21Q0252 SOW.docx
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- Attached to
- Frequency Agile Signal Simulation System and Recorder Federal contract opportunity
- Solicitation number
- N6893621Q0252
About this file
This sources sought notice requests capability statements from contractors interested in providing a Frequency Agile Signal Simulation System and Recorder. Key requirements include providing, delivering, installing, integrating, and calibrating a frequency agile signal simulation system at the Airborne Electronic Attack Integrated Program Team laboratory in Point Mugu, California. The system must be capable of simulating pulsed radar signals, digital and analog communications signals, and test tones within test scenarios across 5-21 GHz with at least 1 GHz instantaneous bandwidth. Interested contractors should submit capability statements by email no later than [DATE] referencing solicitation number N6893621Q0252 and including information on their experience, assets, teaming arrangements, and past performance on similar requirements. The Naval Air Warfare Center Weapons Division will evaluate responses to determine contractor capability and the best acquisition strategy for this effort.
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STATEMENT OF WORK (SOW)
Frequency Agile Signal Simulation System and Recorder
1.0 SCOPE
The Statement of Work (SOW) defines the requirements for the contractor to provide, deliver, install, integrate, calibrate, and provide training on a Frequency Agile Signal Simulation System and Recorder in the Airborne Electronic Attack (AEA) Laboratory at Pt. Mugu, California.
2.0 APPLICABLE DOCUMENTATION
No Applicable Documents
3.0 REQUIREMENTS
The Contractor shall provide, deliver, install, integrate, and calibrate a Frequency Agile Signal Simulation System at the AEA Laboratory Pt. Mugu, California. The Contractor shall conduct one (1) training course on the operation of the system including the creation of test signals and scenarios.
3.1 Frequency Agile Signal Simulation System (FASS) and Recorder Requirements The contractor shall provide a FASS and recorder, which shall include the following:
| 3.1.1 | A complete system including required hardware and software for the simulation of pulsed radar signals, digital & analog communications signals, and test tones within a test scenario along with remote signal monitoring/analysis (Amplitude and Phase Modulation-on-Pulse versus Time) and time-tagged event logging to a file for test documentation as well as trace and pulse-word descriptor logging capabilities. |
| 3.1.2 | A calibration process to correct modulation errors at the input of the system under test. The calibration process must correct for carrier feed through, image rejection, and modulation flatness at any center frequency supported by the equipment. The calibration process must also measure and correct for linear errors caused by amplifiers (gain), couplers (loss), and amplitude roll off versus frequency (cables) in the signal path across the modulation bandwidth with amplitude flatness after calibration of < 0.5 dB peak-to-peak across 2 GHz (typical). The calibration process must also be able to compensate for non-linear transfer functions such as Traveling Wave Tube (TWT) pulsed amplifiers near saturation. |
| 3.1.3 | Frequency coverage from 5 GHz to 21 GHz with at least 1 GHz instantaneous bandwidth to support wideband frequency hopping and modulations including Frequency Modulation (FM) Chirp (Linear FM, Sawtooth FM, Ascending/Descending), Barker Codes (2/3/4/5/7/11/13 Bit Patterns), Binary Phase Shift Keying (BPSK) (One/Zero Pattern or User Pattern File), Quadrature Phase Shift Keying (QPSK) (Zero/One/Two/Three Pattern or User Pattern File), FM Step (Programmable Step and Time or Imported User File), Amplitude Modulation (AM) Step, Custom Profile – Unintentional Modulation On Pulse (UMOP) (AM on Pulse Waveform Import or Pulsed In Phase/In Quadrature (I/Q) Waveform Import). Pulse widths from 70 nsec to 50 msec and pulse repetition intervals from 20 usec to 12 hours with 6.4 nsec resolution, rise & fall times from 10 nsec to 1 msec, and pulse shapes including trapezoidal, raised cosine and user defined. |
| 3.1.4 | Antenna Radiation Patterns including Rectangular, Sinc, Hamming, Hanning, Blackman, Cos^N, User Defined. Antenna Scan Patterns including Circular, Raster, Sector, and User Defined. Antenna Scan Rate of 0.1 to 100,000 RPM and a 3 dB Main Beam Width from 0.1 to 360 degrees. |
| 3.1.5 | A gate pulse which can be used to control high power pulse amplifiers along with markers to be used to synchronize external test equipment with the operation of the simulator system. |
