The Engineer’s Guide to Security at the Edge with Ezurio & NXP Building a modern, secure, and connected edge AI product is hard. Juggling components sourced from different vendors - application processors, wireless modules, NPUs - can lead to more time spent troubleshooting drivers, than building a product. Recently, it’s become even more complicated to...

What You Need to Know About the FCC’s Recent Proposal on Chinese Test Labs At the end of April, the FCC proposed expansion on a previous action, prohibiting Chinese laboratories from certifying electronics for the US market. Here’s how it impacts manufacturers in general – and how Ezurio customers are affected. New Rules Expand on...

Ezurio AT Command Demo with the Veda IF912/IF913 In this demonstration, FAE Chris Laplante walks through how a host processor can use the Veda IF91x SoC's AT Command interface to configure, manage, and control the device over a Serial UART connection. The video covers everything from creating and building the AT Command application in ModusToolbox,...

Nordic nRF54 vs. nRF5 vs. nRF52: Which BLE Generation Is Right for Your Next Product? Embedded engineers selecting a Bluetooth module today face a choice that didn't exist two years ago: Nordic's silicon lineup now spans three distinct hardware generations, each representing a meaningful jump in architecture, not just a spec revision. The nRF52840 defined...

New Ezurio Veda IF912 and Veda IF913 Connected MCUs Ezurio Veda IF912 and IF913 modules are Connected MCUs, a new offering for a new class of designs in Ezurio extensive Wi-Fi portfolio. Senior Marketing Manager Jordan Manser showcases Ezurio's new lineup, what sets these modules apart from Ezurio Sona line, how they help their customers,...

How Does Wi-Fi 7 Compare to Wi-Fi 6 & 6E? Wi-Fi 7 (IEEE 802.11be), the latest generation of Wi-Fi, builds on the foundation of Wi-Fi 6 and Wi-Fi 6E with major improvements in speed, latency, capacity, and efficiency. All three are part of the 802.11 family, but Wi-Fi 6 and Wi-Fi 6E both refer to...

SOM vs. SBC: Which Architecture Wins for Your Application? This decision between a System-on-Module (SOM) and a Single Board Computer (SBC) shapes your entire product. When teams choose between a System-on-Module (SOM) and a Single Board Computer (SBC), they’re not only picking hardware. They’re defining how the entire product will be built, maintained, and scaled....

Integrating an External Arducam Camera with the Nitrogen95 SMARC SOM Learn how Ezurio can help integrate external cameras easily into your design. If you’ve worked on camera bring-up before, you already know where time gets lost. The sensor might be fine, but then issues appear with device trees, drivers, or the image pipeline before you...

Why M.2 Matters The M.2 standard provides a consistent, predictable packaging format for embedded hardware. Standardization has a long history of delivering significant advantages in technology markets, especially when considering long product lifecycle designs. M.2 Standards – Overview In a previous blog post, we discussed the many M.2 standard footprints, also known as the Next...

Achieving 3.3 Mbps Throughput with ESB on the BL54L15: Beyond BLE Limits If you have ever tried to stream high-rate sensor data over Bluetooth Low Energy, you know the frustration: the 2 Mbps PHY sounds fast on paper, but once you factor in connection intervals, L2CAP framing, ATT headers, and the rest of the BLE...