Module fleet
Two modules. One FPGA-based compute engine.
Mission-ready edge AI for the platforms that disqualify commercial silicon — autonomous drones, satellites, lunar rovers, and high-altitude systems. Built on an FPGA fabric you can buy today, not a chip-down ASIC waiting on tape-out. Pick the platform; the compute travels with you.
No. 01 · FPGA-based · aerial-grade
AeroScale V1
FPGA-based, sub-10W AI accelerator for autonomous drones, delivery platforms, and high-altitude aerial systems.
- Throughput
- 38 GOPS
- Power envelope
- 4.5 W
- Operating range
- −40 to +85 °C
- Weight
- 24 g
In stockModule detailNo. 02 · FPGA-based · space-grade
AstroCore S
FPGA-based, radiation-tolerant AI accelerator for space data intelligence — satellites, rovers, and high-altitude platforms.
- Throughput
- 38 GOPS
- Power envelope
- 4.5 W
- Operating range
- −55 to +105 °C
- Tolerance
- 20 krad TID
Early accessModule detail
Common across the fleet
Every module qualified for what the platform actually faces.
MIL-STD-810H
Method 514.8 vibration & shock
−55 to +105 °C
Mil-spec operating range
20 krad TID
Total ionizing dose tolerance
TMR + ECC
SEU mitigation · space-grade modules
MIL-STD-883
Thermal cycling Method 1010.8
10⁻⁶ Torr
Vacuum-qualified envelope