Embedded computers are ideal for integration into environments where space is constrained and at a premium. A range of compact sizes and performance levels ensure there is a platform for any application. Where reliability and minimal through life costs are essential, our fanless platforms with no moving parts are ideal and also reduce the need for servicing.
The range includes specialised platforms certified for rail, in-vehicle and marine applications.
Our range of rail embedded computers is designed for use onboard trains and certified to industry standards, including EN50155 and EN50121. The range is fanless to minimise servicing, and is available with a variety of I/O and performance configuratons to suit your individual requirements.
We offer a range of embedded computers specifically designed for in-vehicle applications. The embedded computers can be certified to industry standards such as eMARK, EN50155 and EN50121.
Our marine-certified embedded computers are available with a full complement of processing options to accommodate a wide variety of shipborne applications, such as bridge consoles, propulsion control, machinery control, monitoring and alarm systems. Depending on the model, the embedded computers can be connected through serial, GPIO, network and NMEA connections. All but one of the models in the embedded PC range are certified to DNV 2.4 and IEC 60945.
The emergence of machine vision has enabled businesses to adopt a more intelligent, more efficient and safer way of working in the age of artificial intelligence (AI). Employing a combination of both hardware and software, machine vision solutions deliver automated guidance and control using the processing of images at the edge, in real-time.
These embedded fanless computers offer compact and powerful computing for integration in equipment, housing and enclosures. Remote management and configuration is provided by iAMT using communication over Ethernet, even when the unit is powered down. The industrial fanless PC series comes with no moving parts to optimise reliability, while the selection of industrial grade components achieves 24/7 operation for critical applications.
