YDS TECH ECS-B351 Fanless Mini Industrial PC FAQ

1. Product Basics

Q1: What is YDS TECH ECS-B351 and what is its main positioning?

A: YDS TECH ECS-B351 is a fanless, low-power, wide-temperature mini industrial embedded PC built on the Intel Bay Trail platform (Atom E38xx / J1900 series SoC). It focuses on 24/7 stable operation, high reliability and strong environmental adaptability, designed for applications including artificial intelligence, edge computing, intelligent transportation systems (ITS), electric vehicle charging piles (EVCP), smart grid, machine vision, numerical control systems (NCS), robots, face recognition, Internet of Things (IoT) and other industrial and intelligent scenarios.

Q2: What are the key advantages of the fanless design of ECS-B351?

A: The fully enclosed fanless structure brings multiple core benefits:

• Eliminates fan failure, dust-induced short circuits and noise, supporting quiet operation;

• Provides dustproof, moisture-proof, corrosion-resistant and anti-vibration performance for harsh industrial environments;

• Reduces failure rate and extends service life with no moving parts, supporting long-term stable running.

Q3: How is the power consumption and heat dissipation of ECS-B351?

A: Powered by Intel Atom E38xx / J1900 low-power SoC, the whole machine consumes only 5–10W, with low heat generation and energy saving. It works reliably without high-intensity cooling, suitable for unattended, embedded and power-constrained scenarios, further improving operational stability.

2. Environmental Adaptability

Q4: What temperature range can ECS-B351 support?

A: The standard operating temperature is -20°C ~ +60°C, and the optional wide-temperature version supports -40°C ~ +70°C. It can work reliably in high and low temperature environments such as outdoor EV charging piles, smart grid equipment in cold regions, high-temperature workshop numerical control systems and low-temperature warehouse robots.

Q5: Is ECS-B351 suitable for unstable power supply environments?

A: It supports wide voltage input DC 12–24V (12V recommended), effectively resisting power grid fluctuations, vehicle power supply and outdoor unstable power conditions. With industrial-grade surge and static protection, it avoids downtime caused by abnormal voltage, ideal for ITS, EV charging piles and outdoor IoT devices.

Q6: How about the anti-interference and protection performance?

A: Adopting industrial-grade components, 6-layer PCB and three-proof coating technology, ECS-B351 features strong anti-electromagnetic interference, anti-shock, moisture-proof and anti-corrosion capabilities. The fully enclosed chassis blocks dust and liquid, suitable for long-term use in industrial sites, outdoor and mobile vehicle environments.

3. Performance & Interfaces

Q7: Can ECS-B351 meet the needs of multiple industries?

A: Its hardware configuration balances performance and stability:

• Processor: Intel Atom E38xx / J1900 series, single to quad-core, supporting edge computing, data acquisition and logic control;

• Memory: Up to 8GB DDR3L, storage with 1×mSATA + 1×SATA 2.0;

• Display: VGA + dual HDMI, supporting multi-screen output for machine vision, face recognition and NCS;

• OS: Compatible with Windows 7/10, Linux and mainstream industrial systems.

Q8: Does ECS-B351 have rich industrial interfaces?

A: It provides complete industrial interfaces for direct connection with most peripherals:

• Network: 2×Gigabit Ethernet (Intel i210/i211 optional) for stable data transmission in IoT, ITS and smart grid;

• Serial: 4×RS232 + 2×RS232/422/485, 8×GPIO for PLC, sensors and industrial instruments;

• Expansion: 1×mPCIe for 4G/Wi-Fi, optional SIM slot for wireless communication;

• USB: 1×USB3.0 + 5×USB2.0 for cameras, flash drives and touch devices.

4. Industry Applications

Q9: Is ECS-B351 suitable for AI and edge computing?

A: Yes. With low power, fanless and wide-temperature features, it is ideal for edge AI data processing and real-time inference. It can be deployed as AI terminals and edge computing gateways for local computing and low-latency response.

Q10: What advantages does ECS-B351 have in ITS and EV charging piles?

A:

• Intelligent Transportation Systems (ITS): Wide temperature, anti-interference and multi-serial ports support traffic signal control and vehicle-road coordination equipment with 24/7 stable running.

• Electric Vehicle Charging Piles (EVCP): Wide voltage, high temperature resistance and low failure rate ensure stable charging control and data transmission in unattended outdoor environments.

Q11: Can ECS-B351 be used in machine vision, face recognition and robotics?

A: Yes. Rich display, USB and serial ports support high-definition cameras and vision sensors. Its compact fanless design is suitable for embedded installation in vision inspection, face recognition terminals and mobile robots, ensuring stable data processing and motion control.

Q12: How does ECS-B351 perform in smart grid, NCS and IoT?

A:

• Smart Grid: Wide temperature and anti-interference design supports power monitoring and distribution automation with stable data acquisition.

• Numerical Control System (NCS): Low latency and high stability with multi-GPIO for machine tools and automated production lines.

• Internet of Things (IoT): Supports 4G/Wi-Fi expansion and multi-serial data collection for IoT gateways and remote monitoring terminals.

5. Reliability & Installation

Q13: How about the long-term stability and failure rate of ECS-B351?

A: Built with industrial-grade materials and fanless design, it has a long mean time between failures (MTBF). Low power consumption and wide-temperature protection greatly reduce hardware failures, supporting long-term uninterrupted operation and lowering maintenance costs.

Q14: Is ECS-B351 easy for embedded integration?

A: Measuring 205×140×55mm and weighing only 1.46kg, it is compact and lightweight. It supports wall-mounted and embedded installation, easily integrated into cabinets, small equipment and outdoor boxes.

Q15: What are the core strengths of ECS-B351 compared with ordinary industrial PCs?

A:

1. Fanless wide-temperature design, resistant to high and low temperatures, low failure rate, stable for long hours;

2. Rich industrial interfaces, compatible with various peripherals;

3. Low power and wide voltage input, adaptable to complex power environments;

4. Compact size for embedded deployment across AI, edge computing, ITS, EVCP, smart grid, machine vision, NCS, robotics, face recognition and IoT.

Website: www.ydstech.com

Contact Person: Mr. Huang

Email: stan@ydstech.com