Q1: What kind of product is YDS TECH ECS-E351? A: The ECS-E351 is a fanless compact industrial computer developed by Shenzhen YDS Electronic Co., Ltd. (YDS TECH). It features an embedded design, focusing on wide-temperature operation, low power consumption and high stability, suitable for artificial intelligence, edge computing, intelligent transportation and other industrial and intelligent applications.
Q2: What are the core hardware specifications of the ECS-E351? A: It is powered by Intel Elkhart Lake platform processors (Celeron N/J series and Atom X series, dual-core and quad-core optional). It supports SO-DIMM DDR4 RAM up to 32GB, and is equipped with SATA 3.0 and M.2 2280 dual storage ports. It also has dual Gigabit Ethernet ports, rich serial ports (4×RS232 + 2×switchable RS232/RS422/RS485), multiple USB ports and GPIO expansion to meet multi-device connection requirements.
2. Core Performance & Environmental Adaptability
Q3: What is the operating temperature range of the ECS-E351? How does it perform in high and low temperatures? A: The standard version supports an operating temperature of -20°C to +60°C, and the wide-temperature optional version can run stably at -40°C to +70°C. With a fanless passive cooling design, it adapts to harsh industrial environments such as outdoor, vehicle-mounted, frigid and high-temperature conditions without performance degradation caused by temperature changes.
Q4: What are the advantages of a fanless design? How about its failure rate and stability? A: The fanless structure is fully sealed and dustproof with no moving mechanical parts, which effectively reduces the failure rate and lowers maintenance costs. It supports 24/7 uninterrupted stable operation, with strong shock resistance and anti-interference ability, ideal for long-term unattended scenarios.
Q5: Which operating systems does this industrial computer support? A: It is compatible with mainstream operating systems including Windows 10/11 and Linux, supporting various industry software deployments such as AI algorithms, edge computing programs and industrial control software.
3. Industry Applications
Q6: Is the ECS-E351 suitable for Artificial Intelligence (AI)? A: Yes. Its processor provides efficient computing power for AI inference, face recognition and image recognition tasks. The low-power design makes it ideal for edge AI devices, running intelligent analysis algorithms reliably.
Q7: Can it be used for Edge Computing? A: Fully applicable. Its compact size, rich interfaces, wide-range power input (12–24V) and network expansion (Wi-Fi/4G/5G supported) enable on-site data collection, real-time computing and local decision-making, matching the needs of IoT edge computing.
Q8: What applications does it have in Intelligent Transportation Systems (ITS)? A: It can be used in traffic signal control, electronic police, vehicle-road coordination and road monitoring. Its wide-temperature durability and multiple serial ports adapt to sensors and cameras, ensuring stable long-term operation of transportation systems.
Q9: Does it support Electric Vehicle Charging Piles (EVCP) and Smart Grid applications? A: Yes. Its wide-voltage input and stable performance fit charging pile control modules, supporting charging status monitoring, data transmission and safety management. In smart grids, it can be used for data acquisition, remote monitoring and power distribution automation in complex on-site environments.
Q10: Is it applicable to Machine Vision, Numerical Control Systems (NCS) and Robotics? A: Yes. In machine vision, it processes image data efficiently; in numerical control systems, it supports multi-axis control and command transmission; in robotics, it performs motion control and data interaction. Rich interfaces and stable response meet high-precision industrial control requirements.
Q11: How well does it fit Internet of Things (IoT) and Face Recognition scenarios? A: Highly compatible. It supports multi-device networking and data transmission, suitable for IoT gateways and terminals. For face recognition, it runs recognition algorithms stably, with wide-temperature and dustproof features for outdoor access control and security monitoring.
4. Product Advantages
Q12: What are the key advantages of the ECS-E351 over standard industrial computers? A:
Wide-temperature & fanless: Stable operation from -40°C to 70°C, dustproof and quiet with low failure rate.
Abundant interfaces: Multiple serial ports, LAN ports and USB ports for various industrial peripherals.
Compact size: 205mm × 140mm × 55mm, easy for embedded, wall-mounted and cabinet installation.
Long-term stability: Low-power design for 24/7 continuous operation with low maintenance cost.
Wide applicability: Suitable for AI, edge computing, intelligent transportation, EV charging, machine vision and many other fields.
Q13: Is the power supply and installation method flexible? A: It supports 12–24V wide-range DC input with automatic power-on boot, and optional trigger boot. It supports wall-mounted, embedded and desktop installation, adapting to cabinets, equipment interiors and outdoor enclosures.
5. Company & Contact Information
Q14: What is YDS TECH? A: YDS TECH (Shenzhen YDS Electronic Co., Ltd.) is a high-tech enterprise specializing in R&D and manufacturing of industrial computers, embedded fanless industrial PCs and industrial motherboards, providing stable hardware solutions for intelligent industry, IoT, intelligent transportation and other sectors.
Q15: How to get detailed specifications or inquire about purchasing the ECS-E351? A:
Add : Room 802, Building A, Golden Apple Innovation Park, Ganli 2nd Road No.9, Jihua Street, Longgang District, Shenzhen City, Guangdong Province, China.
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