Silex Technology America

10/29/2026

🔐 How can you design connected devices that are both secure and safety-ready?

As connected devices become increasingly common in industrial and medical applications, designing for cybersecurity, functional safety, and reliable wireless connectivity is more important than ever.

In collaboration with NXP Semiconductors, Silex Technology has developed a whitepaper exploring key considerations for building secure, safety-ready embedded systems, from addressing security requirements to integrating wireless connectivity into connected device designs.

📘 Download the whitepaper to explore the challenges, considerations, and approaches that can help guide your next embedded system design.
👉 https://hubs.ly/Q04CNsXm0

10/23/2026

Security, safety, and connectivity are easier to get right when you design for them from day one.

Our new joint whitepaper with NXP, Building Secure, Safety-Ready, and Connected Embedded Systems for Medical and Industrial Applications, shows what that looks like in practice.

Inside:

🔐 How the CRA, MDR, IEC 62443, and FIPS 140-3 shape cybersecurity requirements
🛡️ How IEC 61508 and IEC 60601-1 apply to industrial and medical equipment
⚙️ What the NXP i. MX 95's EdgeLock security and integrated safety framework bring to the design
📡 Why reliable wireless, long-term updates, and vulnerability monitoring matter well beyond launch
🤖 What's next for edge AI

Written for embedded engineers, product teams, and regulatory leads building the next generation of connected medical and industrial devices.

📄 Download the whitepaper here https://hubs.ly/Q04Cc-0Q0

10/21/2026

Building the next generation of secure, connected embedded systems takes collaboration.

🎥 Listen to Babar from Silex Technology and Robert from NXP discuss how our collaboration combines NXP’s i. MX 95 applications processors with Silex’s embedded wireless and engineering expertise to help developers bring next-generation embedded solutions to market.

Discover how our joint approach addresses cybersecurity, functional safety, and reliable wireless connectivity for medical and industrial applications.

▶️ Watch the video: https://hubs.ly/Q04BZLFJ0

🔗 Explore the Silex + NXP partnership: https://hubs.ly/Q04BZKKy0

Discover how Silex Technology and NXP are advancing edge AI with th...

10/20/2026

📡 Wi-Fi 6E + Bluetooth in Embedded Systems: Key Design Considerations

Integrating wireless connectivity into embedded devices involves more than choosing the right module. Engineers must consider host interfaces, RF coexistence, power efficiency, and system integration to achieve reliable, high-performance connectivity.

From SDIO vs. PCIe trade-offs to managing simultaneous Wi-Fi and Bluetooth operation, the right design decisions can make a significant difference in product performance and development complexity.

🔍 What should engineers consider when integrating Wi-Fi 6E and Bluetooth into their next embedded design?

Read our latest blog to explore the key technical considerations. 👇
https://hubs.ly/Q04BM7Tj0

Learn how Wi-Fi 6E and Bluetooth support embedded connectivity. Explore key design considerations and NXP-powered SX-SDMAX6E module features.

10/16/2026

How can you accelerate the development of next-generation edge AI devices?

Meet the EP-200N AMC Edge System-on-Module, powered by the NXP® i. MX 95 applications processor. Combining AI acceleration, heterogeneous computing, and wireless connectivity, the EP-200N helps simplify embedded system development for demanding applications.

As an NXP Gold Partner, Silex Technology combines NXP processing technology with our expertise in wireless connectivity and embedded solutions to help enable innovative edge AI designs.

📄 Download our whitepaper to explore the EP-200N platform and its potential for next-generation edge AI applications.
👉 https://hubs.ly/Q04BrQ-T0

10/14/2026

🏥 Wi-Fi 6E in hospitals: Why does 6 GHz matter for medical devices?
Hospital Wi-Fi networks are crowded, and reliable wireless connectivity is critical for mobile medical equipment.

For medical device manufacturers and OEMs, Wi-Fi 6E opens up new possibilities for connecting Ethernet-based devices to 6 GHz networks, without redesigning the device to add a built-in Wi-Fi radio.

But what about fast roaming, enterprise security, and remote management?

Our latest blog explores what to consider when evaluating wireless connectivity for medical devices and healthcare applications.

📄 Download our BR-600AX Wireless Bridge Guide to learn more https://hubs.ly/Q04Bc7W60

👇 Find the blog link in the first comment.

10/12/2026

Meet the EP-200N: an AMC Edge SoM built on the NXP i. MX 95 🚀
Designing a connected medical or industrial device? The EP-200N is a pre-validated subsystem that helps you get to market faster.

What's inside:
🔹 Hexa-core Arm Cortex-A55, plus Cortex-M7 and M33 cores for real-time and safety-critical tasks
🔹 2-TOPS NPU for vision and sensor AI at the edge
🔹 2x Gigabit Ethernet, 1x 10G Ethernet, and 5x CAN-FD
🔹 Pre-validated Wi-Fi 6E with the SX-SDMAX6E (the industry's first solution powered by NXP IW623), with Wi-Fi 7 support over PCIe
🔹 Compact 50mm x 40mm LGA package, rated -40 to 85°C

As an NXP Gold Partner, Silex supports you from EVK evaluation through full-scale production.

👉 See the specs, whitepaper, and demo video: https://hubs.ly/Q04zZ4Gy0

10/09/2026

🎥 See the EP-200N in action!

At Embedded World 2026, Max walked through Silex Technology’s booth demo, showcasing the EP-200N System-on-Module (SoM), powered by the NXP i. MX 95 applications processor.

Designed for secure, high-performance edge computing, the EP-200N provides a platform for connected industrial and healthcare applications.

▶️ Watch the demo to learn more: https://hubs.ly/Q04zQqdj0

🔗 Explore the EP-200N: https://hubs.ly/Q04zQqdk0

See the EP-200N in action at the Silex Technology booth at Embedded...

10/07/2026

What makes the NXP https://hubs.ly/Q04zvNWW0 95 a strong platform for Edge AI?
Edge AI is about more than AI acceleration. Vision processing, security, functional safety, power management, and connectivity all play a role in building intelligent devices for real-world applications.

In our latest blog, we take a closer look at the NXP https://hubs.ly/Q04zvNWW0 95 and explore:

• How the eIQ® Neutron NPU supports on-device machine learning
• The role of vision processing and multiple camera sensors
• Built-in security with the EdgeLock® Secure Enclave
• Functional safety support for industrial and automotive applications
• Power management with NXP's Energy Flex architecture
• How the Silex EP-200N Edge SoM brings these capabilities together for edge applications

If you're evaluating an https://hubs.ly/Q04zvNWW0 95 platform for your next Edge AI design, take a look at the full article.
👉 Read the blog: https://hubs.ly/Q04zvPzB0

10/05/2026

Adding secure Wi-Fi to a medical device shouldn’t require a complete redesign.

The Silex BR-110AX helps medical device manufacturers and OEMs add reliable wireless connectivity to existing Ethernet-based equipment.

✔️ Wi-Fi 6
✔️ WPA3-Enterprise & 802.1X
✔️ Compact, disinfectant-resistant design
✔️ IP Intercept for simplified integration

Whether you’re developing a new device or modernizing an existing platform, the BR-110AX provides a practical path to wireless connectivity.

👉 Learn more here https://hubs.ly/Q04zb5nq0