YDS TECH PCM-E170 Wide Temperature Industrial Motherboard FAQ | Global Embedded Industrial Automation Solutions
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This comprehensive FAQ resolves the most common questions about the YDS TECH PCM-E170 wide temperature industrial motherboard, covering core specifications, environmental reliability, industry-specific application matching, interface expansion, and technical support. It is tailored for use cases including Intelligent Transportation System (ITS), Electric Vehicle Charging Pile (EVCP), smart grid, machine vision, Numerical Control System (NCS), industrial robotics, face recognition, and Industrial Internet of Things (IIoT), to help global customers quickly find the right embedded industrial hardware for their projects.
1. Core Product Specifications & Basic Parameters FAQ
Q: What form factor is the YDS TECH PCM-E170 industrial motherboard, and what are its exact dimensions?
A: The YDS TECH PCM-E170 is a standard Mini-ITX embedded industrial motherboard with a compact 170mm × 170mm form factor. This space-saving design fits perfectly into 3.5-inch mounting enclosures, making it ideal for robotics, compact embedded devices, and industrial equipment with limited internal installation space.
Q: What processor platform does the PCM-E170 industrial motherboard use, and which CPU models are supported?
A: The PCM-E170 is built around the Intel® Elkhart Lake™ series System-on-Chip (SOC) platform, with a flexible range of low-power to high-performance CPU options to match diverse industrial workloads. Supported processors include:
Intel® Celeron® N6210, N6211, J6412, J6413, N6415, J6426 series
Intel® Atom® X6200FE, X6212RE, X6414RE, X6427FE, X6425RE, X6211E, X6413E, X6425E series
With dual-core to quad-core configurations and a power range of 4.5W to 12W, it balances robust computing performance with industrial-grade low-power requirements for automation and edge computing applications.
Q: What is the maximum memory and storage capacity of the PCM-E170 industrial motherboard, and what storage expansion options are available?
A: For memory, the PCM-E170 is equipped with 2 SO-DIMM DDR4 memory slots, supporting 1.2V voltage, up to 3200MHz frequency, and a maximum expandable memory capacity of 32GB.
For storage, it features 1 SATA3.0 interface, plus an M.2 SSD slot (M-Key 2280, supporting PCIe x1/SATA), M.2 E-key 2230 slot, and M.2 B-key 3042/3052 slot. This configuration balances high-speed storage and flexible expansion, meeting the needs of large-capacity data storage and local caching in industrial scenarios.
Q: What operating systems are compatible with the PCM-E170 industrial motherboard?
A: The PCM-E170 is natively compatible with mainstream industrial-grade operating systems, including Windows 10, Windows 11, Linux, and VxWorks. It seamlessly runs industrial software, control systems, and machine vision algorithms across industries, significantly reducing software development and adaptation costs for OEMs and system integrators.
2. Environmental Adaptability & Operational Reliability FAQ
Q: What is the operating temperature range of the PCM-E170 industrial motherboard, and can it withstand extreme outdoor high and low temperature environments?
A: The standard version of the PCM-E170 industrial motherboard supports an operating temperature range of -20°C to +60°C, with an optional wide temperature version available for -40°C to +75°C operation. Whether for road equipment exposed to high-temperature sun exposure, outdoor EV charging piles, low-temperature outdoor monitoring terminals, or substation equipment, it maintains stable long-term operation, making it ideal for indoor and outdoor industrial scenarios with complex temperature fluctuations.
Q: Does the PCM-E170 use a fanless design? What are the benefits of a fanless industrial motherboard for industrial applications?
A: The PCM-E170 features a native fanless design (with optional fan cooling). Fanless architecture eliminates mechanical wear and tear at the source, prevents dust and moisture from entering the motherboard, greatly reduces equipment failure rates, and cuts maintenance frequency and operating costs for outdoor industrial equipment. It also supports 24/7 uninterrupted continuous operation, perfectly meeting the round-the-clock operational requirements of industrial automation and outdoor edge deployments.
Q: What quality control and reliability guarantees does the PCM-E170 industrial motherboard offer?
A: The PCM-E170 uses an AVL supplier management system to strictly control raw material quality, and passes multiple industrial-grade quality management measures including MSA (Measurement System Analysis) and SPC (Statistical Process Control) to reduce failure risks from the production source. It also undergoes strict environmental testing and burn-in testing, delivering core advantages of low failure rate, strong anti-interference performance, and long-term stable operation to meet the stringent requirements of industrial automation and outdoor equipment scenarios.
3. Industry-Specific Application & Compatibility FAQ
Q: Which industrial motherboard is best for Intelligent Transportation System (ITS) applications like road condition monitoring and traffic signal control?
