Products

Chips, dev boards, and licensable IP.

Radiation-tolerant compute for satellites and other high-reliability programs.

Chips

All chips →

AF-X1

In development

Application-class RISC-V processing with integrated AI acceleration.

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AF-X2

In design

10-100 TOPS radiation-tolerant AI compute at edge-module pricing.

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AF-A1

Fabricated

Standalone radiation-tolerant AI accelerator.

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AF-R1

Available to quote

Radiation-tolerant RV32IM processor with integrated AI inference.

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Next generation · in design

AF-X2: 10-100 TOPS of radiation-tolerant AI compute.

Hardened by process and by architecture, priced like a terrestrial edge-AI module. Multicore RISC-V, 10+ TOPS/W compute fabric, cluster-capable.

See AF-X2 →

Dev boards

All 7 boards →

In design · AF-R1

AF-R1 dev board

Firmware development and interface testing on real AF-R1 silicon.

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In design · AF-A1

AF-A1 dev board

Run models on AF-A1 silicon against live sensor streams.

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Concept · AF-X1

AF-X1 vision kit

Camera in, classifications out over Ethernet. The full AF-X1 pipeline on one board.

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Two boards are in design now. The rest are published concepts, built in interest order.

IP licensing

Every block in our chips is built in-house and licensable: the AI accelerator, the RISC-V cores, and the radiation-hardening blocks. If you're building your own silicon, license the pieces instead of rebuilding them.

IP licensing →

Design infrastructure

The automated flow, source-of-trust build system, and component standard behind our chips are available to license. We eat our own dog food.

How we build →

Specifications may change. Nothing here is a contractual commitment or binding offer.