DANU onboard computer
ARM Cortex-M7 processing, integrated FPGA and a common Space Tile interface. COTS and radiation-oriented configurations are evaluated against the intended environment.
TECHNICAL BRIEF
The architecture.
At a glance.
An engineering overview of the Setanta hardware and software ecosystem: DANU onboard computers, Space Tiles and Vulcan application software.
01SYSTEM OVERVIEW
Compute around the mission.
Space Tiles
Astria and Galaxia provide modular FPGA options. Additional AI, FPGA and memory tiles are under development.
Software & Vulcan
Embedded software connects the workload to the hardware. Vulcan brings visual AI application design into the same ecosystem, connecting models, modular hardware and deployment preparation.
Review the
evidence.
Hardware configuration, power, memory, throughput, interfaces and radiation requirements belong in the technical review. DANU does not yet claim product flight heritage; engineering-model, hardware-in-the-loop, environmental and flight evidence must be distinguished. OGMA remains an evaluation platform in development.
Start with the payload input, desired onboard output, latency target, mission environment and integration timeline.
NEXT MISSION. NEW POSSIBILITIES.
What are you
building for orbit?
Bring us your mission constraints.
Let’s engineer the compute around them.