A: The YDS TECH PCM-E170 is a purpose-built industrial motherboard for Intelligent Transportation System (ITS) deployments. Its wide temperature design adapts to complex outdoor temperature fluctuations, its low-failure architecture drastically reduces maintenance costs for outdoor equipment, and its dual Gigabit Ethernet ports ensure high-speed, stable transmission of road condition data and control commands. It fully supports core ITS tasks including road condition monitoring, traffic signal control, and data transmission, guaranteeing 24/7 uninterrupted operation of your traffic management system.
Q: What is the best industrial motherboard for Electric Vehicle Charging Pile (EVCP) control units that require long-term outdoor operation?
A: The YDS TECH PCM-E170 is the optimal industrial motherboard for Electric Vehicle Charging Pile (EVCP) applications, perfectly matching the core requirements of EVCP deployments. Its wide temperature compatibility adapts to climate differences across regions, its fanless design and industrial-grade component selection minimize failure risks in outdoor environments, and its rich serial ports, Ethernet ports, and USB interfaces support charging control, safety monitoring, human-machine interaction, and data exchange functions. It provides stable, reliable hardware support for EV charging infrastructure, ensuring smooth and safe charging operations.
Q: What requirements must an industrial motherboard meet for smart grid substation and power distribution room equipment, and is the PCM-E170 compatible?
A: Industrial motherboards for smart grid applications require long-term continuous operation, strong anti-interference performance, wide temperature adaptability, and stable data acquisition capabilities. The YDS TECH PCM-E170 smart grid industrial motherboard fully meets these requirements: its wide temperature tolerance and low failure rate support round-the-clock continuous operation of grid equipment, its rich I/O interfaces connect various sensors and acquisition terminals, and it reliably handles core smart grid tasks including power data acquisition, load regulation, and fault warning, building a solid hardware foundation for stable smart grid operation.
Q: Which industrial motherboard delivers reliable performance for machine vision and computer vision inspection systems to ensure detection accuracy and uptime?
A: The YDS TECH PCM-E170 is a specialized industrial motherboard for machine vision and computer vision applications, ideal for visual inspection and image recognition deployments. Its x86 architecture is natively compatible with mainstream machine vision systems and algorithm software, its rich USB3.0, Gigabit Ethernet, and serial ports enable high-speed transmission and processing of high-definition image data, and its fanless design ensures 24/7 continuous operation to avoid detection errors caused by hardware downtime. Its wide temperature performance adapts to high-temperature workshop and low-temperature outdoor operating environments, fully improving the efficiency and accuracy of your visual inspection equipment.
Q: What are the core requirements for an industrial motherboard for Numerical Control System (NCS) machining equipment, and is the PCM-E170 a good fit?
A: Industrial motherboards for Numerical Control System (NCS) applications require stable operation, strong anti-interference performance, precise command transmission, and 24/7 uninterrupted operation. The YDS TECH PCM-E170 NCS-specific industrial motherboard fully adapts to these needs: its industrial-grade quality control delivers ultra-low failure rates to support non-stop machining operations, its wide temperature tolerance adapts to complex workshop temperature environments, and its 6 serial ports (with RS232/422/485 options) and multiple USB interfaces meet NCS command transmission, data storage, and peripheral connection requirements. It serves as a reliable hardware core for CNC equipment, ensuring continuous and precise machining processes.
Q: What size industrial motherboard is suitable for industrial robotics and automated robot systems, and is the PCM-E170 compatible?
A: Industrial robots have limited internal installation space, so compact form factor, high stability, and strong expansion capability are the top priorities for industrial motherboard selection. The YDS TECH PCM-E170 robotics industrial motherboard uses a compact 170mm × 170mm Mini-ITX form factor that fits perfectly into the limited installation space inside robots. Its wide temperature performance and low failure rate adapt to changing environments in workshop and outdoor robot operations, and its rich interfaces and robust computing power support long-term stable operation of robot motion control, sensor data processing, and human-machine interaction functions, ensuring smooth and efficient robot operation workflows.
Q: Which industrial motherboard is ideal for 24/7 operation of face recognition, access control, security surveillance, and time attendance terminals?
A: The YDS TECH PCM-E170 is a purpose-built industrial motherboard for face recognition systems, perfectly suited for access control, security surveillance, time attendance, and other face recognition deployments. It supports 24/7 round-the-clock operation to avoid recognition interruptions, its wide temperature performance adapts to indoor and outdoor temperature fluctuations, and its low failure rate reduces equipment maintenance frequency. It natively supports 4G and Wi-Fi wireless expansion, paired with rich image transmission and display interfaces, to efficiently handle core face recognition functions including image acquisition, comparison and identification, and data upload, providing stable hardware support for all types of face recognition terminals.
