Intel Core i5 8250U Industrial Fanless PC With mSATA SSD Dual Ethernet Dual COM

Core Fanless PC Description:

Our X35 fanless mini pc can be equipped with Intel Core i5-8250U 4 Cores 8 Threads high-performance processor, with powerful computing power and fast response speed.

As a mini desktop computer used in the industrial field, it is also equipped with 2 Gigabit Ethernet ports and 2 serial ports, which can connect various devices and networks, realize high-speed data transmission and stable communication between devices, and meet diverse connection needs.
At the same time, its low power consumption design, energy saving and environmental protection, not only helps to reduce your operating costs, saves you a lot of electricity expenses during long-term operation, but also reduces the impact on the environment.

Core Fanless PC Details:

Core Fanless PC Processor:

This mini pc equipped with Intel® Core i5-8250U quad-core eight-thread processor, the maximum turbo frequency can reach 3.40 GHz, 6MB smart cache and 15W low power design. Its Intel® UHD Graphics 620 core graphics supports 4K display output, meeting the multi-screen collaboration and high-resolution requirements in industrial scenarios, and can easily handle complex graphics processing tasks.

The industrial fanless computer is equipped with a new generation of core series processors, far better than the performance of the sixth and seventh generation, and can better meet the higher needs of modern industries.

Core Fanless PC Dual RS232 COM Ports:

The mini desktop pc equipped with 2 RS232 standard serial interfaces, it has high compatibility and facilitates signal transmission between the host and various serial port devices.

Core Fanless PC Cooling Method:

Intel Core fanless industrial pc adopt intelligent temperature control fan active cooling, reasonable cooling air duct design, quickly take away the heat, so that the host lasting stable operation.

Core Fanless PC Application:

The mini industrial control host has high performance and is designed to meet the higher demands of modern industries. The overall performance is improved by 50% compared with previous generations. It can be applied to machine vision, face recognition, intelligent robots, industrial automation and other scenarios.