Mini-PCs for use in vehicles

Mini-PCs are playing an increasingly important role in vehicles of all kinds. Whether in self-driving cars, in public transport such as buses and trains or in police and customs vehicles, powerful computers have become an integral part of modern mobility solutions. They process images and measurement results from cameras and sensors in real time to enable autonomous driving, serve as media players for advertising and passenger information or function as mobile operations centers for authorities and emergency services.


Powerful Mini-PCs for vehicles - reliability in any mobile environment

In order for these Mini-PCs to withstand the extreme conditions in the vehicle, they must be particularly robust. The spo-comm vehicle PCs are specially designed for mobile use and have a robust, fanless design with passive cooling. This prevents the ingress of dust and dirt and at the same time ensures reliable operation without moving wearing parts. A wide range power input of 9-36 volts makes it possible to easily absorb voltage fluctuations and peaks when starting the vehicle, ensuring a constant power supply.

The vehicle PCs are also designed for use in extreme temperatures. Thanks to an extended temperature range, they function reliably in both icy cold and extreme heat. Particularly important for mobile applications is the option to add GPS, 3G or 4G modules to ensure stable connectivity – whether for navigation, fleet management or the transmission of real-time data. Battery packs can also be integrated to enable uninterrupted operation, even if the vehicle’s power supply fails for a short time.

In addition, the vehicle PCs are protected against shocks and vibrations caused by driving movements or uneven road surfaces. Their compact design facilitates integration into tight vehicle spaces, while various mounting options ensure flexible installation.

Whether for autonomous driving, infotainment systems, monitoring and safety technology or mobile control centers – spo-comm vehicle PCs offer the optimum combination of performance, robustness and reliability for use in vehicles.