Explore Embedded Computing Systems
Be it for test and development or field deployment, our embedded platforms are designed to ensure project success.
19" rackmount powered chassis platforms.
Convection, conduction and liquid cooled rugged ATR boxes.
Test and development platforms.
Small form factor enclosures for harsh environments.
Fanless PC boxes and Integrated touch panels.
Panel PCs & Displays
FAQs
What components are included in an embedded computing system?
An embedded computing system typically includes processor boards, backplanes, power supplies, cooling solutions, and system enclosures, integrated into a complete platform designed for specific applications.
Why are embedded computing systems used instead of standard computers?
Embedded computing systems are designed for dedicated tasks, long lifecycle support, and reliable operation in demanding environments, making them more suitable than standard commercial computers for industrial and mission-critical applications.
What architectures are commonly used in embedded computing systems?
Embedded computing systems often use open standard architectures such as OpenVPX, VPX, CompactPCI, and AdvancedTCA, enabling modular design, scalability, and interoperability between components.
What factors should be considered when selecting an embedded computing system?
Important factors include processing performance, I/O requirements, environmental conditions, cooling methods, form factor, and system scalability.
Are embedded computing systems designed for long-term deployment?
Yes. Embedded computing systems are typically engineered with long product lifecycles, stable components, and extended availability, making them suitable for applications that require years of continuous operation.
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