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Silex Unwired

From Prototype to Production: Wi-Fi 6E Integration Navigating the Move to Wi-Fi 6E: Insights from Silex and NXP
Understanding Recent 2.4 GHz Failures Under EN 301 489‑17 If your wireless product has recently failed EMC testing, particularly in the 2.4 GHz band, you’re not alone.
How Silex is Making Compliance Simple for Our Customers
Silex Technology America Announces Wi-Fi 6E Tri-Band Embedded Module Based on NXP IW623 Chipset SX-SDMAX6E Enables High-Speed, Low-Power Wireless Connectivity for Medical and Industrial Applications
Understanding EU RED & EN 18031-1 Exemptions for Medical Devices: What Manufacturers Need to Know? The European Union is ushering in stricter cybersecurity requirements for internet-connected radio equipment under the Radio Equipment Directive (RED)...Keep Reading
What the EU’s New Cybersecurity Rules Mean for Wireless Devices—and How Silex Technology Is Leading the Way In an era where everything from printers to medical devices connects to the internet, keeping digital products secure is no longer optional—it's the l...Keep Reading
5x Faster Roaming: NXP-based SX-SDMAX Sets the Bar for Wi-Fi Performance for Medical Devices
Meet the Silex IM-100: An Intelligent Wi-Fi 6 + Bluetooth System on Module with Plug-and-Play RNDIS The IM-100 is based on NXP’s RW610 and is a small, stand-alone, dual-band Wi-Fi 6 and Bluetooth® Low Energy v5.4 wireless module. It is a full-feature...Keep Reading
Understanding Transmit (TX) Power Specs in Real-World Environments TX power, short for transmit power, refers to the strength of the signal that a Wi-Fi device sends out. It is a critical specification for wireless co...Keep Reading
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