
Connected vehicles rely on computing hardware to process sensor data, manage communications and support driver interfaces. At the center of these applications is often a box PC or panel PC that needs to keep working through vibration, temperature changes and unstable power supplies.
Choosing the right computer means looking beyond processing power. Environmental requirements, connectivity, certifications and long-term availability all affect how reliably the system will perform. Here, we explore the key factors to consider when selecting rugged computing hardware for transportation applications and the common pitfalls to avoid.
There are several reasons why conventional office or consumer electronics do not perform optimally in the transportation sector.
Electronic devices used in transportation are installed in vehicles, control stations or mobile units. These environments expose equipment to wide temperature variations, frequent vibration and shock.
Dust, moisture and electromagnetic interference also place significant demands on the ruggedness of the box PC or panel PC.
Voltage fluctuations and temporary power outages mean that electronic devices need a stable power supply and often redundant solutions to process data without interruption.
Rugged computing solutions support a wide input voltage range of 9–48 V DC to ensure stable operation. Vehicle supply voltages are typically 12–24 V DC
In addition to voltage fluctuations and sudden voltage changes, the potential damage caused by an abrupt shutdown must also be considered.
To address this, rugged vehicle computers are often equipped with ignition sensing, also known as an IGN module. This monitors the battery voltage and prevents the computer from starting until the voltage has stabilized. IGN can also delay shutdown to prevent system damage or data corruption if the ignition is switched off abruptly.
The EU has a wide range of regulations designed to ensure that consumer products and materials are safe and fit for purpose. Passenger cars, trucks, buses and agricultural machinery are among the most strictly regulated product categories.
These products are assessed against requirements tailored to their specific risks and the environmental implications of their use. Once approved, they carry an E-mark rather than the CE marking used for other manufactured products.
E-marking, also known as the E-mark, is a European marking indicating that a vehicle or vehicle component complies with the laws, regulations and directives applicable within the EU.
An ECE approved product has undergone testing and has been assessed as meeting the technical requirements set out in ECE regulations, an international standard for vehicle and safety equipment.
All products intended for use in vehicles and sold on the European market must carry an E-mark. The E-mark is issued by an authorized certification body. Since each EU country has its own approval system, obtaining ECE approval can be an extensive and complex process.

Certification requirements vary depending on the type of transportation.
It is important to verify which directives and standards apply to your specific vehicle application.

We offer a wide range of embedded computers and other systems with E-mark. Here you find some examples of what we can offer.

12th Generation Intel® Core™ Series Processors, High Performance, Expandable and Modular Rugged Embedded Computer

Intel® Atom® x6425E Processor Rugged Fanless Railway System

Axiomtek tBOX520 Transportation Embedded PC

High-End Industrial PC with EN 50155 Certification and 5G Connectivity for Harsh Environments

In-Vehicle Rugged Cellular Gateway & WIFI

Intel® 12/13th Rugged Fanless Vehicle Telematics System

11th Generation Intel® Core™ i7/i5/i3 Marine Fanless Rugged Embedded System

Rugged waterproof edge computer designed for extreme environments, in-vehicle AI, and mission-critical edge computing applications.
Do you have questions about our solutions or want to discuss a project? We're happy to help. Don't hesitate to reach out – we look forward to hearing from you.

