FPGA real-time signal processing · Nottingham, UK
ACIX develops PRISM - an FPGA-based real-time signal processing platform for autonomous systems operating at the edge of physical measurement.
Platform
PRISM is ACIX's core programme - a unified architecture for FPGA-native signal processing from physical acquisition through to actionable system output.
Designed for environments where deterministic latency, precision, and deployability are non-negotiable. Two active products. One coherent stack.
Explore PRISM →DDC co-processor · FMCW LiDAR
FPGA-native digital downconversion co-processor for FMCW LiDAR signal chains. Real-time range-velocity processing at the sensor edge with deterministic sub-millisecond latency.
Analogue front-end platform
Precision analogue front-end for FMCW signal acquisition, feeding directly into the Genesis DDC pipeline.
Markets
01
Defence-adjacent
Sensor fusion and signal processing for platforms where reliability, latency, and certification matter.
02
Medical robotics
Precision real-time control and signal acquisition for safety-critical medical and surgical systems.
03
Industrial automation
Deterministic edge processing for industrial sensing, closed-loop control, and machine perception.
04
Autonomous systems
LiDAR, radar, and multi-modal sensor fusion pipelines for drones, UAVs, and ground platforms.
Contact
For product enquiries, engineering partnership discussions, or general correspondence - reach us directly.