Contec

It all begins with the board.

Behind every smart factory, AI powered inspection system, and industrial automation breakthrough is a foundation engineered for reliability.

At Contec Americas, we design industrial motherboards built to power demanding environments where precision, stability, and long-term performance matter every day.

Because true innovation doesn’t start at the surface.

It starts at the core.

What industries do you think will rely most on next-generation industrial computing over the next 5 years?

Need to collect and monitor real-world physical data from sensors or machinery?

Building a precise data acquisition system requires a clear understanding of DAQ hardware basics. Our latest guide covers the essentials of signal conversion, interface selection, and noise reduction to help you create a reliable, high-performance industrial measurement solution.

Learn the basics of industrial DAQ hardware: https://hubs.ly/Q04hSGRl0

Industrial Data Acquisition Hardware Basics Learn how industrial data acquisition hardware is selected for reliability, I/O fit, environmental tolerance, and long-term deployment.

Are you designing an embedded system for a mission-critical application? Relying on commercial-grade boards can introduce vulnerabilities in temperature tolerance, power stability, and product longevity. Our latest guide breaks down the essential criteria for choosing an industrial motherboard that aligns with your specific operational and lifecycle requirements.

Read the full engineering guide here: https://hubs.ly/Q04hKtjh0

Best Motherboard for Embedded Systems Find the best motherboard for embedded systems by comparing lifecycle, I/O, power, thermal range, and expansion for reliable deployments.

Developing communication systems for automated machinery, automotive testing, or medical devices? Selecting the wrong CAN bus interface can jeopardize message handling and system latency. Our latest guide goes beyond the basic spec sheet to explain how network topology, galvanic isolation, and driver support impact real-world performance under load.

Discover how to choose the right CAN bus hardware for your deployment: https://hubs.ly/Q04hcQ6N0

How to Choose a CAN Bus Interface Card Learn how to choose a can bus interface card for industrial systems based on bus load, isolation, PCIe fit, driver support, and lifecycle needs.

Designing an industrial system? Choosing the smallest board format before confirming your I/O and thermal needs is a common mistake.

Our latest guide breaks down the differences between ATX, Micro-ATX, and Mini-ITX from an application-first perspective. Learn how to match your board architecture to your specific deployment environment—whether it is a machine vision station on the factory floor or an edge gateway in a remote utility cabinet.

Explore the Industrial Motherboard Guide: https://hubs.ly/Q04gBY790

Designing an industrial system? Don’t make the mistake of choosing the smallest board before confirming your expansion and thermal needs.

Our latest guide explores how different form factors from full ATX to Pico-ITX olve specific integration problems in environments ranging from factory vision stations to remote utility cabinets.

Learn how to match your architecture to your operational environment for a reliable, long-life deployment: https://hubs.ly/Q04g9LHJ0

Today is World Password Day. Is your infrastructure shielded against unauthorized access? 🛡️

Innovation is only effective if it is reliable. At Contec Americas, we provide security solutions that harden your devices from initial boot-up to daily operations. With our advanced BIOS protection and locked-down embedded OS features , we help organizations operate with complete peace of mind.

Learn how we protect your technology: https://bit.ly/3QV2KSE

Need more from your industrial computer? 🖥️

When your application requires frame grabbers, motion cards, or extra networking, PCIe expansion is the answer. But not all expandable platforms are created equal.

Our latest blog breaks down exactly what to look for so you get the flexibility you need without the headaches: https://bit.ly/48Hktmv

Choosing a PCIe Expandable Industrial Computer Learn how to choose a PCIe expandable industrial computer for automation, imaging, AI, and control systems with the right I/O, power, and lifecycle.

No AC outlet? No problem. ⚡

DC powered industrial computers are built for the environments where traditional power simply isn't available vehicles, field cabinets, outdoor installations, and more. Less hardware. Less complexity. More uptime.

If you're designing systems for mobile or remote deployments, this one's for you.→ https://bit.ly/4tf2US4

Choosing a DC Powered Industrial Computer Learn how to evaluate a dc powered industrial computer for automation, healthcare, and edge systems with the right power, I/O, and lifecycle fit.