Industrial computers are designed with the ability to execute different applications, and are suitable for a variety of industrial tasks and projects. They are appropriate for harsh working and environmental conditions because of their ability to stay operational in a wide range of temperatures, and the ability to be connected to a variety of devices and transfer data swiftly and safely through different standard input/output ports. In addition, most industrial computers are tested to ensure their smooth and non-disruptive performance in harsh working conditions.

 

Fanless Design

Owing to their fanless design, the user is able to make use of these computers both indoors (where noiseless devices are needed) and outdoors.

 

Operational In a Wide Range of Temperatures

These computers are designed to be fully operational in a range of -20°C to 70°C. Some of these industrial computers have a dependable and accurate performance at a temperature of 70°C.

 

Special Resistance Solutions

Industrial computers support all Intel desktops. Combining several facilities, which are present in all industrial computers, results in better performance, lower consumption, and higher efficiency during industrial processes.

 

Ability to Work with Military Devices

Industrial computers are compatible with standard such as MIL-STD-810 F, which makes them resistant against shock and vibration. Moreover, most industrial computers are used and confirmed by DOD (the US department of defense).

 

Ability to Support Different Video Ports

Due to the ports that are installed in the cases of industrial computers (the new generation of Intel Haswell platform), they can support at least three video ports; through their graphic card (Intel HD GEN 7.5 engine), industrial computers can display D3/D2 simulations efficiently.