A new US program attempts to provide a seal on IoT products that inspires trust in customers for products that meet the standard. Here’s what that looks like, and when it could come to electronics near you.
In electronic design, particularly in products that operate in challenging environments, every decision is a trade-off that affects everything else. Here’s what we learned developing our RS26x LoRaWAN temperature sensor.
ZAPHOD is a new open-source AT Command firmware specifically designed for Bluetooth LE modules.
Ezurio’s partnerships give our customers more silicon choice and more ways to develop their innovations. Now, our software and hardware partnerships combine, resulting in greater support for Zephyr on our Silicon Labs-based modules.
Designed to meet growing demands for bandwidth-intensive and real-time applications, Wi-Fi 7 brings a host of benefits that make it a truly next-gen Wi-Fi experience.
When building vision AI at the edge, specs like TOPS aren’t enough. Here are six platform features that determine real-world performance and scalability.
Ezurio partnered with Metirionic, specialists in advanced signal processing algorithms, optimization, and engineering services to create a cutting-edge Bluetooth® Channel Sounding solution, pre-tuned and paired with Metirionic’s Advanced Ranging Stack (MARS) for the ultimate accuracy and reliability.
UART stands for Universal Asynchronous Receiver-Transmitter, a widely used serial communication interface. In this article, we'll explore UART formatting, parameters, and signaling variations.
Reliable edge AI depends on system-level integration across processing, wireless, and lifecycle support.
Ezurio provides FIPS 140-2 support on the 60-SOM, providing a complete cryptographic solution for medical applications as well as other extremely sensitive data. Now, we go one step further with FIPS 140-3.
Evaluating the i.MX 95 for vision should not start with broken drivers and bad images. Here is the first EVK that gives engineers a real, working camera pipeline out of the box.
Bolt-on wireless looked simple, but it created the same failures across every industry: RF issues, missed deadlines, rising BOM costs, and endless integration work. Connected MCUs remove that entire class of problems.