SOW.pdf
Posted: May 22, 2025
• Type: .pdf
• Size: 0.28MB
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This statement of work (SOW) is issued by the NASA Ames Research Center (ARC) outlining the requirements for the procurement of a Safran Skydel GSG-8 GNSS simulator and associated software.
The equipment is essential for the Starling Technology Demonstration Satellite Swarm mission, which is being operated by NASA ARC. The SOW specifies that the GSG-8 simulator must include features such as four high-quality RF ports, a built-in computer/controller running Linux, and robust simulation capabilities including support for over 2000 signals/channels and advanced automation via Python API.
The SOW details specific components and accessories required for the simulator, including various signal simulation licenses (e.g., GPS L1 C/A, L1C, L2C), a power cord compliant with North American standards, and options for hardware upgrades.
The performance period for this contract is set at 10 weeks after receipt of order (ARO), with all work to be conducted at NASA Ames Research Center in Moffett Field, California. Additionally, it outlines that the end user will need to provide their own keyboard, monitor, and mouse. It also emphasizes the importance of compatibility with multi-antenna/vehicle scenarios and resiliency testing against GNSS threats.
The equipment is essential for the Starling Technology Demonstration Satellite Swarm mission, which is being operated by NASA ARC. The SOW specifies that the GSG-8 simulator must include features such as four high-quality RF ports, a built-in computer/controller running Linux, and robust simulation capabilities including support for over 2000 signals/channels and advanced automation via Python API.
The SOW details specific components and accessories required for the simulator, including various signal simulation licenses (e.g., GPS L1 C/A, L1C, L2C), a power cord compliant with North American standards, and options for hardware upgrades.
The performance period for this contract is set at 10 weeks after receipt of order (ARO), with all work to be conducted at NASA Ames Research Center in Moffett Field, California. Additionally, it outlines that the end user will need to provide their own keyboard, monitor, and mouse. It also emphasizes the importance of compatibility with multi-antenna/vehicle scenarios and resiliency testing against GNSS threats.
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