COM Express Type6 ARM-FPGA single board computer | Industrial Compact Motherboard
COMe_TYPE6_RK3588-V2.2
Industrial-Grade ARM Module for Robotics/Medical/AV Systems – 64×80mm Size, 50% Faster Deployment
- RK3588 ARM+XC7A50T FPGA heterogeneous acceleration
- Wide temperature operation -40~85°C for harsh condition
- It allows direct replacement of X86 COMe modules
- PCle3.0, SATA3.0, MIPI, CAN and GTP multi interface support
- FPGA support custom hardware logic for diverse applications
Description
Product Overview
The COMe_TYPE6_RK3588-V2.2 Single Board Computer is an industrial FPGA computing board for advanced control & processing. Designed for high-reliability scenarios such as industrial automation and rail transportation, this COM Express Type6 embedded board integrates the RK3588 ARM SOC and XC7A50T FPGA to achieve seamless collaboration between high-performance computing and hardware acceleration. Fully compliant with COM.0 R2.1 Type 6 and measuring just 95 × 95 mm, it allows direct replacement of x86 COMe modules without carrier redesign. Supporting operation from -40°C to 85°C and featuring rich interfaces including PCIe3.0, SATA3.0, MIPI, CAN, GTP, it provides a flexible and stable hardware platform for industrial control, machine vision, data acquisition, and more.
Key Features
1. COM Express Type6 Drop-in Compatibility
Strictly compliant with the <COM Express Module Base Specification COM.0 R2.1> Type6 standard and seamlessly replace X86 COMe modules.
2. Compact Structure 95x95mm:
Adheres to COM Express Compact specifications, ideal for space-constrained industrial PCs and edge computing devices.
3. ARM+FPGA Heterogeneous Computing Architecture:
High-speed interconnection between the RK3588 ARM SOC and Xilinx FPGA via PCIe 2.0, UART, and I2C, ensures real-time control and large-scale data transmission.
4. Comprehensive Interfaces of the computing board:
Standard Interfaces: Gigabit Ethernet, SATA 3.0, USB 3.0, HDMI 2.1, MIPI DSI/CSI/CAN. Extended Interfaces: GTP, LVDS (FPGA-driven)
5. Wide-Temperature Operation:
Dual versions available: -20°C to 70°C and -40°C to 85°C(rugged industrial-grade), tailored for demanding environments like power systems and rail transportation.
6. Low-Power Consumption:
Typical power consumption of 10W-15W, combining the RK3588J SOC, LPDDR4 16GB, and FPGA for high-performance efficiency.
Dual core heterogeneous architecture
ARM Side: Rockchip RK3588 (4×Cortex-A76 + 4×Cortex-A55) with LPDDR4 (up to 32GB) and eMMC 5.1 (up to 256GB)
FPGA Side: Xilinx Artix-7 XC7A50T-2FGG484I (Upgradable to XC7A100T) with MT25QL256ABA1EW7 SPI Flash for bitstream storage
| Core Components | Interface & Compatibility | ||||||
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| Front Side | Back Side | Standard Interfaces | Industrial Protocols | ||||
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Industrial grade signal integrity
Display Flexibility:
2×HDMI, 1×DP, 1×MIPI‑DSI, 1×LVDS (via GM8775C), 5 independent outputs for simultaneous multi‑display control
Network Reliability:
Dual YT8531SH Gigabit Ethernet PHY, equipped with industrial grade EMC protection
Technical Specifications
| COMe_TYPE6_RK3588 | |
| ITEM | DESCRIPTION |
| CPU | RK3588/RK3588J;8nm;64bit |
| 4xARM Cortex-A76 RK3588 : 2.4GHz RK3588J：1.6GHz;CAN UP TO 2.0GHz | |
| 4xARM Cortex-A55 RK3588 : 1.8GHz RK3588J: 1.3GHz;CAN UP TO 1.7GHz | |
