PRISM Platform
The PRISM platform is a unified architecture for FPGA-native signal processing in autonomous systems - from physical signal acquisition through to real-time system output. Two active products, one coherent stack.
DDC co-processor · FMCW LiDAR
FMCW LiDAR systems generate continuous high-bandwidth IF data that conventional architectures route to a host processor for analysis. The result is a hard ceiling on achievable latency and a significant power cost - one that compounds across multi-sensor platforms.
Genesis eliminates that bottleneck. Signal processing is executed entirely at the sensor edge, on FPGA fabric, delivering range and velocity output with deterministic latency and no host CPU dependency.
Analogue front-end platform · FMCW acquisition
Developing and validating FMCW signal processing chains requires a reliable, configurable analogue front-end. Off-the-shelf evaluation hardware rarely matches the signal characteristics of real deployments, leading to simulation results that don't transfer to hardware.
SPECTRA is a precision analogue front-end platform for FMCW signal acquisition. It pairs directly with Genesis - providing the calibrated analogue signal chain that feeds the DDC pipeline - and operates as a standalone FMCW development platform for teams building and validating their own signal processing systems.