PCM-H351 Industrial Motherboard - 3.5-inch x86 Embedded Mainboard for Stable Operation Across Multiple Industries

PCM-H351 Industrial Motherboard - 3.5-inch x86 Embedded Mainboard for Stable Operation Across Multiple Industries 

Details about PCM-H351

YDS TECH launches the PCM-H351 industrial motherboard, integrating the core advantages of an industrial computer motherboard, embedded mainboard, and industrial computing motherboard. 

Built on a compact 3.5-inch form factor and x86 architecture, it is powered by 4th Generation Intel® Haswell/Broadwell series processors. 

With core features including **wide temperature adaptability, low failure rate, and long-term stable operation**, it serves as a reliable hardware support for industrial equipment in intelligent transportation, electric vehicle charging piles, smart grids, and other fields, fully meeting industrial application needs across diverse scenarios. 

Suitable for Intelligent Transportation: Stable Performance in Complex Outdoor Environments 

In the field of Intelligent Transportation Systems (ITS), the PCM-H351 Intelligent Transportation Motherboard (ITS Motherboard) demonstrates excellent scenario adaptability. Transportation equipment is exposed to outdoor conditions year-round, facing challenges such as large day-night temperature differences and complex environments. This embedded mainboard supports an operating temperature range of **-20°C~+75°C**, with an optional wide-temperature version of **-40°C~+80°C**, maintaining stable operation whether under intense heat or extreme cold. Its low failure rate ensures the continuous effectiveness of core ITS functions such as data collection and signal transmission, laying a solid hardware foundation for improved traffic dispatching efficiency. 

Suitable for EV Charging Piles: Meeting 24/7 Uninterrupted Operation Needs 

As a professional Electric Vehicle Charging Pile Motherboard (EVCP Motherboard), the PCM-H351 is optimized for the 24/7 uninterrupted operation requirements of outdoor charging piles. Its **high and low temperature resistance** allows it to adapt to climatic differences across regions, preventing equipment shutdowns caused by extreme temperatures. Meanwhile, the **fanless cooling design (with optional fan)** reduces the risk of mechanical failures. Combined with its long-term stable operation advantage, it meets the demand for continuous 24-hour work of charging piles, providing strong support for the safety and continuity of electric vehicle charging processes.  

Suitable for Smart Grids: Empowering Efficient and Stable Grid Operation 

The stable operation of smart grids is directly related to energy supply reliability. The PCM-H351 Smart Grid Motherboard, with its low failure rate and long-term stable performance, is an ideal hardware match for grid equipment. Its x86 motherboard architecture offers strong compatibility, enabling seamless integration with various monitoring and control devices in grid systems. Two Intel Gigabit Ethernet ports ensure stable data transmission; the embedded design effectively saves installation space, and its wide temperature adaptability allows it to operate continuously in different environments such as outdoor equipment cabinets and underground machine rooms, supporting efficient smart grid operation.  

Suitable for Machine Vision: Ensuring Accurate and Continuous Data Processing 

Machine vision systems have high requirements for motherboard operational stability and environmental adaptability. The PCM-H351 Machine Vision Motherboard is equipped with a high-performance Intel processor, paired with on-board 4GB DDR3L memory, providing stable computing power for visual recognition and image processing. Its high and low temperature resistance and low failure rate make it suitable for long-term operation scenarios such as industrial production lines and inspection equipment. Multiple display interfaces (HDMI/DP/LVDS) can meet the connection needs of different visual monitoring devices, ensuring the accuracy and continuity of data processing. 

Suitable for Numerical Control Systems: Supporting Precision Production and Processing 

The precise operation of Numerical Control Systems (NCS) relies on stable hardware performance. The PCM-H351 Numerical Control System Motherboard (NCS Motherboard) offers excellent anti-interference capabilities and a low failure rate, enabling long-term stable operation in the complex electromagnetic environments of industrial workshops. As a 3.5-inch motherboard, its compact size facilitates embedding into CNC equipment. The rich interface configuration (including multiple USB, serial ports, and GPIO interfaces) allows flexible connection between the CNC system and actuators/monitoring modules, providing hardware support for improved production and processing precision. 

