YDS TECH PCM-B351E X86 Industrial Motherboard - 3.5-inch Embedded Mainboard Empowers Intelligent Upgrades Across Multiple Fields

YDS TECH PCM-B351E X86 Industrial Motherboard - 3.5-inch Embedded Mainboard Empowers Intelligent Upgrades Across Multiple Fields As a core product of YDS TECH (Shenzhen YDS Electronic Co., Ltd.) deeply engaged in the industrial computing field, the PCM-B351E industrial motherboard leverages the advantages of X86 architecture, compact 3.5-inch design, and all-round adaptability to become a preferred choice in the markets of industrial motherboards, embedded mainboards, and industrial computer motherboards. This high-performance product integrating stability, expandability, and wide temperature adaptability precisely meets the needs of intelligent transportation, electric vehicle charging piles, smart grids, and other fields. It is not only a benchmark for intelligent transportation motherboards and EV charging pile motherboards but also a reliable core for scenarios such as smart grid motherboards, machine vision motherboards, and numerical control system motherboards, comprehensively supporting the digital transformation of industries. ## Intelligent Transportation: A Stable and Reliable Intelligent Transportation Motherboard The Intelligent Transportation System (ITS) imposes strict requirements on the stability, anti-interference capability, and environmental adaptability of hardware. As a dedicated intelligent transportation motherboard, the PCM-B351E embedded mainboard perfectly meets scenario demands. Equipped with Intel® Atom™/Celeron™ series low-power processors, the motherboard features a 5-10W power consumption design to reduce energy pressure. The fanless cooling solution avoids dust accumulation and malfunctions, while the standard wide operating temperature range of -20°C to +75°C (with an optional -40°C to +85°C version) ensures continuous and stable operation even in high-temperature, low-temperature, or extreme temperature fluctuation environments outdoors. Its rich interface configuration supports seamless connection of peripherals such as cameras, sensors, and displays, and the dual Gigabit Ethernet guarantees high-speed data transmission, providing strong computing power support for intelligent transportation scenarios including traffic monitoring, signal control, and lane toll collection. ## EV Charging Piles: An Efficiently Adaptable EV Charging Pile Motherboard In the scenario of Electric Vehicle Charging Piles (EVCP), the PCM-B351E industrial motherboard stands out with high reliability and flexible expandability. The motherboard supports a wide voltage input of 9-24V (12V recommended), boasting strong anti-interference capability to adapt to the complex power supply environment of charging piles. The dual storage interfaces (SATA + mSATA) can meet the needs of local storage and backup of charging data, while the SIM card slot and 4G wireless expansion support remote monitoring and firmware upgrades, enabling real-time feedback on equipment operation status. Its compact 3.5-inch X86 motherboard design can be flexibly embedded in the limited space of charging piles, and the low-power feature reduces equipment operation costs, making it a core hardware for the intelligent upgrading of EV charging piles. ## Smart Grid: A Precisely Temperature-Controlled Smart Grid Motherboard The smart grid operates in a complex environment, requiring high temperature adaptability, data processing capability, and anti-interference performance of equipment. The PCM-B351E smart grid motherboard adopts industrial-grade components and strict testing standards. Its wide temperature design can cope with temperature fluctuations in different scenarios such as outdoor smart grid cabinets and underground computer rooms, stably handling tasks such as power data collection, metering monitoring, and equipment scheduling. The motherboard is equipped with multiple serial ports (2 of which are switchable to RS232/422/485) and GPIO interfaces, enabling efficient connection with various power sensors and control modules. The dual Gigabit network ports ensure secure data transmission, laying a solid hardware foundation for the stable operation of the smart grid. ## Machine Vision: A High-Definition and High-Speed Machine Vision Motherboard Machine Vision Systems (Computer Vision) rely on high-definition display and fast data processing capabilities, which the PCM-B351E machine vision motherboard easily fulfills with its powerful graphics processing and interface configuration. Supporting four display interfaces (VGA, HDMI, eDP, LVDS), the motherboard enables dual independent display outputs with a maximum resolution of 1920x1080, presenting visual inspection images accurately. The collaboration between 8GB DDR3L memory and high-performance processors allows