Embedded Computing Systems for Industrial Automation
ETE delivers high-performance embedded computers designed for automation, control, and industrial communication, ensuring reliable operation 24/7 in manufacturing environments. See all our industrial automation products.
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NIM-C13D
Add to quoteIntel® 82580EB (i350-AM4; Optional by request) PCI-Express 1G Copper Ethernet 4 Ports Module
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VPC-3300S
Add to quoteMulti-PoE & Fanless Appliance with Intel® Celeron® J1900 Processor SoC
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OMNI-3195-BT
Add to quote19” Modular HMI Panel PC with Intel® Celeron® J1900/ N2807 Processor
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BOXER-8310AI
Add to quoteAI@Edge Din Rail Mount Embedded BOX PC with Intel® Movidius™ Myriad™ VPU & Intel® Pentium™ Processor
Wide I/O interfaces for sensors and PLC integration
DIN-rail or panel-mount options for flexible installation
Fanless operation for reliability in dusty or hot environments
Long-term availability and revision-controlled lifecycle
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PICO-EHL4
Add to quotePico-ITX Board with Intel Atom® x6000E Series, and Intel® Pentium® and Celeron® N and J Series Processors
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FWS-2365
Add to quoteDesktop Network Appliance with Intel® Atom® Processor C3000 series
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UP SQUARED PRO 7000 EDGE
Add to quoteUP Squared Pro 7000 System with Intel Atom® x7000E Series, Intel® Processor N-series, and Intel® Core i3-N305 Processor (formerly Alder Lake-N).
With double the CPU and graphics performance, a denser I/O for peripheral device support, and a compact chassis with more accessible expansion options, the UP Squared Pro 7000 Edge brings ease to the edge. Equipped with Intel Atom® Processors x7000E Series, Intel® Core i3-N305 Processor, and Intel® Processor N Series Processors, the UP Squared Pro 7000 Edge has the capacity to power a wealth of peripheral cameras, sensors, and expansion modules in a compact, energy-efficient form factor.
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BOXER-6405M
Add to quoteFanless Compact Embedded Computer with Intel® Celeron/Pentium™ Processor
Our Solutions
- Industrial Embedded Box PCs: Robust computing systems for machine control and process automation.
- Panel PCs for HMI: Touchscreen interfaces for visualization and operator control.
- Automation Gateways: Edge controllers for real-time communication and monitoring.
Key Features
- Wide I/O Flexibility: COM, DIO, LAN, and USB ports for industrial integration.
- High Performance: Multi-core CPUs for demanding automation tasks.
- Reliability: Built for 24/7 operation in harsh factory conditions.
Benefits of Embedded Technology to Industrial Automation
ETE’s computing systems deliver precision, reliability, and performance for automated operations. They support seamless data exchange between machines, enable predictive maintenance, and improve production visibility.
Their rugged fanless design ensures minimal downtime and maximum stability, even in environments exposed to vibration, dust, or temperature variation. Learn about Industry 4.0 standards.
More to know...
Industrial PCs for Efficiency and Safety in Food Processing
Learn how industrial PCs boost efficiency and safety in food processing with ETE’s rugged solutions for harsh environments.
How to Select an Embedded Computer for Industrial Automation
Choosing the right embedded computer is critical for reliable industrial automation systems. Learn what to consider when selecting hardware for machine control, automation and industrial environments.
Why Fanless Industrial Computers Are Replacing Traditional PCs | ETE
Fanless industrial computers are becoming the preferred solution for machine control systems. Discover why embedded platforms like the AAEON BOXER-6641 offer greater reliability, durability and integration for industrial environments.
Need Help?
Contact Us!
Our team at Embedded Technologies understands that automation requirements differ across industries. We provide customized support to help you identify the best embedded computing solution for your machinery, control systems, or factory network.
With ETE’s proven expertise and industrial computing technology, you can streamline production, reduce downtime, and ensure dependable performance even in the most demanding automation environments.