Silex Technology America

08/31/2026

Choosing the right Wi-Fi 6/6E/7 embedded module isn't just about picking a chipset, it's about balancing host interface, antenna design, concurrent wireless needs, and long-term software support.

Our new Wi-Fi 6/6E/7 Embedded Wireless Module Selection Guide breaks down the key trade-offs engineers face when selecting a hosted wireless module, including PCIe vs. SDIO architectures and how Concurrent Dual Wireless (CDW) can add flexibility to industrial and medical designs.

Did you know? Silex's latest modules, the SX-SDMAX6E-DW and SX-PCEAX-LP, both feature CDW and are powered by NXP's IW693.

📥 Download the guide here https://hubs.ly/Q04v-yQ-0

08/28/2026

Engineers evaluating the Qualcomm® Dragonwing™ QCS6490 for their next edge AI design have a lot to consider, from heterogeneous compute to camera interfaces to multi-OS support.

The QCS6490 combines an 8-core CPU, dedicated GPU, and a 12 TOPS NPU with multi-OS support (Android, Linux, Ubuntu, Windows), making it a go-to for industrial, robotics, vision, retail, and edge AI applications.

If you're evaluating it for your next design, skip the trial and error. Our EP-200Q-EVK gives you pre-installed firmware, ready-to-run AI/ML and multimedia sample apps, and a clear path from prototype to production.

📥 Download the EP-200Q-EVK User Guide to get started: https://hubs.ly/Q04vKV2W0

Full breakdown of QCS6490 features, benefits, and use cases in the comments 👇

08/24/2026

Choosing between PCIe and SDIO for your next embedded design? Wondering whether your antenna setup will support Wi-Fi 6E performance? Not sure if Concurrent Dual Wireless fits your use case?

These are exactly the kinds of questions engineering teams run into when selecting wireless connectivity, and getting them wrong early can mean costly redesigns later.

We’ve put together a practical guide to help you work through it: the Wi-Fi 6/6E/7 Embedded Wireless Module Selection Guide.
Inside, you'll find:

🔹 How to weigh performance needs against host processor and interface compatibility
🔹 PCIe vs. SDIO module architecture trade-offs
🔹 RF and antenna design considerations that affect real-world range and reliability
🔹 A closer look at SX-PCEAX vs. SX-PCEAX-LP for Wi-Fi 6E designs
🔹 How Concurrent Dual Wireless (CDW) unlocks flexible station/AP configurations

Whether you're an embedded systems engineer, hardware designer, or product lead, this guide is built to help you shortcut the evaluation process and land on the right module the first time.

📥 Get the guide: https://hubs.ly/Q04v8bCZ0

08/21/2026

Still have Ethernet-connected equipment that needs to go wireless?

You don’t necessarily need to replace the device.

An Ethernet-to-Wi-Fi bridge can provide a practical way to connect legacy Ethernet equipment to modern wireless networks, helping extend the life of existing hardware while enabling more flexible deployments.

Our BR-600AX Technical Guide takes a closer look at wireless bridging and what to consider when modernizing Ethernet-connected devices, including connectivity, performance, security, and deployment considerations.

📘 Download the BR-600AX Technical Guide:
https://hubs.ly/Q04tW00p0

08/17/2026

Tomorrow at NXP Tech Days Santa Clara!

We’re looking forward to connecting with the NXP ecosystem and sharing how Silex Technology helps OEMs address the connectivity, security, and development challenges of today’s connected edge devices.

🎤 Speaking Session | 10:00 AM
Join Babar Hashim, Director of Business Development & Marketing, for:
“Accelerating Secure Medical and Industrial Edge Design with FIPS-Ready SoMs”

Babar will explore how security-ready SoMs built on NXP i. MX processors can help streamline development for medical, industrial, and other secure edge applications, from connectivity and security considerations to integration and time-to-market.

📍 NXP Tech Days Santa Clara
📅 Tomorrow, August 18

Planning to attend? Come meet the Silex team and talk with us about your next embedded connectivity or edge computing design.

📩 [email protected]

08/13/2026

Evaluating NXP IW623 on the https://hubs.ly/Q04s-csy0 93 EVK? Start with the software bring-up.

Our new blog walks through the Linux setup and driver-loading process for evaluating the NXP IW623 with Silex’s SX-SDMAX6E module and https://hubs.ly/Q04s-csy0 93 EVK—including:

• IW623 firmware installation
• Wi-Fi driver initialization
• Bluetooth initialization
• Wi-Fi interface validation
• Station and access point mode testing

And if you're ready to move from evaluation to hands-on development, the SX-SDMAX6E Early Access Program provides evaluation modules, technical resources and support.

👉 Read the blog and apply for Early Access:

https://hubs.ly/Q04s-pks0

08/10/2026

Selecting the right embedded wireless module can impact performance, integration effort, and overall system design.

Silex’s new Wi-Fi 6/6E/7 Hosted Module Selection Guide provides an overview of key considerations when evaluating hosted wireless modules, including:

• Wi-Fi performance requirements
• Host processor interfaces
• RF and antenna design considerations
• Module form factors
• Concurrent Dual Wireless (CDW) capabilities

The guide also highlights Silex’s latest Wi-Fi 6E solutions powered by NXP wireless technology, including the SX-PCEAX-LP and SX-SDMAX6E-DW modules.

Download the guide to explore how to select the right wireless connectivity solution for your embedded design.

Download the guide here https://hubs.ly/Q04ssyYb0

08/07/2026

🚀 Enable next-generation embedded connectivity with the SX-SDMAX6E Wi-Fi 6E + Bluetooth® combo module.

Designed for demanding industrial, medical, and edge applications, the SX-SDMAX6E brings high-performance wireless connectivity to embedded designs with:

✅ Tri-band Wi-Fi 6E support across 2.4 GHz, 5 GHz, and 6 GHz bands
✅ NXP IW623 chipset for advanced wireless performance
✅ SDIO interface designed for power-efficient embedded systems

As an NXP Gold Partner, Silex Technology works closely with NXP to help embedded developers accelerate wireless integration and bring reliable connectivity to their next-generation products.

From industrial automation and healthcare devices to connected embedded applications, the SX-SDMAX6E provides a flexible wireless solution built for today’s connected world.

Learn more about the SX-SDMAX6E:

https://hubs.ly/Q04sjs9W0
Semiconductors

08/05/2026

Evaluating an Edge AI System-on-Module requires more than just AI performance.

Engineers need a platform that can support the demands of real-world embedded applications, from processing AI workloads and managing camera inputs to integrating connectivity and accelerating development.

The EP-200Q Edge System-on-Module, powered by Qualcomm® Dragonwing™ QCS6490, provides a production-ready platform for edge AI applications including industrial vision, robotics, and intelligent edge devices.
Start your evaluation of the EP-200Q and explore how it can support your next embedded AI design.

👉 Request the EP-200Q Evaluation Guide: https://hubs.ly/Q04r_qcQ0

08/03/2026

When designing an embedded wireless system, choosing the right host interface is a critical decision.

SDIO and PCIe Wi-Fi modules each have different advantages, but which one is the better fit depends on your application requirements.

Our latest blog explores when you should choose an SDIO Wi-Fi module over PCIe, including key considerations such as:

• Power consumption
• Hardware complexity
• Processor compatibility
• System design requirements
• Performance needs

Understanding these tradeoffs early in the design process can help engineers select the right connectivity approach and simplify embedded product development.

Read our latest blog to learn more:

🔗 https://hubs.ly/Q04rH3qg0

Learn how to choose between SDIO and PCIe Wi-Fi modules, including performance, power efficiency, Linux support, and embedded design considerations.