for rapid processing of data operations such as image recognition and dimension measurement. The rich USB and PCIe expansion interfaces can connect industrial cameras, lenses, and other peripherals, adapting to machine vision applications such as automated production inspection and product sorting. ## Numerical Control System: A Precisely Computing Numerical Control System Motherboard The high-precision machining requirements of Numerical Control Systems (NCS) are inseparable from stable computing power and precise interface control. As an excellent representative of embedded mainboards, the PCM-B351E numerical control system motherboard is equipped with multi-core processors, delivering fast computing responses to accurately execute CNC programming instructions. The 6 serial ports (2 switchable to RS232/422/485) and GPIO interfaces can seamlessly connect to servo motors, encoders, and other CNC equipment, realizing precise coordination between motion control and position feedback. The fanless design and industrial-grade quality assurance ensure the motherboard operates stably for a long time in the dusty and vibrating environment of machine tool workshops, improving the machining precision and efficiency of CNC equipment. ## Robotics: A Flexibly Expandable Robot Motherboard Robot applications are diverse, imposing high requirements on the compactness, expandability, and low power consumption of motherboards. The PCM-B351E robot motherboard adopts a compact 3.5-inch size, which can be easily embedded into the robot body, and the low-power design extends the battery life. The mPCIe expansion and SIM card slot support functional expansion such as wireless communication and navigation modules, meeting the needs of different types of equipment such as mobile robots and industrial robotic arms. The rich USB and serial ports can connect cameras, sensors, actuators, and other components. Compatible with Win7, Win10, and Linux systems, the motherboard facilitates the development and adaptation of robot control systems, empowering the intelligent upgrading of robots. ## Face Recognition: A High-Efficiency Computing Face Recognition System Motherboard Face Recognition Systems require fast image processing and stable equipment operation. With the advantages of X86 architecture and high-performance processors, the PCM-B351E face recognition system motherboard quickly completes face image collection, feature extraction, and matching operations, achieving fast response speed and high recognition accuracy. The motherboard supports the connection of multiple peripheral devices, adapting to high-definition cameras, access controllers, and other equipment. The wide temperature and fanless design make it suitable for different scenarios such as access control terminals, attendance devices, and security monitoring. Whether in indoor office areas or outdoor access points, it can perform stably, providing reliable hardware support for security and identity recognition. ## Internet of Things: An Interconnected IoT System Motherboard The IoT (Internet of Things) scenarios demand device networking, data transmission, and multi-device collaboration, which are perfectly fulfilled by the PCM-B351E IoT system motherboard. Integrating dual Gigabit network ports, wireless expansion (4G support), and rich peripheral interfaces, the motherboard enables efficient interconnection between devices and the cloud, as well as between devices themselves, supporting the collection and transmission of massive sensor data. The industrial-grade quality, wide temperature, and wide voltage design adapt to the outdoor deployment and multi-environment operation needs of IoT terminals. Its flexible OEM/ODM customization capability can also adjust functions according to different IoT application scenarios, making it a core motherboard choice for IoT terminal equipment. As a crystallization of YDS TECH's more than 20 years of technical accumulation in industrial computing, the PCM-B351E industrial motherboard has passed the ISO9001 international quality management system certification. Relying on the R&D strength of a national high-tech enterprise, YDS TECH has established a quality benchmark in the fields of industrial motherboards, embedded mainboards, 3.5-inch motherboards, X86 motherboards, and other products. Whether it is a dedicated motherboard for specific scenarios such as intelligent transportation and EV charging piles, or a general-purpose industrial motherboard covering multiple fields, it can meet customer needs with high cost-effectiveness and reliability. For more product details or customized solutions, welcome to visit our official website: www.ydstech.com. Contact Person: Mr. Huang. Email: stan@ydstech.com. YDS TECH looks forward to cooperating with you to create new value in industrial intelligence!