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PF1
PolarFire1 Computer
Quad RISC-V RV64GC cores clocked at 625MHz with 2GB LPDDR4.
Build an optimised avionics system for your application from our qualified ecosystem of data-acquisition, networking and computing modules.
Utilising the latest high-reliability FPGA devices, our system integrates powerful RISC-V processors.
Our flexible processing architecture allows the design and qualification of scalable, flexible, avionics systems.
Our hardware is designed to scale with launch-vehicle development, maximising configurability from test-site to flight.
Quad RISC-V RV64GC cores clocked at 625MHz with 2GB LPDDR4.
Quad ARM Cortex-A53 cores clocked at 1.5GHz with 2GB LPDDR4.
Stay tuned.
Stay tuned.
For Class A PT100 sensors with 3/4 wire sensing capability.
Includes miswiring, burnout, OVUV, overheat and corruption detection.
For 4..20mA current loop feedback transducers.
Includes miswiring, OVUV, overheat and corruption detection.
For high-speed sensor acquisition up to 100kSPS.
Includes miswiring, OVUV, overheat, and corruption detection.
For quarter/half bridge sensors, e.g. strain-gages.
Includes miswiring, burnout, OVUV, overheat and corruption detection.
For uniaxial/triaxial IEPE/ICP type accelerometer sensors.
Includes miswiring, OVUV, overheat and corruption detection
For generic GPIO applications, e.g. counters, limit switches.
Includes miswiring, OVUV, overheat and corruption detection
For RS422/485 serial networking.
For 100Base-T Ethernet networking, supports PTP (IEEE1588),
TSN option available.
For CAN or CAN-FD masters, supports 8Mbit/s.
CAN-XL option available.
For SpaceWire serial networking.
Available in Q1 2026.
For Ethernet over Fiber networking.
Available in Q2 2026.
For WiFi / UWB networking.
Available in Q3 2026.
Available in Q2 2026.
Available in Q3 2025.
128-256GB Flash memory store for high-resolution telemetry.
Available in Q3 2025.
MJPEG/H.264 ‘Main’ profile video encoder for engineering stills and PR.
Available in Q3 2025.
Use our computing modules and firmware drivers for a powerful OBC solution with the necessary abstractions to begin integration immediately.
A combination of data-acquisition and power-distribution modules allows for a versatile engine controller solution which can scale from unit tests to flight integration.
Our data-acquisition and networking modules allow for building test-site and launch vehicle instrumentation solutions with a clear route to flight.