| 3.1.6 | A Vector Signal Transceiver that not only is part of the simulation system, but can also operate in a standalone mode as follows: |
- Frequency Range: 5 GHz to 21 GHz
- Dual Internal Arbitrary Waveform Generators (AWGs) with 64 MSample Memory/Channel
- 80 MHz I/Q Modulation Bandwidth with internal AWGs
- 2 GHz I/Q Modulation Bandwidth
- Enhanced Ultra-Low Phase Noise (Carrier = 10 GHz): -126 dBc @ 10 kHz offset (typical)
- Narrow Pulse Modulation with Pulse Widths to 20 nSec and Rise/Fall Times of <10nSec
- Output Power Range: +18 dBm to -130 dBm
- Internal Modulation Generator: Dual Channel with sine, square, ramp, triangle and noise
- Wideband Differential I/Q Inputs
- Wideband Modulation Inputs
- Type N(f) Radio Frequency (RF) Output Connector
- AM/FM/Phase Modulation (PM) Modulation
- Removable Flash Memory
- Rackmount Kit
- English Documentation
3.1.7 An Arbitrary Waveform Generator that not only operates as part of the simulation system, but can operate with the Vector Signal generator in standalone mode as follows:
- 2 Channels with Differential Outputs
- 14 Bit Resolution with 8 GSa/Sec Sample Rate
- 2 GSample Memory/Channel
- Advanced Sequencer for creating complex Signal Scenarios
- 5-slot Peripheral Component Interconnect Express Extension (PXIe) Chassis
- Rackmount Kit
- Peripheral Component Interconnect Express (PCIe) Desktop Adaptor
- PCIe Cable
3.1.8 A Signal Analyzer that not only operates as part of the simulation system, but can operate in standalone mode as follows:
- Frequency Range: 3 Hz to 26.5 GHz
- Input Attenuator: 0 to 70 dB in 2 dB steps
- Internal Preamplifier with 40 dB nominal gain at 26.50 GHz
- Typical Displayed Average Noise Level (DANL) -161 dBm @ 21 GHz
- Typical Third Order Intercept (TOI) +23 dBm @ 10 GHz, +22 dBm @ 21 GHz
- Phase Noise (Carrier = 10 GHz): -127 dBc @ 1 kHz offset (typical)
- Microwave Preselector Bypass for Wideband Modulation Analysis
- Internal Analysis Bandwidth: 160 MHz with -72 dBc Spurious-Free Dynamic Range (SFDR) and 500M Sample Capture Memory
- External Analysis Bandwidth: >800 MHz via Wideband Intermediate Frequency (IF) Output
- Trace Points: 50 to 40,000
- Auxiliary Log Video Output
- Rackmount Kit
3.1.9 A Digital Oscilloscope that operate as follows:
- 4 Channels with 1.5 GHz Frequency Coverage
- 1 Million Waveforms per second Update Rate
- 12.1 Inch Touch Display
- Segmented Memory
- Vector Signal Analysis Measurements with Vector Modulation Analysis
- Rackmount Kit
3.1.10 Two Universal Serial Bus (USB) Wideband Power Sensors that operate as follows:
- Frequency Coverage of 9 MHz to 21 GHz
- 5m cable Type N(m) Connector
3.1.11 A Universal Counter/Timer that operates as follows:
- Frequency Coverage of 350MHz, 12 Digits, 20ps
- Local Area Network (LAN), USB, General Purpose Interface Bus (GPIB)
- Ultra High Stability Oven Controlled Crystal Oscillator (OCXO) Timebase
- Rear Panel Parallel Inputs for Channel 1
- Rackmount Kit
3.2 Delivery
| 3.2.1 | The Contractor shall deliver the FASS System to the AEA Laboratory located at Pt. Mugu, CA. The Contractor shall receive authorization from the Government Contracting Officer’s Representative (COR) or Technical Point of Contact (TPOC) prior to shipment and/or delivery of any equipment. All tasks associated with shipment and delivery is the responsibility of the Contractor. |
| 3.3 | System Installation |
| 3.3.1 | The Contractor shall install and integrate the hardware with the software, and calibrate a FASS System with recorder and coordinate with Naval Air Warfare Center – Weapons Division (NAWCWD) for installations of the FASS turnkey system. |
| 3.2.2 | The Contractor shall provide a drawing package to document the interconnections between the system components. |
| 3.2.3 | The Contractor shall provide and install a complete workstation with all software and hardware components listed in Paragraph 3.1 above. |
| 3.2.4 | The Contractor shall provide a scenario to demonstrate operational performance of the system, documenting the expected output of all components. |
3.3 Training and Product Support
| 3.3.1 | The Contractor shall provide a demonstration of all system capabilities to Government personnel. |
| 3.3.2 | The Contractor shall conduct a System Operation & Signal Developer Training Class for up to six (6) Government personnel. It shall include all student training materials, presentation materials, and student laboratory assignments. |
3.4 Travel
3.4.1 The Contractor personnel shall travel to AEA Laboratory at Pt. Mugu, California for the purpose of FASS System installation, integration, calibration, and to conduct classroom training.
