AMD is providing the essential compute infrastructure for NASA’s strategic transition from short-term missions to a sustained lunar presence. As programs like Artemis II increase in scale, high-performance computing and AI inference have become foundational requirements for mission success.
These technologies enable autonomous systems to process vast amounts of data at the edge, turning complex streams into actionable intelligence in environments where Earth-based communication is limited.
Strategic Industry Collaborations
The reach of this technology extends across the broader space ecosystem through key commercial partnerships. Blue Origin is currently utilizing AMD Versal AI Edge Gen 2 adaptive SoCs in development flight computers for the Mark 2 lander, which is slated to land astronauts on the moon as early as 2028. Simultaneously, NEC is building Japan’s first optical communication satellite constellation using these adaptive SoCs to facilitate high-speed network routing and signal processing in orbit.
Overcoming the Latency Gap
Radiation-tolerant hardware is closing the critical latency and bandwidth gaps created by the distance between Earth and the moon. By integrating programmable logic and AI engines directly into spacecraft and lunar surface systems, AMD Versal adaptive SoCs allow for real-time sensor data analysis. This capability is also central to the NISAR mission, where on-board processing tasks like data compression and filtering ensure only the most valuable insights are transmitted back to Earth for climate and disaster response analysis.
Flight-Proven Resilience
The current generation of space-grade silicon is built on over two decades of flight heritage, including roles in the Mars rover Perseverance and the OSIRIS-REx asteroid sample collection mission. To survive the harshest environments in the solar system, these chips are validated for radiation tolerance through heavy ion and gamma testing. This level of durability ensures that high-performance systems remain operational throughout the multi-decade life cycles of deep-space exploration programs.
