On-Board Computers
NOVI designs and manufactures advanced, purpose-built on-board computers (OBCs).
NOVI OBCs are low Size, Weight and Power (SWaP) systems that have been designed, developed, qualified, and flight-proven to survive launch and operation in space environments.
Benefits include one of the most advanced, flexible, and adaptable AI processors, developed specifically for efficiency in edge applications; an architecture that is sensor- and interface-agnostic, allowing for broad utility and easy integration into new and existing platforms and systems; hardware designed to be manufactured in the United States; and availability of a family of products for LEO, MEO, and GEO.
In addition to NOVI’s off-the-shelf OBCs, NOVI offers “semi-custom” and “custom” processor design, development, and qualification to meet specific form factors, environments, redundancy needs, and more.
SP240: Unparalleled processing performance in a power-efficient form factor
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Flight proven and operating in orbit.
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AMD Versal-based system.
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Modular architecture that enables consolidation of flight computer, sensor interfacing, and data processing into a low-cost, compact, power-efficient form factor.
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Unparalleled machine-learning/artificial intelligence performance for CubeSats, as well as larger payloads and satellite missions.
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Radiation tolerant (for LEO) and full radiation hardened (for MEO / GEO) versions available.
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Flexible I/O – highly customizable and reconfigurable.
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Multi-sensor capable – can support multiple sensors and/or larger sensors, as well as provide satellite operation & flight computer functionality.
SP120: Flight-proven main processor with robust capabilities
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NOVI’s 1st Generation OBC.
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Xilinx Ultrascale based system and FPGA fabric.
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NVIDIA GPU for powerful processing options.
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Flexible edge computing capabilities.
