e-con Systems Launches 4K RGB-IR USB Camera Powered for Diverse Embedded Vision Applications

See3CAM_CU83 incorporates e-con's proprietary RGB-IR separation algorithm to separately process RGB and IR frames from the sensor. This approach eliminates the need for separate RGB and IR sensors, delivering clear, precise images with low latency and providing a more cost-effective solution. The camera's reliability is further enhanced by the absence of mechanical switch filters. Leveraging e-con's extensive expertise in image signal processing (ISP) fine-tuning, See3CAM_CU83 delivers high-quality 4K resolution images, ensuring superior image quality.

Revolutionize AIoT with MYC-LR3576: The Ultimate Rockchip Octa-Core Arm Processor Solution

The MYC-LR3576 has a compact size, measuring merely 43mm by 45mm. In addition to the powerful Rockchip RK3576 CPU, it offers 4GB/8GB LPDDR4X, 32GB/64GB eMMC and 32Kbit EEPROM, providing a robust foundation for your next embedded design. Leveraging the full capabilities of the Rockchip RK3576 SoC, the MYC-LR3576 supports a wide array of peripherals through its 381-pin LGA packaged extension interface. It is capable of running the Debian 12 or Linux 6.1.

Equipped with robust M12 and FAKRA connectors for secure communication, the MPT-7100V integrates seamlessly with vehicle control systems through isolated CAN 2.0/FD ports. This advanced CAN FD technology enables faster, more efficient data transfers, essential for modern vehicle ECUs. The system also boasts dual SIM sockets for reliable mobile broadband connectivity, crucial for real-time communication and data processing.

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Editor's Desk by Kirsten Campbell

Embedded and Built for the Wild

Embedded boards and in-vehicle computers are like the all-terrain vehicles of tech. They’re designed to thrive in conditions that would make your laptop cry for its warranty card. High temperatures? No problem. Vibrations that would make your teeth chatter? Bring it on. Dust storms? Just another Tuesday.

Take industrial-grade embedded boards. They don’t just meet standards; they exceed them. From conformal coatings to protect against moisture to heat-dispersing housings that can take the scorch of summer, these devices are the epitome of "survival of the fittest."

Brains and Brawn

What makes these computers so special? They combine ruggedness with precision. They’re the ones

analyzing sensor data in real-time, running diagnostics on heavy machinery, or keeping autonomous vehicles on course even when the GPS signal is spotty.

Embedded boards don’t just ride along in vehicles; they’re everywhere.

In icy Arctic expeditions, they power snowplows with precise navigation and real-time diagnostics. ❄️
In blazing mines, they help heavy machinery haul and drill with pinpoint accuracy. ⚙️
And back at the factory, they’re the silent operators that automate and optimize industrial processes. 🏭

In rugged environments, failure isn’t just inconvenient—it’s expensive and sometimes dangerous. Embedded systems are more than just tech—they’re problem solvers. They help save lives, keep the wheels of industry turning, and make adventures a little safer for everyone.

What would you like to see, more editorial or less, more of a particular topic, or less? Let us know. Reach out to the Product Editor

e-con Systems Launches 4K RGB-IR USB Camera Powered for Diverse Embedded Vision Applications

Revolutionize AIoT with MYC-LR3576: The Ultimate Rockchip Octa-Core Arm Processor Solution

MPT-7100V Rugged In-Vehicle Computer for Harsh Environments

Did you know you can read full articles for FREE?

3-Axis Digital Compass IC Modules