RK3588+Fudan Micro JFM7K325T Industrial Control Solution

The industrial control board solution, based on the Rockchip RK3588 processor and Fudan Micro JFM7K325T FPGA, combines the high-performance computing of ARM with the real-time processing capabilities of FPGA. It is suitable for industrial applications such as data acquisition, image processing, and AI inference. This solution supports 100% domestic localization, featuring high scalability and low latency.

Core Hardware Configuration

Processor and FPGA Collaborative Architecture‌

RK3588J‌: 8nm process, quad-core Cortex-A76 + quad-core Cortex-A55, 2.0GHz main frequency, built-in 6TOPS NPU, supports 8K video encoding/decoding and multi-channel AI algorithm acceleration. JFM7K325T FPGA‌: Fudan Micro domestic FPGA, compatible with Xilinx XC7K325T, provides 326K logic cells, supports high-speed parallel processing and hardware acceleration.

Interfaces and Expandability‌

Communication Interfaces‌: Supports PCIe Gen2 x8 (3.2 GByte/s bandwidth), Gigabit Ethernet, RS422/RS485, CAN bus, etc. Expansion Interfaces‌: FMC (HPC) daughter card interface, connectable to ADC/DAC, optical fiber modules, etc., supports applications such as SDR and radar signal processing. Video Interfaces‌: Supports HDMI input/output, MIPI Camera, SDI video processing (optional).

Storage and Cache‌

Onboard DDR3/DDR4 memory (max 4GB), supports high-speed data caching; optional 32GB LPDDR4X expansion. Typical Application Scenarios Industrial Vision and AI Inspection‌ Supports models such as YOLO, Faster RCNN, enabling real-time object detection and tracking, suitable for defect detection, intelligent sorting, etc. High-Speed Data Acquisition and Processing‌ Achieves multi-channel sensor data synchronous acquisition (e.g., radar, IF signals) via FPGA, combined with high-speed PCIe transmission to the host. Real-time Control and Communication‌ Supports EtherCAT master/slave stations, multi-channel RS485/232, suitable for industrial automation and robot control. Technical Advantages Domestic Localization‌: Core chips (RK3588, JFM7K325T) and peripheral components have all achieved domestic substitution. Heterogeneous Computing‌: ARM handles complex algorithms, FPGA handles real-time tasks, improving system efficiency. Low-Power Design‌: 8nm process and dynamic power management, suitable for edge computing scenarios. Development Support Software Ecosystem‌: Supports Linux/Android systems, provides FPGA low-level drivers, PCIe DMA test demos, and custom algorithm development. Expansion Compatibility‌: Can be paired with FMC daughter cards (e.g., ADC, DAC) or AI accelerator cards, flexibly adapting to different requirements.

For further technical details or customized designs, please refer to the specific manufacturer's hardware manual or development kit.