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Dev boards

Evaluation hardware.

Dev boards are how you evaluate ArrayFold parts: test power, firmware, and interfaces before committing to a flight board.

AF-R1 dev board render

In design · AF-R1

AF-R1 dev board

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

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AF-A1 dev board render

In design · AF-A1

AF-A1 dev board

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

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Concepts

Boards we'll build in interest order.

Each concept is a validated configuration of the chip it carries. Tell us which one your program needs and it moves up the build list.

AF-X1 vision kit render

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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AF-X1 drone board render

Concept · AF-X1

AF-X1 drone board

Small-profile autonomy: camera input, Ethernet, and motor-class I/O from the programmable I/O engine.

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AF-X1 flight computer render

Concept · AF-X1

AF-X1 flight computer

A CubeSat-class onboard computer: SD logging, SpaceWire, watchdog autonomy, A/B boot.

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AF-X1 cluster board render

Concept · AF-X1

AF-X1 cluster board

Multiple AF-X1s linked over Ethernet with hardware sync to scale compute past a single chip.

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AF-R1 sensor node render

Concept · AF-R1

AF-R1 sensor node

A compact instrument controller: sensor interfaces plus onboard screening before downlink.

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Concepts describe intended configurations, not finished hardware. Specifications may change.