Silex Unwired

Transforming NXP Reference Drivers into Reliable and Stable Wi-Fi Solutions for Medical Devices Wi-Fi System-on-Chip (SoC) vendors provide reference drivers to enable their devices, typically for Linux on a single MPU platform. Because the SoC ve...Keep Reading
Are Embedded Wi-Fi Modules Designed Differently for Access Points vs. Station/Client Devices? Embedded wireless modules can be designed for use in either access points (APs), wireless client stations, or sometimes both. The following post will ...Keep Reading
FCC Certification Explained: Modular vs. Product Level
Protecting Patient Safety and Data: The Critical Role of Cybersecurity in Healthcare Medical device manufacturers face increasing regulations to ensure their devices comply with the ever-changing cybersecurity landscape. These cybersec...Keep Reading
AP/BR-100AH FW 3.00 release for Enterprise security support We are pleased to announce that we have released firmware version 3.00 of the AP-100AH and the BR-100AH to make 802.11ah Wi-Fi HaLowTM solution availa...Keep Reading
Silex Technology Announces New Wi-Fi HaLow™ Products to Extend Wi-Fi Communication Range the Farthest Silex's highest transmission power for Wi-Fi HaLow keeps Wi-Fi devices connected over 10x the distance of the typical Wi-Fi range.
Navigating the 6GHz Spectrum: Understanding 6ID and 6SD Equipment Classes
Silex Technology Launches High-Performance, Industrial-Grade Wi-Fi HaLow Module Powered by Morse Micro Technology
Permissive Change Policy: What it is and how it can save manufacturers time and money The Federal Communications Commission (FCC) has a "permissive change policy," which is a set of rules that allow companies or organizations to make ce...Keep Reading
Regulation Updates: UKCA vs CE Markings for Medical Devices Within the EU, CE marking is mandatory for machinery, electrical and electronic equipment, medical devices, personal protective equipment and toys. As...Keep Reading