ARMxy BL370 | RK3562 Industrial Computer with 1TOPS NPU and 58,302 I/O Combos
  • Linux ARM computer
  • RK3562 ARM computer
  • Embedded ARM Computers
  • Edge computers
  • industrial edge computing
  • Linux ARM computer
  • RK3562 ARM computer
  • Embedded ARM Computers
  • Edge computers
  • industrial edge computing

ARMxy BL370 | RK3562 Industrial Computer with 1TOPS NPU and 58,302 I/O Combos

No.BL370
ARMxy BL370 industrial computer powered by RK3562. 1TOPS NPU for edge AI, 4K video codec, and Linux-RT (<50µs jitter). Choose from 58,302 factory-built I/O combos. Ideal for machine vision, AGVs, and industrial automation. -40°C to +85°C wide temp.
  • Description

  • Model Selection


RK3562 · 1TOPS NPU · 4K Video

58,302 I/O Combos. 1TOPS NPU. 4K Video. Linux-RT.

ARMxy BL370 industrial computer powered by Rockchip RK3562 quad-core Cortex-A53 (2.0GHz). Built-in 1TOPS NPU for edge AI inference. 4K@30fps H.265 decoding. Choose from 58,302 factory-validated SOM + I/O combinations.

58,302
I/O Combinations
1TOPS
NPU · AI Inference
4K@30fps
H.265 Decoding
-40~85℃
Wide Temp Range
RK3562 · 2.0GHz 1TOPS NPU 4K H.265 Linux-RT/Ubuntu EtherCAT · CODESYS

vs Traditional x86 PLC

Hardware Cost $3,000+ -50~70% SAVE
AI Inference Ready 1TOPS NPU BUILT-IN
Development Cycle -60% shorter FASTER
I/O Combinations 58,302 options CHOOSE
Select your exact SOM, X-board, and Y-boards at order — we assemble and test before shipping.
What Makes BL370 Different

More Than a Controller — An Edge AI Computer

BL370 is designed for applications that demand both real-time control and intelligent processing — from machine vision to predictive maintenance.

1TOPS NPU · Edge AI

Built-in neural processing unit (NPU) supports TensorFlow Lite, PyTorch Mobile, Caffe, MXNet. Run YOLOv5/8, OpenCV, and custom models at the edge — no cloud dependency.

4K Video Codec

H.265 4K@30fps decoding + H.264 1080P@60fps encoding. Perfect for machine vision, surveillance, and video analytics applications.

Real-Time Control

Linux-RT (PREEMPT_RT) kernel with <50µs jitter. Supports IGH EtherCAT Master (open-source) and CODESYS Runtime (licensed) for motion control.

RK3562 Quad-Core A53

22nm process, up to 2.0GHz. 4x Cortex-A53 + 1x Cortex-M0 (200MHz) for low-power co-processing. 8/16/32GB eMMC, 1/2/4GB LPDDR4X.

Modular Architecture

58,302 Factory-Built I/O Combinations

5 SOM boards × 11 X boards × 30+ Y boards × 3 wireless options = 58,302 possible configurations. Order your exact combination — we assemble and test before shipping.

5 SOM Boards 11 X Boards 30+ Y Boards 58,302 Combinations
RS485/232/CAN
DI/DO/Relay
AI: 0-20mA/±10V
AO: 0-20mA/0-10V
PT100/PT1000
Thermocouple (J/K/T/E/R/S/B/N)
PWM/Pulse Counter
Example 1: High-Performance AI + Serial Aggregation (Y63 Exclusive)
BL371B-SOM372-X23-Y63

Main Unit: BL371B (2x Ethernet, 2x Y-slots) · SOM: SOM372 (4GB RAM, 32GB eMMC, wide-temp) · X-Board: X23 (4x RS485 + 4DI + 4DO) · Y-Board: Y63 (4x RS485/232) — Exclusive use, no second Y-board allowed

Ideal for: Up to 8 isolated serial ports + mixed I/O in complex field sites

Example 2: AI + Analog Acquisition + Digital Input (Y13 + Y31)
BL371B-SOM372-X23-Y13-Y31

Main Unit: BL371B (2x Ethernet, 2x Y-slots) · SOM: SOM372 (4GB RAM, 32GB eMMC) · X-Board: X23 (4x RS485 + 4DI + 4DO) · Y1-Board: Y13 (8x DI Dry Contact) · Y2-Board: Y31 (4x AI, 0-20mA/4-20mA)

Ideal for: Analog sensor acquisition + switch status monitoring with NPU edge intelligence

Selection Note: When Y63 (4x RS485/232) is selected, this Y-board occupies the slot exclusively — no second Y-board can be selected. Plan your serial port requirements accordingly.
All I/O boards are carefully selected and assembled before delivery — plug and use.
Edge AI Acceleration

1TOPS NPU for On-Device Intelligence

BL370 integrates a dedicated neural processing unit (NPU) that delivers 1 TOPS (trillion operations per second) of AI compute power. Run inference locally — no GPU, no cloud latency, no data privacy concerns.