3.5 CDRLs (Contractor Data Requirements List)
3.5.1 Specific items of operation/maintenance instructions and training materials shall be provided in accordance with the applicable CDRLs.
Table 1. CDRL List
| CDRL ITEM |
| DESCRIPTION |
| A001 |
| Operation and Maintenance Instructions for Research & Development (R&D) Equipment |
| A002 |
| Training Materials |
4.0 SECURITY
| 4.1 | Unclassified Contract |
| 4.1.1 | In the case of an unclassified contract that requires no access to Classified Military Information (CMI), but that does require access to Controlled Unclassified Information (CUI), NAWCWD Restricted Areas, and/or Government Information Technology (IT) systems, contractors are required to comply with (non- National Industrial Security Program) non-NISP processing requirements before local access to CUI, Restricted Areas, and IT can be granted. This process shall be coordinated by the Contracting Officer’s Representative (COR) or Technical Point of Contact (TPOC) through the NAWCWD Industrial Security office. |
| 4.2 | IT Security: Access to CUI, For Official Use Only (FOUO), and/or Government IT Systems |
| 4.2.1 | Information Security. Direct Support contractor personnel working under the purview of a Department of the Navy (DoN) Commanding Officer/Commander shall comply with the local security provisions and the requirements of Secretary of the Navy (SECNAV) M-5510.36 (series). The contractor shall implement and maintain security procedures and controls to prevent unauthorized disclosure of CUI and to control distribution of CUI in accordance with Department of Defense (DoD) 5220.22-M, National Industrial Security Program Operating Manual (NISPOM), and SECNAV M-5510.36 For Official Use Only information generated and/or provided under this contract shall be marked and safeguarded as specified in Department of Defense Manual (DoDM) 5200.01, Information Security Program Manual (Volume 4) available at http://www.dtic.mil/whs/directives/corres/pdf/520001_vol4.pdf . Contractor shall not store or transmit CUI on personal information technology systems or via personal e-mail. Unclassified e-mail containing any DoD CUI shall be encrypted. Prior to sending CUI to any non-Navy Marine Corps Internet (NMCI) addressees, the sender must first positively verify all recipients are authorized access to CUI and have need-to-know. Non-NMCI recipients must have a DoD compliant Private Key Infrastructure (PKI) certificate that enables electronic transmission via unclassified networks while protecting the CUI with a digital signature and encryption. |
| 4.3 | Operations Security (OPSEC) |
| 4.3.1 | The contractor shall comply with the OPSEC requirements outlined within the Directives Division (DD) Form 254, as applicable. |
The Contractor shall develop, implement, and maintain an OPSEC program to protect controlled unclassified activities, information, equipment, and material used or developed by the contractor and any subcontractor during performance of the contract. The contractor shall be responsible for the subcontractor implementation of the OPSEC requirements. The OPSEC program shall be in accordance with DoD and DON OPSEC requirements, to include:
1) Assignment of responsibility for OPSEC direction and implementation.
2) Planning guidance for the use of OPSEC practices and principles to identify vulnerabilities and apply applicable countermeasures. (Contact NAWCWD Industrial Security Office for a current OPSEC Annex and Controlled Information (CI) Guide).
3) Establishment of OPSEC education and awareness training.
4) Provisions for management, annual review, and evaluation of OPSEC programs.
5) Flow down of OPSEC requirements to subcontractors when applicable.
| 4.4 | Public Disclosure of Information |
| 4.4.1 | Public Release. Disclosure of information is covered by Defensed Federal Acquisition Regulation Supplement (DFARS) 252.204-7000 Disclosure of Information, incorporated in Section I of the contract. Concerning subsection (a)(2), “information otherwise in the public domain” is information officially released into the public domain, e.g. via Distribution Statement A, and does not include information in the public domain that has not been officially released. For disclosure of unclassified information that has not been officially released, the contractor must seek specific approval from the Contracting Officer, with approval from the NAWCWD Public Affairs Office (PAO). |
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