/PMOP/AMOP, discrete PMOP, frequency modulated, continuous wave, BPSK

k. Minimum digital pulse density at 16 Million Pulses Per Second (MPPS) with an output of 8MPPS per system

l. Frequency Resolution 40 MHz: 1 Hz steps

m. Computer, monitor, mouse, and keyboard with Microsoft Windows 10 with identical threat simulator software for simulation programming. Windows 10 required due to cybersecurity requirements.

n. 25 ft. Low Loss TNC Female to TNC Female Cables for the Output ports

o. IRIG – Timecode generator source

p. Transferable non-proprietary threat and scenario files

q. Capable of generating advanced radar emitters with complex antenna scans

r. Modular design for system flexibility and ease of set-up

s. Seeking innovative solutions which maximize portability with minimum of coming in a prepackaged ruggedized shipping container that does not require crating.

t. Must be able to simulate the system under test moving through a dynamic/agile threat environment

u. Must be able to produce eight (8) signals simultaneously and direct them to eight (8) separate ports without the need for additional hardware

v. Angle of Arrival (AoA) data is not a requirement from system

w. System needs to be able to internally produce navigation data

4.3. Additional Requirements

a. The contractor shall provide reliability and maintainability assessment documentation of the threat simulatorThe 68 EWS Reprogramming labs shall be capable of functionality in a 24-hour environment. Threat simulators play a vital role and must have capacity for components and software to function smoothly in this type of high tempo environment.

b. The contractor shall provide Technical Data/Security Package in support of the USAF Cybersecurity and Risk Management Framework process. This includes high-level descriptions of the Threat Simulators, their interfaces and authorization boundaries, and other relevant information.

c. The contractor shall plan, develop, and provide training, training materials, and Users’ Manuals for the Threat Simulator. The contractor shall provide training prior to the acceptance of the threat simulators. The contractor shall ensure the training and training products cover installation, setup, initialization, use, data captures, and analytical tool use; to include calibration and fault instructions. (CDRL A004 & CDRL A005).

d. Contractor shall conduct a factory acceptance test (FAT) at contractor location prior to delivery of both threat simulators. The Government reserves the right to be present and observe the FAT.

e. Contractor shall conduct on-site acceptance test at Eglin AFB, FL.

f. Contractor shall ensure 68 EWS simulation library is 100% compatible with hardware and software package.

4.5. Hardware/Software Specifications and License Terms

g. The contractor shall provide a detailed description of the hardware and software provided to include the license and maintenance terms.

4.6. Support Equipment

h. The contractor shall provide lab equipment to support the installation, configuration, and operation of the Electronic Warfare Threat Simulators, including but not limited to those items provided under separate cover.

4.7. Schedule

a. The contractor shall meet or exceed the following schedule requirements for delivery, installation, and configuration:

· Complete delivery, installation, and configuration of one (1) EW Threat Simulator and all related support equipment to Eglin AFB requested by 30 May 2024.

· Complete delivery, installation, and configuration of one (1) Mini Portable Threat Simulator and support equipment at Eglin AFB requested by 30 May 2024.

4.8. Delivery Location

a. The Contractor shall ship to the Electronic Warfare Threat Simulator to the following address with the associated DoDAAC.

Eglin AFB: DoDAAC: F1T0AW

68 EWS

1333 Nomad Way Bldg. 1333 Eglin AFB, FL 32542

5. Program Management

5.1. The contractor shall provide sufficient schedule, cost, and technical data to 68 EWS for effective progress assessments, to include:

a. Integrated Master Schedule of all critical activities for successful installation and configuration of the Threat Simulator; as well as timely delivery of technical support and support equipment.

b. Requirement Verification Plan for all Electronic Warfare Threat Simulator technical requirements.

c. Acceptance Test Procedures and Acceptance Test Report for the Threat Simulators. (CDRL A002 & CDRL A003)

d. Schedule and Cost Update. (CDRL A001)

6. Commercial Warranty

The contractor shall provide a minimum of a standard 1-year commercial warranty to cover all labor and material costs associated with claims on defective or inoperable hardware/software. The standard warranty shall commence at Government acceptance and remain valid for all deliverables incorporated into a system or subsystem.

7. Points of Contact

a. The COR/Administrative POC for the 68 EWS is Mr. Quintin Glover, tel: 850-883-0068, quintin.glover@us.af.mil, and Technical POC is Mr. Jarrod Murphy, tel: 850-883-7617, jarrod.murphy.3@us.af.mil.