Applications
oHFM Real-World Deployment Scenarios and Customer Value Across Industries
5G/6G Communications SDR
<p>oHFM standardized modules standardize FPGA baseband processing, high-speed ADC/DAC transceivers, power management and interface circuits. Customers only need to develop upper-layer software and waveforms on the standard module, no hardware redesign required. The module supports JESD204C high-speed interfaces with up to 160MHz instantaneous bandwidth per card, covering the vast majority of Sub-6GHz communication scenarios. </p> <p><img src="/api/assets/78919332-a93a-48c7-9d50-fb5ad8cf97b1.png?width=2048&height=2048" alt="Rahex"></p> <p> </p>
View details →Aerospace / Radar
oHFM standard modules feature industrial wide-temperature design (-40°C ~ +85°C) and vibration resistance meeting GJB 150A requirements. Standardized interfaces allow rapid reuse across payload platforms. FPGA reconfigurability supports online radar algorithm upgrades, adapting to new mission needs without hardware changes.
View details →Industrial Machine Vision
oHFM modules integrate image sensor interfaces (MIPI/LVDS/CoaXPress), FPGA image processing pipelines and real-time industrial Ethernet on a standard module. Customers simply deploy trained detection models to quickly build high-speed vision inspection systems. FPGA hardware parallel architecture naturally suits pipelined image processing, with deterministic latency unaffected by system load fluctuations.
View details →Medical Precision Imaging
oHFM standardized medical-grade modules undergo rigorous EMC design and support medical electrical safety standards. FPGA reconfigurability allows hardware interfaces and algorithms to evolve smoothly with products without redesigning the motherboard. The low-power architecture suits portable and bedside devices, and modules can directly pass the IEC 60601 medical device certification system.
View details →Edge AI & Test Instruments
oHFM edge-computing standard modules integrate FPGAs and high-performance ARM processors with heterogeneous scheduling: FPGA handles deterministic real-time signal processing and AI inference acceleration while ARM handles business logic and networking. The standard module form factor supports rapid development of edge products from industrial gateways to smart cameras.
View details →Quantum Computing Acceleration
The oHFM standardized modular hardware platform provides flexible general-purpose measurement and control hardware for quantum computing research. Users focus on quantum algorithms and physical-layer innovation without designing high-speed electronics from scratch. The inter-module synchronized clock distribution mechanism supports multi-card cascading, easily scaling to hundreds of channels for evolution from research prototypes to small-scale quantum systems.
View details →5G/6G Communications SDR
<p>oHFM standardized modules standardize FPGA baseband processing, high-speed ADC/DAC transceivers, power management and interface circuits. Customers only need to develop upper-layer software and waveforms on the standard module, no hardware redesign required. The module supports JESD204C high-speed interfaces with up to 160MHz instantaneous bandwidth per card, covering the vast majority of Sub-6GHz communication scenarios. </p> <p><img src="/api/assets/78919332-a93a-48c7-9d50-fb5ad8cf97b1.png?width=2048&height=2048" alt="Rahex"></p> <p> </p>
View details →Aerospace / Radar
oHFM standard modules feature industrial wide-temperature design (-40°C ~ +85°C) and vibration resistance meeting GJB 150A requirements. Standardized interfaces allow rapid reuse across payload platforms. FPGA reconfigurability supports online radar algorithm upgrades, adapting to new mission needs without hardware changes.
View details →Industrial Machine Vision
oHFM modules integrate image sensor interfaces (MIPI/LVDS/CoaXPress), FPGA image processing pipelines and real-time industrial Ethernet on a standard module. Customers simply deploy trained detection models to quickly build high-speed vision inspection systems. FPGA hardware parallel architecture naturally suits pipelined image processing, with deterministic latency unaffected by system load fluctuations.
View details →Medical Precision Imaging
oHFM standardized medical-grade modules undergo rigorous EMC design and support medical electrical safety standards. FPGA reconfigurability allows hardware interfaces and algorithms to evolve smoothly with products without redesigning the motherboard. The low-power architecture suits portable and bedside devices, and modules can directly pass the IEC 60601 medical device certification system.
View details →Edge AI & Test Instruments
oHFM edge-computing standard modules integrate FPGAs and high-performance ARM processors with heterogeneous scheduling: FPGA handles deterministic real-time signal processing and AI inference acceleration while ARM handles business logic and networking. The standard module form factor supports rapid development of edge products from industrial gateways to smart cameras.
View details →Quantum Computing Acceleration
The oHFM standardized modular hardware platform provides flexible general-purpose measurement and control hardware for quantum computing research. Users focus on quantum algorithms and physical-layer innovation without designing high-speed electronics from scratch. The inter-module synchronized clock distribution mechanism supports multi-card cascading, easily scaling to hundreds of channels for evolution from research prototypes to small-scale quantum systems.
View details →