Rugged Fanless Industrial PC, Core i5 i7, Linux/Windows 10/11

Designed for versatile industrial applications, this rugged fanless Industrial PC offers rich connectivity. Industrial-grade SSDs that combine low power consumption, high security, and high speed. Compatible with Linux, Windows 10/ 11, it provides a flexible solution for machine vision, network security, and industrial automation. Upgrade your system with this dependable industrial PC.

Specification

Features

1. High-Performance Processor: Powered by Intel Core i5/i7 12th Gen processors with up to 10 cores, 12 threads, and 4.7 GHz turbo frequency, this industrial PC delivers fast, reliable performance for industrial automation, edge computing, and machine vision.
2. Rugged Fanless Cooling: Designed as a fanless industrial PC, the aluminum alloy enclosure and passive cooling system provide efficient heat dissipation. This ensures quieter operation, reduced maintenance, enhanced dust resistance, and long-term system stability.
3. HD Dual Display: Featuring dual HDMI interface, this industrial computer supports synchronous or independent dual-display operation with resolutions up to 4K. Ideal for web servers, robots, and machine vision applications.
4. Rich Industrial Connectivity: Featuring 3×USB 3.1, 3×USB 2.0, 2×RS232 COM ports, and dual Gigabit LAN ports, this industrial PC easily connects to a wide range of industrial devices and networks.
5. Flexible Expansion: Built for modern connectivity, the rugged industrial PC includes dual M.2 slots and a Mini PCIe slot for WiFi, Bluetooth, 4G, and 5G modules, enabling lexible connectivity and  expansion.
6. Industrial-Grade Reliability and Security: Supporting up to industrial SSD storage, TPM 2.0 encryption, watchdog protection, Wake-on-LAN, etc. this fanless industrial computer delivers secure and dependable operation.

Dimensions (Unit: mm)

Details

Package Include

Tips: What Is the Difference Between an Industrial PC and a PLC?

An industrial PC is a computer used for industrial control. Its anti-interference performance is better than ordinary computers. It is anti-drop, anti-vibration and strong in stability. PLC is a programmable controller, which is generally installed in a control cabinet. It has input and output points, and can also collect analog signals for communication. Simply put, for industrial PC and PLC, the former is the upper computer and the latter is the lower computer.

1. The difference in hardware structure. Both industrial and PLC are composed of central processing unit (CPU), memory, input and output devices, etc. PLC is a dedicated calculator, but it has a different bus architecture from industrial PC.
2. The difference in cost performance. Both Industrial PC and PLC have the characteristics of high performance, high integration, modularization, mass production and wide application. When there are no more complicated data processing, graphic display or motion trajectory requirements in the designed control system, the PLC can be used to obtain a better cost performance.
3. The difference in peripheral configuration. Compared with PLC, industrial PC has more abundant peripheral equipment, such as monitor, driver, printer and network interface card, etc., and they are all standard components. As long as it is equipped with the corresponding driver software, the peripherals produced by different manufacturers can also be used in common with each other. However, PLC peripherals have fewer types and strong specificity, and peripherals of different brands cannot be used universally.