Suitable for Robotics: Meeting Compact Structure and Continuous Operation Needs 

Robots have strict requirements for motherboard stability and structural adaptability during operation. The PCM-H351 Robot Motherboard/Robotics Motherboard stands out with core advantages of high and low temperature resistance and low failure rate, adapting to the working needs of industrial robots, service robots, and other equipment types. Its embedded design fits the compact structural layout of robots; the fanless cooling solution reduces equipment operating noise and maintenance frequency. The long-term stable operation feature ensures robots are less prone to failures in continuous operation scenarios, safeguarding the smooth progress of production processes or service delivery. 

Suitable for Face Recognition: Compatible with Multiple Systems and Complex Scenarios 

In the field of face recognition, the PCM-H351 Face Recognition System Motherboard/Face Detection System Motherboard demonstrates strong adaptability. This industrial motherboard supports the operation of multiple systems such as Windows 7 and Linux, enabling flexible compatibility with various face recognition algorithms. Its wide temperature adaptability allows it to maintain stable performance in different indoor and outdoor temperature environments. The low failure rate reduces system maintenance costs, providing reliable hardware support for face recognition functions in access control, attendance, security monitoring, and other scenarios. 

Suitable for IoT: Connecting Various Terminals and Stabilizing Data Transmission 

Internet of Things (IoT) devices are often deployed in complex environments such as outdoor locations and industrial sites. The PCM-H351 IoT System Motherboard/Internet of Things System Motherboard, with its high and low temperature resistance and long-term stable operation, adapts to diverse installation scenarios of IoT terminal devices. As an embedded mainboard, it supports multi-interface expansion, including storage and expansion interfaces such as SATA, mSATA, and mPCIe, enabling flexible connection to various sensors and data transmission modules. The low failure rate ensures the continuity of IoT data collection and transmission, providing a solid hardware foundation for the efficient operation of IoT systems. 

Suitable for Industrial Automation: Supporting High-Intensity Production Line Operation

In the field of industrial automation, the PCM-H351 Industrial Automation Motherboard adapts to the high-intensity operation needs of production lines with stable performance. The product maintains low failure rate operation in the complex environment of industrial workshops, and its rich USB and serial port configurations can meet the connection needs with various automation equipment. Its wide temperature adaptability copes with temperature fluctuations in the workshop, helping industrial automation production lines achieve efficient and stable operation. 

Suitable for Medical Devices: Ensuring Accurate and Safe Operation 

Medical devices have strict requirements for motherboard stability and reliability. The PCM-H351 Medical Device Motherboard, with its low failure rate and long-term stable operation, adapts to the application needs of medical monitoring equipment, diagnostic equipment, and other scenarios. Its fanless design reduces operating noise and dust accumulation, and its wide temperature adaptability ensures stable performance in different medical environments, providing safe and reliable hardware support for the accurate operation of medical devices. 

Summary of Core Product Advantages 

As a core product of YDS TECH, a company with extensive experience in the industrial computer sector, the PCM-H351 industrial motherboard integrates the attributes of an industrial computer motherboard, embedded mainboard, 3.5-inch motherboard, and x86 motherboard. Equipped with a high-performance Intel processor and on-board memory, it offers the following core advantages:

 - Wide temperature adaptability: Standard operating temperature of -20°C~+75°C, with an optional wide-temperature version of -40°C~+80°C; 

- Stability and reliability: Low failure rate design, supporting long-term continuous operation and strong anti-interference capabilities; 

- Flexible adaptability: Compatible with multiple systems such as Windows 7, Linux, and VxWorks, with rich interfaces (USB3.0/2.0, serial ports, GPIO, multiple display interfaces, etc.) to support multi-scenario expansion; 

- Compact structure: 146mm×101.6mm size, embedded design saves installation space. 

 The product can flexibly adapt to the application needs of intelligent transportation, electric vehicle charging piles, smart grids, and other fields, providing a hardware solution with both performance and reliability for industrial equipment in various industries. 

 If you are looking for an industrial-grade motherboard suitable for multiple fields, please visit the official website for more details: 

 **Official Website**: www.ydstech.com 

 **Contact Person**: Mr. Huang 

 **Email**: stan@ydstech.com

H351 datasheet 2015-1-12 ENG.pdf