High-performance onboard computer
DAGDA
A modular onboard computer in development for larger onboard processing workloads.
In development · Discuss requirementsTHE HARDWARE
Built for your
mission.
Onboard computers, carriers and Space Tiles. A modular hardware architecture for spacecraft processing and mission-specific capability.
01PRODUCT FAMILY
Carriers
The spacecraft core, onboard computers and evaluation hardware.
Onboard computer platform
DANU
Modular onboard computer platform for small satellites, hosted payloads, and autonomous space systems.
Technical specifications availableOBC variant
DANU RT
DANU RT configuration for advanced payload handling, onboard autonomy, and AI pre-processing or inference.
Technical specifications availableOBC variant
DANU RH
DANU RH configuration based on the SAMRH71 MCU for advanced payload handling, onboard autonomy, and AI pre-processing or inference.
In development · Discuss requirementsEdge-AI sandbox platform
OGMA
Sandbox platform for deploying and benchmarking edge AI across CPUs and next-generation accelerators through a unified interface.
In development · Discuss requirements02PRODUCT FAMILY
Tiles
Modular FPGA, processing and memory expansion for the mission.
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 / 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 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 requirementsNEXT MISSION. NEW POSSIBILITIES.
What are you
building for orbit?
Bring us your mission constraints.
Let’s engineer the compute around them.