Forlinx Embedded

09/05/2026

20 Years of Embedded Innovation | The Next Chapter of Forlinx

For TWO DECADES, Forlinx has been dedicated to designing, developing, and manufacturing industrial-grade System-on-Modules and embedded computing platforms that help engineers accelerate development, reduce risk, and build products with long-term reliability.

Highlights from Our Journey:
✔️ Deep Expertise Builds A Trustworthy Brand
✔️ In-house R&D Lays the Foundation of Reliable Technology
✔️ Rigorous Testing Sets the Standards for Reliability
✔️ Smart Manufacturing Ensures Reliable Delivery
✔️ Professionalism and Dedication Built into Reliable Services

CONTACT [email protected] for details.

08/05/2026

The Zephyr RTOS is transforming the way we build industrial systems, and our latest guide shows you exactly how to implement it on the NXP Semiconductors i.MX 93 platform. This lightweight Edge AI processor is the perfect match for Zephyr’s modular, secure, and highly portable architecture.
https://www.forlinx.net/article_view_805.html

Inside this technical deep dive:
✔️ Zephyr vs. Traditional RTOS: Why "declaring hardware" with Device Trees is superior to hardcoding macros.
✔️Architecture Comparison: See how Zephyr stacks up against FreeRTOS in terms of native security, protocol stacks (Matter, BLE 5.4), and power management.
✔️VSCode + MCUX Setup: A modern workflow for one-click builds and debugging.
✔️Real-World Practice: Step-by-step validation of PWM drivers and RTC overlays for industrial use.
✔️Zephyr’s unified API ensures your code remains portable across different chip vendors, drastically reducing future R&D costs.

07/05/2026

Walk Into Forlinx Embedded EP01: Eyewitness R&D Center 👇
https://www.youtube.com/watch?v=BDdANf-76U0&t=54s

Mr. Denis, an experienced electronics professor with deep technical expertise, visits the Forlinx Embedded R&D center for an exclusive behind-the-scenes look. In this episode, the Forlinx team shares key insights into:
✔️ Explore the Pin-to-Pin UP4 compatible modules designed for seamless integration.
✔️ Witness the Edge AI capabilities through a 16-channel AI recognition output demo.
✔️ Discover our software strengths and the more open system layer. Learn about our CRA-Ready hardware.
✔️ Get an overview of the professional testing lab operations.
See how products endure high/low temperature, vibration, and salt spray testing.
✔️ Explore the Electromagnetic Compatibility (EMC) Lab.
Stay tuned for more episodes as we explore the people, technology, and ideas driving embedded systems forward.

Contact [email protected] for details

06/05/2026

Check out this coverage from CNX Software for a deeper look at our new UP4 Pin-to-Pin compatible SoM family 👇
https://www.cnx-software.com/2026/04/30/forlinx-up4-a-40x40-mm-lcc-lga-system-on-module-family-with-rockchip-nxp-and-allwinner-cpu-options/

The UP4 series from Forlinx Embedded is a compact 40 × 40 mm System-on-Module platform featuring a hybrid LCC + LGA design with 487 pins, enabling a single carrier board to support multiple CPU platforms.

With processor options from Rockchip, NXP Semiconductors, and Allwinner Technology, the UP4 family is designed for flexible scaling across industrial, AIoT, and edge computing applications.

Forlinx Embedded UP4 is a new family of pin-to-pin compatible system-on-modules currently offered with Rockchip RK3568J/RK3562J, NXP i.MX 9352, or

30/04/2026

Happy Labor Day! 🛠️✨

Today, we honor the hard work and dedication that drive global innovation forward. From the factory floor to the engineering lab, your commitment builds a smarter future.

At Forlinx Embedded, we are proud to support the visionaries and builders with industrial-grade hardware that works as hard as you do.

30/04/2026

Bringing Generative AI to the edge—no data center required. 🚀

The FAI-ARA240-M Edge AI Accelerator is a flagship solution from the Forlinx Embedded × NXP Semiconductors partnership, designed to deliver server-level AI performance in industrial and embedded systems.
Built as an M.2 2280 module, it features:
✔️ NXP ARA-240 DNPU with 40 eTOPS
✔️ 16GB LPDDR4 onboard memory
✔️ Up to 14 tokens/s for Llama2-7B via PCIe Gen4 x4

🔍 Explore more:
https://www.forlinx.net/product/fai-ara240-m-edge-ai-accelerator-177.html

28/04/2026

We’re excited to announce that Forlinx Embedded is now officially a member of the SGET e.V. ! 🎉

Joining SGET marks another important step in our commitment to advancing open standards and high-performance embedded computing solutions for global customers.

