New 3.5-inch Industrial Motherboard with Intel N-Series CPU Launched for Embedded Edge Applications

With the rapid iteration of industrial edge computing, intelligent manufacturing, and industrial IoT scenarios, embedded industrial control hardware is evolving toward high efficiency, low power consumption, rich expandability and high stability. Traditional miniature motherboards are gradually unable to meet the multi-device access and high-speed data transmission demands of complex industrial sites. To fill the market gap of mid-range high-performance embedded core hardware, a new-generation 3.5-inch industrial-grade single-board motherboard based on Intel architecture has been officially released. Targeting industrial automation, on-site data acquisition, machine vision, intelligent transportation and embedded terminal equipment scenarios, this motherboard optimizes core configuration and peripheral expansion capabilities, delivering a cost-effective and highly compatible core solution for industrial system integration and embedded device development.

Core Technical Specifications

This industrial motherboard adopts a mature industrial-standard hardware design, with standardized and scalable core parameters, fully adapting to long-term stable operation and diversified deployment requirements of industrial embedded systems:

1. Form Factor: Standard 3.5-inch industrial embedded motherboard layout, compact structural design, compatible with mainstream industrial box enclosures and embedded installation environments;

2. Processor Support: Compatible with Intel Celeron N95, N100 and full-range N-series low-power industrial-grade CPUs, featuring ultra-low power consumption and balanced computing performance, meeting lightweight edge computing and field control operation demands;

3. Memory Configuration: Equipped with a detachable DDR5 single memory slot, supporting a maximum capacity of 16GB DDR5 4800MHz high-speed memory, effectively improving system operating efficiency and large-data caching capability;

4. Ethernet Ports: Dual Intel I226-V 2.5G industrial Gigabit Ethernet ports, with a single-port maximum transmission rate of 2500Mbps, supporting industrial-level uninterrupted network transmission and low-latency data interaction;

5. Serial Port Expansion: Integrated 6 industrial-grade COM serial ports, supporting jumper-switchable RS232/RS485 multi-protocol adaptation, compatible with most industrial peripheral devices on the market;

6. Industrial Adaptability: Supports wide-voltage DC power input and wide-temperature industrial operating environment, perfectly adapting to fanless heat dissipation design, reducing equipment failure rate in complex industrial scenarios;

7. System Compatibility: Fully compatible with mainstream Windows embedded systems and multiple Linux industrial distributions, ensuring good software adaptability for secondary development and system deployment.

In terms of practical industrial application performance, the dual Intel 2.5G network ports adopt industrial-grade network chip solutions, which can effectively resist industrial site electromagnetic interference, achieve stable long-term online operation, and meet high-frequency data upload, remote device networking and machine vision image transmission requirements. Different from ordinary civilian motherboards, the six configurable serial ports of this product solve the pain point of insufficient peripheral access interfaces for traditional embedded motherboards, realizing stable docking and data communication with industrial sensors, PLC controllers, field acquisition terminals and other multi-type industrial equipment.

Equipped with Intel N-series low-power CPUs and DDR5 high-speed removable memory, the motherboard achieves a significant upgrade in computing and response speed compared with traditional 3.5-inch motherboards. The detachable memory design facilitates later hardware upgrade and maintenance for users, while the 16GB large-capacity memory and 4800MHz high bandwidth can fully support multi-task parallel operation of industrial control software, edge data processing and real-time system response.

Benefiting from its ultra-compact 3.5-inch size, industrial-grade stability, low-power high-performance configuration and rich expansion interfaces, this motherboard is widely applicable to core hardware scenarios such as industrial monitoring terminals, AGV handling robots, intelligent roadside control equipment, industrial edge gateways and smart self-service terminals. In the current embedded industrial control market, it effectively makes up for the performance shortcomings of low-entry motherboards and the cost disadvantages of high-end industrial control boards, and has become a preferred high-cost-performance core hardware for industrial solution integrators and embedded equipment developers.