PCM-GM351 Industrial Motherboard - 3.5-inch x86 Embedded Mainboard for Stable Operation Across Multiple Industries

GM351_datasheet 20231010 ENG.pdfPCM-GM351 manual V0.1_N4000 ENG.pdfYDS TECH presents the PCM-GM351 industrial motherboard, a reliable industrial-grade hardware product that integrates the core attributes of an industrial computer motherboard, embedded mainboard, and industrial mainboard. Boasting a compact 3.5-inch size and x86 architecture advantages, this versatile board is compatible with diverse application scenarios including Intelligent Transportation Systems (ITS), Electric Vehicle Charging Piles (EVCP), smart grids, and more. With outstanding environmental adaptability and operational stability, it serves as a solid hardware backbone for industrial equipment across various sectors. In the field of Intelligent Transportation Systems (ITS), the PCM-GM351 intelligent transportation motherboard excels in scenario-specific adaptability. Transportation equipment often endures harsh outdoor conditions such as significant day-night temperature fluctuations and complex environments. This embedded mainboard supports an operating temperature range of -20°C~+75°C, with an optional wide-temperature version extending to -40°C~+85°C. Whether exposed to intense heat or extreme cold, it maintains consistent performance. Its low failure rate ensures the continuous effectiveness of core ITS functions like data collection and signal transmission, laying a reliable hardware foundation for traffic dispatch and travel safety. As a professional electric vehicle charging pile motherboard (EVCP motherboard), the PCM-GM351 is tailored to meet the demands of outdoor charging scenarios. Its core feature of withstanding high and low temperatures enables it to adapt to climatic variations across different regions, preventing equipment shutdowns caused by extreme temperatures. Additionally, this industrial motherboard offers long-term stable operation, fulfilling the 24/7 uninterrupted working requirements of charging piles and providing robust support for the safety and continuity of electric vehicle charging processes. The stable operation of smart grids is directly linked to energy supply reliability, making the PCM-GM351 smart grid motherboard an ideal hardware choice with its low failure rate and long-term stable performance. Its x86 motherboard architecture ensures strong compatibility, enabling seamless integration with various monitoring and control devices in power grid systems. The embedded design saves installation space, while its wide-temperature adaptability allows it to operate continuously in diverse environments such as outdoor power grid cabinets and underground machine rooms. Machine vision systems (Computer Vision) demand high operational stability and environmental adaptability from motherboards. The PCM-GM351 machine vision motherboard is equipped with Intel® Gemini Lake series SOC, combined with the performance advantages of x86 architecture, delivering stable computing power for visual recognition and image processing. Its ability to withstand high and low temperatures and low failure rate make it suitable for long-term operation in scenarios such as industrial production lines and inspection equipment, ensuring the accuracy and continuity of data processing in vision systems. The precise operation of Numerical Control Systems (NCS) relies on stable hardware performance. The PCM-GM351 numerical control system motherboard offers excellent anti-interference capabilities and a low failure rate, enabling stable long-term operation in the complex electromagnetic environments of industrial workshops. As a 3.5-inch industrial motherboard, its compact size facilitates embedding into CNC equipment, while its rich interface configuration meets the connection needs of CNC systems with various actuators and monitoring modules, helping to improve production and processing precision and efficiency. Robots impose strict requirements on motherboard stability and environmental adaptability during operation. The PCM-GM351 robot motherboard stands out with its ability to withstand high and low temperatures and low failure rate, adapting to the working needs of industrial robots, service robots, and other equipment types. Its embedded design aligns with the compact structural layout of robots, and its long-term stable operation ensures minimal downtime during continuous robot operation, safeguarding the smooth progress of production processes or service delivery. Face recognition systems (Face Detection) are commonly used in access control, security monitoring, and other scenarios. The PCM-GM351 face recognition system motherboard maintains stable performance across different temperature environments, and its low failure rate reduces system maintenance costs. As an x86 industrial computer motherboard, it is compatible with Windows 10 and Linux operating systems, flexibly adapting to various face recognition algorithms and providing a reliable hardware foundation for functions such as identity verification and intelligent monitoring. Internet of Things (IoT) devices are often deployed in complex environments such as outdoor locations and industrial sites. The PCM-GM351 IoT system motherboard features resistance to high and low temperatures and long-term stable operation, making it suitable for diverse installation scenarios of IoT terminal devices. As an embedded mainboard, it supports multi-interface expansion, enabling connections to various sensors and data transmission modules. Its low failure rate ensures the continuity of IoT data collection and transmission, providing strong support for the efficient operation of IoT systems. The PCM-GM351 industrial motherboard is a core product of YDS TECH, a company with years of experience in the industrial computer sector. Integrating the attributes of an industrial computer motherboard, embedded mainboard, 3.5-inch motherboard, and x86 motherboard, it offers a wide temperature adaptation range (-20°C~+75°C, optional -40°C~+85°C), low failure rate, and long-term stable operation, ensuring broad applicability across intelligent transportation, electric vehicle charging piles, smart grids, and other fields. Adopting a fanless cooling design and powered by Intel® Gemini Lake series processors, it balances operational stability with low power consumption requirements in industrial scenarios. Its rich interface configuration and flexible expandability cater to the personalized application needs of customers in different industries. If you are seeking a reliable motherboard for intelligent transportation, electric vehicle charging piles, smart grids, or other fields, please visit YDS TECH's official website for more details: www.ydstech.com. Contact Person: Mr. Huang. Email: stan@ydstech.com