As a trusted designer and manufacturer of System on Modules (SoMs) and embedded platforms, we believe strong industry collaboration drives better innovation. Becoming part of the SGET ecosystem allows us to work more closely with industry leaders to support standardized, scalable, and future-ready embedded solutions.

We look forward to contributing our experience in industrial-grade embedded design and helping shape the next generation of embedded technologies together.

https://sget.org/sget_members/forlinx-embedded-technology/

Forlinx Embedded is a leading designer and manufacturer of ARM-based embedded solutions, including System-on-Modules (SOMs), Single Board Computers (SBCs), and industrial embedded PCs. Partnering with top System-on-Chip vendors such as NXP, Texas Instruments, Rockchip, and Allwinner, we deliver high...

27/04/2026

Meet the UP4 Pin-to-Pin Compatible SoM Family from Forlinx Embedded: built for faster upgrades, lower engineering cost, and flexible product scaling.
https://www.forlinx.net/resources/product/forlinx-pin2pin-system-on-module-families.html

With the UP4 P2P platform, you can directly replace older modules without changing your baseboard design, wiring, or software, allowing the same carrier board to support different SoMs across performance levels.

✔️ 487 available pins with LCC + LGA hybrid design
✔️ Compact 40mm × 40mm, only 1.2mm thickness
✔️ One carrier board for multiple SoMs
✔️ Cross-brand SoC compatibility
✔️ Rich peripheral interfaces ready to use

Contact [email protected] for details.

24/04/2026

Adapt LT9211 MIPI-to-LVDS on RK3588 with Android 14 👇
https://www.forlinx.net/industrial-news/rk3588-lt9211-mipi-to-lvds-android-14-802.html

Building an industrial display solution on the Rockchip RK3588 platform? This guide shows how to successfully adapt the LT9211 MIPI-to-LVDS bridge module on Android 14 (Linux Kernel 6.1.99) for stable screen bring-up and touch functionality.

Using the OK3588-C Development Board, paired with a 1280×800 LVDS display and GT911 touch panel, the goal is simple: reliable display output and smooth touch response for industrial HMI applications.

23/04/2026

Android 14 App Keep-Alive Solution for Rockchip RK3576
https://www.forlinx.net/article_view_801.html

In industrial embedded scenarios, the continuous operation of background applications is non-negotiable for tasks like device monitoring and data acquisition. However, Android 14’s aggressive memory management and process freezing policies often terminate these critical tasks.

To solve this, Forlinx Embedded has developed a customized System-Level Keep-Alive Mechanism specifically for the RK3576 platform.

Key Technical Highlights:
✔️ System-Level Whitelisting: Allows core applications to bypass the restrictions of the OOM Killer, Low Memory Killer, and native process freezing.
✔️ Independent Monitoring Service: A dedicated system thread tracks whitelisted processes in real-time, triggering an automatic restart within 1 second if a process is terminated.
✔️ Full-Scenario Reliability: Whether an app is closed manually, killed via shell commands, or cleared due to low system memory, the mechanism ensures it resumes background operations immediately.
✔️ Decoupled Architecture: The monitoring service starts on boot and runs independently, ensuring the stability of the protective logic itself.

By bridging the gap between consumer-grade OS policies and industrial reliability requirements, we ensure your mission-critical data never stops flowing.

Looking for high-stability Android solutions for your next project？ Contact [email protected]

21/04/2026

Optimizing MIPI-to-HDMI Adaptation on Rockchip RV1126
https://www.forlinx.net/article_view_799.html

Integrating display interfaces is a common yet critical task in embedded HMI development. Our latest technical blog dives deep into the adaptation of the Lontium LT8912B bridge chip on the Forlinx OK1126B-S platform.

We encountered a classic "blank screen" challenge during the process, and we’re sharing the step-by-step solution to help you avoid the same pitfalls.