Space tile / module
Astria® Tile
Embedded system tile intended to let developers integrate a Spartan-7 into a design without a chip-down implementation..
Technical specifications availableSPACE TILE ARCHITECTURE
One interface.
Your capability.
Add FPGA processing, acceleration or memory to the common spacecraft architecture. Evaluate the tile, carrier and software together against the mission’s constraints.
01MODULAR HARDWARE
Space Tiles
Astria and Galaxia provide FPGA options. Additional processing and memory tiles remain in development.
Download datasheet
Space tile / module
Galaxia® Tile
Tile built around the same FPGA as the Galaxia development board so it can be designed into missions or advanced prototyping/test solutions..
Technical specifications availableIn-development AI tile/module
Stellaria® Tile
Edge-AI-optimized FPGA module combining a Lattice FPGA with integrated BrainChip Akida® neuromorphic IP accelerator..
In development · Discuss requirementsIn-development FPGA tile/module
Polaria® Tile
High-performance Microchip PolarFire® FPGA-based module for demanding space computing and signal-processing tasks..
In development · Discuss requirementsIn-development mass-memory tile
Singularia® Tile
High-capacity radiation-tolerant mass-memory tile for reliable high-throughput data storage in harsh environments..
In development · Discuss requirements02DEVELOPMENT RESOURCES
Go deeper into the hardware.
Reference designs and documentation from the original Adiuvo product sources. Follow the source for current availability.
Astria® Tile
A 59 mm by 59 mm Spartan 7 tile for integrating FPGA capability without designing a chip-down solution.
Product resourcesGalaxia® Tile
A Galaxia tile using the same FPGA as the development board for mission design-in, advanced prototyping, and testing.
Product resourcesSource: Adiuvo Engineering. Specifications should be confirmed for the chosen mission configuration.
NEXT MISSION. NEW POSSIBILITIES.
What are you
building for orbit?
Bring us your mission constraints.
Let’s engineer the compute around them.