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Views: 0 Author: Site Editor Publish Time: 2025-12-12 Origin: Site
PCM-E170 Wide Temperature Industrial Motherboard - Reliable Embedded Solution for Multiple Industries
In scenarios such as industrial automation and smart device deployment, the stability and environmental adaptability of hardware directly affect the overall operational efficiency of the system. YDS TECH (Shenzhen YDS Electronics Co., Ltd.) launches the PCM-E170 industrial motherboard, which combines the practicality of an embedded mainboard with the compact design of an industrial motherboard, integrating the compatibility advantages of an x86 motherboard and the reliability of an industrial computer motherboard. It also meets the needs of 3.5-inch installation scenarios. With its wide temperature performance (high and low temperature resistance), low failure rate, and long-term stable operation capability, it has become a high-quality hardware adaptation solution for intelligent transportation, electric vehicle charging piles, smart grids and other fields. ## Adapt to Multiple Industry Scenarios, Precisely Match Core Needs ### 1. Intelligent Transportation Field As a specialized intelligent transportation industrial motherboard, the PCM-E170 needs to cope with complex temperature fluctuations outdoors. Its standard operating temperature range covers -20℃~60℃, with an optional wide-temperature version (-40℃~75℃). Whether it is road equipment exposed to high-temperature sunlight or outdoor monitoring terminals in extremely cold low temperatures, it can maintain stable operation. The low failure rate design effectively reduces the maintenance frequency and cost of outdoor equipment, perfectly adapting to the core tasks of the Intelligent Transportation System (ITS) such as road condition monitoring, signal control, and data transmission, ensuring the continuous operation of the system. ### 2. Electric Vehicle Charging Pile Field The embedded mainboard for electric vehicle charging piles (PCM-E170) directly faces the core needs of large temperature differences outdoors and long-term uninterrupted operation. Its wide temperature adaptability can easily cope with climate differences in different regions. The fanless design combined with high-quality hardware selection reduces the risk of failure from the structural and component levels. The product supports long-term stable work, providing reliable hardware support for functions such as charging control, safety monitoring, and data interaction of Electric Vehicle Charging Piles (EVCP), ensuring the smoothness and safety of the charging process. ### 3. Smart Grid Field The smart grid embedded mainboard (PCM-E170) is the core hardware support of the smart grid system, requiring continuous operation in various environments such as substations and distribution rooms. Its high and low temperature resistance and low failure rate advantages can meet the requirements of long-term continuous operation of power grid equipment, accurately undertaking key tasks such as data collection, load regulation, and fault early warning, and laying a solid hardware foundation for the stable operation of the smart grid. ### 4. Machine Vision Field The machine vision industrial motherboard (PCM-E170) matches the continuous operation needs of high-precision tasks such as visual inspection and image recognition. Its long-term stable operation capability can avoid detection errors caused by hardware interruptions, and its wide temperature characteristics adapt to different working environments such as high temperatures in workshops and low temperatures outdoors. The compatibility advantage of the x86 architecture supports the software operation of various Machine Vision systems/Computer Vision, and the rich interface configuration ensures the high-speed transmission and processing of image data, helping to improve detection efficiency and accuracy. ### 5. Numerical Control System Field The industrial motherboard for Numerical Control Systems (NCS-specific) has strict requirements for operational stability. The PCM-E170 embedded mainboard can support the long-term uninterrupted processing operations of CNC equipment with its low failure rate performance. Its high and low temperature resistance adapts to the complex temperature environment of the workshop, and the rich serial ports and USB interfaces meet the command transmission and data storage needs of the numerical control system, becoming a reliable hardware core of CNC equipment and ensuring the continuity and accuracy of the processing process. ### 6. Robot Field The robot embedded mainboard (PCM-E170) balances compact design and stable performance. The 170mm×170mm Mini-ITX form factor adapts to the limited installation space inside the robot. The wide temperature characteristics and low failure rate design can cope with environmental changes of robots in different operating scenarios such as workshops and outdoors, supporting the long-term stable operation of functions such as motion control and sensor data processing, and ensuring the smooth progress of the robot's operation process. ### 7. Face Recognition Field The embedded mainboard for face recognition systems (PCM-E170) adapts to the continuous work needs of scenarios such as access control, security monitoring, and attendance checking. Its long-term stable operation capability can avoid recognition interruptions, and its wide temperature characteristics can easily cope with temperature fluctuations indoors and outdoors. The low failure rate design reduces equipment maintenance frequency, supports 4G and WIFI wireless expansion and rich image transmission interfaces, providing efficient hardware support for functions such as image collection and comparison recognition of Face Recognition/Face Detection. ### 8. Internet of Things Field The IoT system industrial motherboard (PCM-E170) serves as the core control unit of Internet of Things (IoT) devices, requiring connection to various sensors and terminal equipment. Its rich interface expansion (including 4 USB 2.0 ports, 4 USB 3.0/2.0 ports, 6 serial ports, and storage interfaces such as M.2 and SATA) can meet the needs of multi-device interconnection. The characteristics of high and low temperature resistance, low failure rate, and long-term stable operation adapt to the distributed deployment and all-weather work scenarios of IoT devices, ensuring the stability of data collection, transmission, and processing. ## Solid Configuration and Quality Assurance, Lay a Solid Foundation for Stability The reliable performance of the PCM-E170 industrial motherboard stems from solid hardware configuration and strict quality control. It is equipped with an onboard Intel® Elkhart Lake series SOC, supports up to 32GB DDR4 memory, and is paired with various storage interfaces such as SATA3.0 and M.2, balancing computing performance and expansion flexibility. It adopts the AVL supplier management system to strictly control the quality of raw materials, and uses multiple quality management methods such as MSA quality system analysis and SPC process control to reduce the risk of failure from the source of production. The fanless design (optional fan) reduces mechanical wear, further improving the reliability of long-term operation of the equipment, and fully supporting its core advantages of high and low temperature resistance and low failure rate. For more product details or customization needs, please visit the official website: www.ydstech.com, Contact Person: Mr. Huang, Email: stan@ydstech.com.
