Forlinx Embedded

Using the Forlinx OK-MX9352-C development board, we demonstrated the complete SPI-to-Ethernet adaptation process:
🔹 W5500 Linux driver configuration
🔹 Device Tree & SPI3 adaptation
🔹 Hardware connection & voltage-level considerations
🔹 Driver compilation and loading
🔹 Network interface & communication testing

The test achieved ~80 Mbps maximum throughput, with 0% packet loss in the network communication test.

A practical reference for engineers building industrial gateways, data acquisition systems, industrial control devices, and multi-port networking applications.
https://www.forlinx.net/industrial-news/w5500-spi-ethernet-expansion-imx9352-842.html

In our latest guide, we demonstrate how to deploy YOLOv8n on the OK-MX9596-C development platform, from ARA240 AI Accelerator recognition and software environment setup to AI model deployment.
The demo supports:
🔹 Single-stream AI inference
🔹 4-stream video processing
🔹 8-stream video processing

Read the full guide:
https://www.forlinx.net/industrial-news/deploy-fai-ara240-m-ok-mx9596-c-yolov8n-841.html

What's the highlights of FET3576-C System on Module?

✔️ Advanced Heterogeneous Compute: 2x Cortex-A73 @2.2GHz + 6x Cortex-A53 @2.1GHz with high-speed LPDDR5 support.
✔️ 4 TOPS Embedded AI: Versatile NPU supporting mixed-precision ( INT4/INT8/INT16/FP16/BF16) and popular AI frameworks.
✔️ Industrial Interconnect: Unique DSMC parallel bus, 4x CAN-FD, 12x UART (supporting native RS485 mode), 2x GbE, and 3x Combo SerDes lanes.
✔️ Future-Proof Upgrade: Pin-compatible with the FET3576-C SoM, allowing seamless performance scaling without redesigning your carrier board.
✔️ True Industrial Reliability: Available in Industrial Grade (-40°C to +85°C) with 10-15 years supply assurance.

Learn more
https://www.forlinx.net/product/rk3576-c-system-on-module-156.html

Powered by the Rockchip RV1126B with up to 3 TOPS NPU performance, Forlinx introduces the FET1126Bx-C, featuring an ultra-thin board-to-board connector for secure, flexible, and highly integrated system designs.
https://www.forlinx.net/industrial-news/fet1126bx-c-som-rv1126b-vision-edge-computing-840.html

Previously, Forlinx launched the FET1126Bx-S SoM, featuring a Castellated Hole + LGA connection.

With the FET1126Bx-C, developers can efficiently deploy on-device AI for applications such as smart security & facial recognition, industrial Inspection, mobile inspection robots, battery-powered monitoring.

One platform. Two integration options. Your choice.

Achieving 300+ MB/s ARM-FPGA communication via the DSMC bus on the Forlinx FET3572-C platform!

By utilizing kernel DMA engines for zero-CPU memory transfers, the DSMC interface provides near-PCIe bandwidth with minimal hardware complexity and cost. Tested across 1,000 cycles with a 0.0000% bit error rate.

Check out the complete hardware test guide and driver logic breakdown
https://www.forlinx.net/industrial-news/arm-fpga-co-design-dsmc-bus-testing-839.html

🚀 Bring to the Industrial Edge, AII-New Edge AI Computing Box combines 4× Cortex-A53 @ 1.6GHz computing with a 3 TOPS NPU, delivering efficient AI processing alongside rich industrial connectivity.

Key features:
🔹 Linux 6.1
🔹 3 TOPS NPU
🔹 Gigabit + 100 Mbps Ethernet
🔹 2× RS485 + 2× RS232
🔹 2× DI + 2× DO
🔹 Industrial & extended commercial-grade options
🔹 Programmable light strip

Read more below 👇
https://www.forlinx.net/article_view_838.html

⚡ What if power line monitoring could see more, understand more, and run longer?

Forlinx’s RV1126B-based Panoramic AI Monitoring Solution brings together five key capabilities for remote transmission line monitoring:
🌙 Starlight Night Vision — 1080P full-color imaging down to 0.01 lux
🔄 360° Panoramic Vision — Four-channel cameras for full-area coverage
🧠 Edge AI — Detect fires, insulator defects, foreign objects, and more
📍 GPS Sensing — Connect visual monitoring with precise location data
🔋 AOV Low Power — As low as 0.1W in standby for off-grid deployment
Designed for remote and harsh environments, the solution enables smarter, more continuous visual monitoring of power transmission infrastructure.

Read the full article
https://www.forlinx.net/industrial-news/ai-panoramic-visual-monitoring-power-lines-837.html

📷 Camera Bring-Up Made Practical with 1126B-S

Integrating a MIPI CSI camera into an embedded Linux platform can involve multiple layers, Forlinx provides a practical OV13855 camera adaptation and verification guide for the OK1126B-S Linux 6.1.141 Buildroot platform, covering:
🔹 Kernel driver configuration & patch application
🔹 OV13855 IQ file deployment
🔹 rkaiq service verification
🔹 V4L2 device and format detection
🔹 Camera preview, image capture & H.264 video testing

The guide also provides test files to help developers quickly verify the camera interface before moving into further development.
https://www.forlinx.net/industrial-news/ok1126b-s-ov13855-camera-verification-836.html

OK1126B-S 6.1.141 Buildroot Adaptation for OV13855, V4L2 camera testing - Blog - Forlinx Embedded Technology Co., Ltd. Quickly verify the OV13855 MIPI-CSI camera on the OK1126B-S board. Get kernel patches, ISP tuning files, and GStreamer commands for immediate V4L2 testing.

From industrial robotics and automated manufacturing to smart transportation and advanced medical devices, reliable core hardware is the foundation of modern edge intelligence. At Forlinx Embedded, our Premium Quality Hardware promise delivers:

✔️ In-House Manufacturing: Full quality oversight and process visibility.
✔️ 1M+ SoM Annual Volume: Reliable delivery for global mass production.
✔️ 10-Year Product Lifecycle: Minimizing EOL risks and redesign costs.

Learn more 👇
https://www.forlinx.net/product_index.html