Aerospace / Radar
Wide-temperature, vibration-resistant oHFM standard modules meet aerospace SWaP requirements, providing a common hardware platform for SAR imaging, radar acquisition and UAV payloads.
Typical Application Scenarios
Airborne SAR Real-Time Imaging
Real-time signal processing for UAV-borne synthetic aperture radar (SAR), supporting range pulse compression, azimuth imaging and motion compensation for imaging while flying on missile/airborne platforms.
Radar Echo Acquisition
Multi-channel high-speed data acquisition module supporting 16-bit high-precision ADC with sampling rates up to 2GSPS, meeting synchronized multi-channel echo acquisition needs of phased-array radars.
UAV Payload Computing Platform
Acts as an airborne general-purpose computing module running target recognition, electronic countermeasures, communication relay and other payload algorithms, supporting FPGA + ARM heterogeneous computing.
Pain Points of Traditional Solutions
Traditional dedicated radar hardware design is slow and hard to adapt to new payloads quickly
SWaP (size, weight and power) targets are hard to meet simultaneously on airborne platforms
Multi-channel high-speed acquisition is difficult to develop with poor board-level consistency
Wide-temperature and vibration design barriers are high, hard for small teams to accomplish alone
oHFM Standardized Solution
Customer Value
Start Your oHFM Standardized Product Development
Standardized modules plus flexible software-defined design let you focus on core algorithms and product innovation without reinventing the wheel.