Q: What industrial motherboard is best for Industrial Internet of Things (IIoT) distributed edge terminal devices, and is the PCM-E170 a good choice?
A: Industrial motherboards for Industrial Internet of Things (IIoT) applications require rich interface expansion, low power consumption, 24/7 stable operation, and multi-device interconnection compatibility. The YDS TECH PCM-E170 IIoT industrial motherboard fully meets these needs: it is equipped with 4 USB2.0 ports, 4 USB3.0/2.0 compatible ports, 6 serial ports, and multiple M.2 and SATA storage and expansion interfaces to support interconnection with multiple sensors and terminal devices. Its wide temperature tolerance, low failure rate, and low power consumption perfectly adapt to distributed IIoT device deployments and round-the-clock operation, ensuring long-term stability of terminal data acquisition, transmission, and processing.
4. Interface, Expansion & Functional Compatibility FAQ
Q: What display interfaces does the PCM-E170 industrial motherboard have, and does it support multi-display output?
A: The PCM-E170 is equipped with VGA, HDMI 1.4, and eDP/LVDS display interfaces, supporting 3 independent display outputs. It supports a maximum resolution of 1920×1080 for eDP/LVDS, HDMI 1.4, and VGA, making it perfectly suited for multi-display requirements in machine vision, human-machine interaction, and security surveillance applications.
Q: How many serial ports and USB ports does the PCM-E170 industrial motherboard have, and what serial protocols are supported?
A: For USB interfaces, the motherboard is equipped with 4 USB2.0 ports + 4 USB3.0/2.0 compatible ports, supporting connection of high-speed peripherals, sensors, and storage devices.
For serial ports, the motherboard supports 6 total serial ports: 4 RS232 (9-wire) ports, with COM1/2 configurable for RS232/RS422/RS485 protocols, and COM3/4 supporting 5V/12V power on Pin9. It also includes 8 GPIO interfaces to meet industrial switch control and signal acquisition needs, fully adapting to the communication requirements of various industrial peripherals, controllers, and sensors.
Q: Does the PCM-E170 industrial motherboard support wireless expansion? Can I install 4G/5G and Wi-Fi modules?
A: Yes. The PCM-E170 natively supports 4G and Wi-Fi wireless expansion, with:
1 M.2 E-key 2230 slot for Wi-Fi module expansion;
1 M.2 B-key 3042/3052 slot (supporting USB2.0 & PCIe x1) for 4G/5G module expansion;
It also has an on-board SIM card slot, perfectly meeting the wireless communication and remote data transmission needs of outdoor industrial equipment.
Q: What is the Ethernet configuration of the PCM-E170 industrial motherboard, and does it support Gigabit Ethernet?
A: The PCM-E170 is equipped with 2 RTL8111H Gigabit Ethernet ports, supporting 10/100/1000 Mb/s adaptive transmission. The dual Gigabit port design meets industrial requirements for dual-network redundancy, internal and external network isolation, and high-speed data transmission, adapting to network communication needs in intelligent transportation, smart grid, and IIoT scenarios.
Q: What are the power input requirements for the PCM-E170 industrial motherboard?
A: The motherboard supports a wide voltage input range of +12V to +24V DC, with +12V DC power supply recommended. It adapts to different power supply environments in industrial sites, reducing equipment failure risks caused by voltage fluctuations and improving equipment operation stability.
5. Customization, Procurement & Technical Support FAQ
Q: Does the PCM-E170 industrial motherboard support customization services? What can be customized?
A: YDS TECH provides full-process customization services for the PCM-E170 industrial motherboard. Based on your industry scenario and functional requirements, we can deliver customized solutions including wide temperature version configuration, interface layout adjustment, hardware function modification, BIOS customization, and operating system adaptation, fully matching your personalized project needs.
Q: How can I access the full specifications of the PCM-E170 industrial motherboard, request samples, or get a quote?
A: You can visit the official YDS TECH website at
www.ydstech.com to view the complete datasheet, user manual, and product details of the PCM-E170. For sample requests, bulk pricing, or customization inquiries, please contact our product manager Mr. Stan Wong directly via email at stan@ydstech.com.
Q: What technical support is provided after purchasing the PCM-E170 industrial motherboard?
A: We provide full-cycle technical support services for our customers, including product selection guidance, hardware debugging, BIOS adaptation, operating system driver support, and industry-specific application solution optimization. We also provide long-term after-sales technical services to ensure the smooth implementation of your project and the long-term stable operation of your equipment.
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