Reliable Fanless Embedded Industrial PC for Demanding Applications

As a trusted industrial PC supplier, VMLINK designs and manufactures robust embedded industrial PCs that thrive in the harshest conditions. From factory automation to outdoor data acquisition, our embedded PC industrial solutions deliver unmatched stability and performance with zero moving parts.

Why Choose VMLINK as Your Embedded PC Industrial Partner?

Innovative Expertise: Leveraging dozens of patents in intelligent control, our embedded industrial PCs are engineered for superior performance and longevity. Recognized as a National High-Tech Enterprise.

Proven Durability: Our fanless embedded computers are built with rugged, all-metal enclosures, capable of operating in extreme temperatures (-40°C to 85°C) and resisting dust, vibrations, and electromagnetic interference.

Comprehensive Support: Beyond being a hardware supplier, we provide end-to-end support. From selecting the right industrial PC embedded configuration to seamless integration with your machine vision and motion control systems.

Get A Quote

Types of Embedded Industrial PC Wholesale

VBX-H421 I3-10100/4G/256G/19~24V Embedded Industrial PC

VBX-H611 I3-12100/16G/256G/19~24V Embedded Industrial PC

VBX-H111 I7-7700/32G/512+1T/19~24V Embedded Industrial PC

EPC-6003 J1900/8G/128G/12V Embedded Industrial PC

EPC-6002 I7-7820HQ/16G/512G/12V Embedded Industrial PC

EPC-6001 I7-10610U/8G/256G/12V-19V Embedded Industrial PC

EPC-6008 I5-8400H/16G/512G/9-36V Embedded Industrial PC

EPC-6005 J1900/8G/128G/12V Embedded Industrial PC

EPC-6007 I5-6200U/4G/128G/9-36V Embedded Industrial PC

MVP-6003 i3-6100 32G/1T/12/24V Embedded Industrial PC

EPC-6004 I3-7100U/4G/128G/12V Embedded Industrial PC

Fanless Embedded Industrial Controller Industrial Control Mini-IPC Host EPC-6004 I3-6167U 4G 128G

EPC-6006 J4125/8G/256G/12V Embedded Industrial PC

Embedded Industrial PC

Robust Durability

Embedded Industrial PCs are built to withstand harsh industrial environments, featuring rugged enclosures that resist dust, vibrations, and extreme temperatures.

High Reliability

These PCs offer consistent performance with minimal downtime, thanks to their high-quality components and advanced cooling systems, ensuring continuous operation in critical applications.

Versatile Connectivity

Equipped with multiple I/O ports and expansion options, Embedded Industrial PCs support a wide range of peripherals and communication protocols, making them adaptable to various industrial tasks.

Features of Embedded Industrial PC

FAQ of Embedded Industrial PC



What are the typical applications of an Embedded Industrial PC?

- +

These PCs are commonly used in automation, control systems, data acquisition, machine vision, and other industrial applications that require reliable and continuous operation.



How does an Embedded Industrial PC differ from a regular PC?

- +

Embedded Industrial PCs are specifically designed for industrial use, offering enhanced durability, reliability, and extended temperature ranges. They also feature specialized I/O ports and expansion options to support various industrial peripherals and communication protocols.



Can an Embedded Industrial PC operate in extreme temperatures?

- +

Yes, Embedded Industrial PCs are designed to operate in a wide range of temperatures, often from -40°C to 85°C, making them suitable for extreme environments.



What kind of connectivity options are available?

- +

Embedded Industrial PCs typically offer a variety of connectivity options, including USB, Ethernet, serial ports (RS-232/RS-485), and sometimes specialized industrial communication protocols like CAN bus or Modbus.



Are Embedded Industrial PCs customizable?

- +

Many manufacturers offer customizable options for Embedded Industrial PCs, allowing you to select specific components, I/O ports, and other features to meet your unique industrial requirements.



What are the benefits of a fanless design in an embedded industrial PC?

- +

Fanless design eliminates moving parts, which is the most common point of failure in traditional computers. This leads to higher reliability, lower maintenance, silent operation, and better resistance to dust and particulate ingress.



How do I choose the right embedded industrial PC for my application?

- +

Consider your performance needs (CPU), environmental conditions (temperature, humidity), required connectivity (I/O ports), and expansion needs. Contact our experts for a free consultation to ensure you select the optimal model.