| 3xARM Cortex-M0(PMU_M0、NPU_M0、DDR_M0) PMU_M0: 200MHz NPU_M0;DDR_M0 UNOPEN | |
| NPU: 6TOPS SUPPORT:INT4/INT8/INT16/FP16/BF16/TF32 SUPPORT:TensorFlow/PyTorch/Caffe/MXNet | |
| GPU: Mali-G610 MP4 SUPPORT: OpenGL ES 1.1/2.0/3.2;OpenCL 2.2;Vulkan 1.2 | |
| ISP: 2xISP(ISP0/ISP1);support HDR;3DNR; SUPPORT CAMERA： 48M: 8064×6048@15fps dual ISP 32M: 6528×4898@30fps dual ISP 16M: 4672×3504@30fps single ISP | |
| DECODER：8K@60fps H.265、8K@30fps H.264 | |
| ENCODER: 8K@30fps H.265/H.264 | |
| ROM:32/64/128GByte eMMC | |
| RAM:4/8/16GByte LPDDR4X | |
| GBE:2x | |
| SATA:1xSATA3.0 | |
| PCIe:1xPCIe 3.0×4/4xPCIe 3.0×1;1xPCIe 2.1×1 | |
| USB:1xType-C(USB3.0);1xUSB3.0;2xUSB2.0 | |
| Video OUT:1xMIPI DSI(DCPHY 4LANE);1xLVDS(MIPI TO LVDS); 1xHDMI OUT;1xDP | |
| Video IN:1xMIPI CSI(DPHY);1xHDMI IN | |
| SPI:x1 | |
| I2S:x1 | |
| SARADC:x3 | |
| UART:x2 | |
| I2C:x2 | |
| GPIO:x5 | |
| FPGA | XC7A50T-2FGG484I |
| Logic Cells：52160 | |
| CLBs Slices：8150 Max Distributed RAM(Kb)：600 | |
| DSP48E1 Slices：120 | |
| Block RAM Blocks 18 Kb：150 36 Kb：75 Max(Kb)2700 | |
| CMTs：5 | |
| PCIe：1 | |
| GTPs：4(ONE FOR PCIe2.0 WITH RK3588;THREE FOR OUT) | |
| Max User：250 | |
| ROM:256Mbit QSPI FLASH | |
| RAM:1GByte DDR3 | |
| IO:36(3.3V BANK14);30(3.3V BANK15);6(2.5V BANK16) | |
| LVDS:16 PAIRS(BANK16)/(32 IO 2.5V) | |
| MCU | PY32F002BF15U6TR;32bit |
| Cortex-M0;24MHz | |
| 24KByte FLASH | |
| 3KByte SRAM | |
| IO:x18 | |
| CPU TO FPGA | I2C:x3 |
| UART:x2 | |
| GPIO:7 | |
| PCIe2.0:X1 | |
| LED | 5x |
| INTERFACE | B2B CONNECTOR;COMe Type6;440PIN |
| POWER | 12V±5%;5V±5%; |
| SIZE | 95*95*8.1MM |
| SOFTWARE | Debian 11(Linux-5.10.160) |
| Buildroot-2021.11(Linux-5.10.160) | |
| Ubuntu20.04(Linux-5.10.160 XFCE) | |
| Qt-5.15.10 | |
| Required lib and drive | |
Application Scenarios
Mission-Critical Control with Precision Timing
Scenario: Railway Signal System
Technical correlation:
FPGA achieves real-time acquisition of track signals through isolated GPIO
Dual YT8531SH PHY supports hot redundant network communication
GM8775C driver LVDS display screen presents scheduling information
Configuration Options
Standard version basic configuration:
RK3588 ARM processor | 8GB LPDDR4 | 32GB eMMC | XC7A50T FPGA
Flexible upgrade options
(price adjustment for changing configurations, please contact sales for details):
1. Processor: RK3588 → RK3588J (industrial grade chip)
2. Memory: 8GB → 12GB/32GB (maximum supported)
3. Storage: 32GB → 64GB/128GB/256GB eMMC
4. FPGA: XC7A50T (basic) → XC7A100T (doubling logical resources)
(Note: All configurations maintain 100% mechanical compatibility with COM ExpressType 6)
Why Choose Us？
Provide one-stop R&D services from schematic design to hardware delivery: based on Xilinx FPGA, Rockchip ARM, TI DSP and other platforms, focusing on high-speed digital circuit research and development and complex architecture design for 10 years; Support 2-20 layers of PCB and blind buried hole technology, with daily delivery of 400PIN; Integrate material procurement, precision welding, and debugging, with a rapid response time of 72 hours. With industrial grade high reliability standards (defect rate ≤ 0.1%), we assist customers in industrial control, new energy, intelligent equipment and other fields to accelerate product implementation.
Additional information
| CPU | 4xARM Cortex-A76+ 4xARM Cortex-A55+ 3xARM Cortex-M0 (PMU_M0, NPU_M0, DDR_M0) |
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