  • ✅ Supports INT4/INT8/INT16/FP16 quantization
  • ✅ Compatible with TensorFlow, PyTorch, Caffe, MXNet, ONNX
  • ✅ Pre-optimized for YOLOv5/v8, OpenCV, MediaPipe
  • ✅ Ideal for defect detection, object counting, facial recognition, predictive maintenance

Typical AI Use Cases on BL370

  • 🔹 Machine Vision: Real-time defect detection on production line
  • 🔹 Predictive Maintenance: Vibration + thermal anomaly detection
  • 🔹 Smart Surveillance: People counting, intrusion detection
  • 🔹 AGV/Robotics: Obstacle recognition, path planning
  • 🔹 Energy Management: Load forecasting, anomaly detection
Full NPU SDK and deployment guides provided

4K@30fps H.265 Decoding

Hardware-accelerated video codec supports 4K Ultra HD resolution, perfect for digital signage, video surveillance, and remote visualization.

  • ✅ Decoder: 4K@30fps H.265, 1080P@60fps H.264
  • ✅ Encoder: 1080P@60fps H.264
  • ✅ GPU: Mali-G52-2EE with OpenGL ES 3.2 / OpenCL 2.0 / Vulkan 1.1
  • ✅ HDMI 2.0 output supports 4K@60fps display

ARM Cortex-M0 Co-Processor

Integrated 200MHz Cortex-M0 core for low-power, real-time tasks. Offload time-critical operations from the main A53 cores.

  • ✅ Bare-metal / RT-Thread development supported
  • ✅ Inter-core communication examples provided
  • ✅ Ideal for watchdog, sensor polling, low-power monitoring
  • FreeRTOS capability for deterministic micro-tasks
Software Ecosystem

Industrial-Grade Software Stack

Choose the right OS, runtime, and development tools for your application

Multiple OS Options

Linux 5.10.198 · Linux-RT 5.10.198 · Ubuntu 20.04 · Debian 11 (planned) · Android 13 (planned). Bare-metal development for M0 core.

Real-Time & Motion Control

Linux-RT with <50µs jitter. IGH EtherCAT Master (open-source) · CODESYS Runtime (licensed) · OpenPLC · Beremiz.

Edge AI & Vision

TensorFlow Lite · PyTorch Mobile · YOLOv5/8 · OpenCV · NPU SDK. Run inference locally with 1TOPS NPU acceleration.

IoT & Visualization

Node-RED · BLIoTLink (protocol converter) · FUXA SCADA · Grafana · MQTT · OPC UA · Modbus.

Containerization

Docker · K3s (Kubernetes) support. Isolated application deployment, easy scaling, and maintenance.

Remote O&M

BLRAT (remote access) · QuickConfig (web-based configuration) · EdgeCoder AI (browser-based IDE with AI assistant).

Connectivity

Mini PCIe: 4G/LTE, Wi-Fi, Bluetooth · Dual antenna · SIM slot (NANO) · 1-3x 10/100M Ethernet · 2x USB 2.0

Security

OpenSSL · iptables firewall · Encryption demo · Secure tunneling · Container isolation

Monitoring

Prometheus + Grafana for system metrics · Hardware watchdog · User-programmable LEDs

Technical Specifications

ARMxy BL370 at a Glance

Processor

Rockchip RK3562/RK3562J
4x Cortex-A53 @ up to 2.0GHz
1x Cortex-M0 @ 200MHz
22nm process

NPU

1 TOPS
INT4/INT8/INT16/FP16
TensorFlow/PyTorch/Caffe/MXNet

Memory & Storage

LPDDR4X: 1/2/4GB
eMMC: 8/16/32GB

Graphics & Video

GPU: Mali-G52-2EE
Decode: 4K@30fps H.265, 1080P@60fps H.264
Encode: 1080P@60fps H.264
HDMI 2.0 (4K@60fps)

I/O Interfaces

1-3x 10/100M Ethernet (RJ45)
2x USB 2.0
1x X-board slot · 2x Y-board slots
Mini PCIe (4G/Wi-Fi/BT) · SIM slot
Micro USB debug · SD slot

Environment

Operating temp: -40°C ~ +85°C (wide-temp) / 0~70°C
IEC 60068 environmental testing
IEC 61000 EMC Level III
DIN35 rail mounting

Industries We Serve

Industrial Automation

Semiconductor Equipment

Machine Vision

Energy Storage EMS/BMS

Railway · AGV

Smart Factory
✅ IEC 60068 (Environmental Testing) · Vibration / Shock / Damp Heat ✅ IEC 61000 EMC Level III (ESD/EFT/Surge) ✅ CE / FCC Compliance
I/O boards are factory-assembled and tested. Specify your configuration at time of order.
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ARMxy BL370 Configuration Tool

Configure your RK3562 industrial computer with 1TOPS NPU · 58,302 possible I/O combinations

1
Main Unit
2
SOM Board
3
X-Board
4
Y-Board(s)
5
Wireless

Select Main Unit

Choose base model with 1, 2, or 3 Ethernet ports and Y-slot configuration

Select SOM Board

Choose memory, storage, and temperature grade (RK3562 · 1TOPS NPU)

Select X-series I/O Board

Choose communication interfaces compatible with your main unit

Select Y-series I/O Board(s)

Up to 2 Y-boards · Both optional · Y63 occupies slot exclusively

Y63 Selected — Second Y-Board Disabled

Y63 (4x RS485/232) occupies the Y-board slot exclusively. No second Y-board can be selected when Y63 is chosen.

Select Wireless Module

Add wireless connectivity to your configuration (optional)

Configuration Complete

Your ARMxy BL370 Model:
  • Linux ARM computer
  • RK3562 ARM computer
  • Embedded ARM Computers
  • Edge computers
  • industrial edge computing

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