In 2025, Forlinx Embedded continues to deepen its role within the global embedded ecosystem by combining long-term silicon partnerships, industrial-grade product design, and scalable computing platforms. As an NXP Gold Partner and an official i.MX95 ecosystem partner, Forlinx Embedded remains closely aligned with NXP’s roadmap for secure, safety-ready edge computing.

At the same time, Forlinx Embedded has further strengthened its strategic partnership with Rockchip and Allwinner Technology, expanding its portfolio of cost-effective, high-performance solutions for AI edge computing and industrial control.

Throughout 2025, Forlinx Embedded introduced a new generation of System on Modules (SoMs), Single Board Computers (SBCs), and embedded computers. This portfolio is built to address a broad spectrum of critical applications—from safety-critical automation and smart energy to intelligent vision, transportation, and IoT gateways—all founded on three core principles:

1. Reliability Over Time: Guaranteed industrial-grade performance and stability.

2. Predictable System Behavior: Enabling smooth certification and deployment of mission-critical systems.

3. Smooth Path to Production: Clear migration and long-term longevity (10–15 years).

Below is a recap of Forlinx Embedded’s key product releases—from ultra-low-power control nodes to high-performance AI edge computing systems.

Flagship Platforms for Industrial Edge & AI

FET-MX9596-C System on Module (NXP i.MX 95)

The FET-MX9596-C represents Forlinx Embedded’s next-generation high-end industrial SoM, designed for demanding edge applications requiring sophisticated processing and hardware security.

• Processor Core: Built on NXP’s i.MX 95, featuring a heterogeneous architecture—Six ARM Cortex-A55 application cores. One Cortex-M7 real-time core. One Cortex-M33 security core.

• AI & Graphics: Integrates a 2 TOPS NPU for AI acceleration and an ARM Mali-G310 GPU for 3D/2D graphics.

• Vision Support: Built-in ISP supporting 4K@30fps video and dual MIPI-CSI cameras.

• Target Use Cases: Well-suited for industrial controllers, robotics, smart energy, and safety-critical edge systems, leveraging NXP EdgeLock security features and rich industrial interfaces.

FET-MX8MPQ-SMARC System on Module (NXP i.MX 8M Plus)

The FET-MX8MPQ-SMARC is an adaptive SoM optimized for AI-enabled HMI and vision-driven edge applications, utilizing the standardized SMARC 2.1 form factor.

• Processor Core: NXP i.MX 8M Plus Quad-Plus (4× [email protected] + Cortex-M7@800 MHz).

• AI & Vision: Includes a 2.3 TOPS NPU and ISP to deliver powerful machine learning, vision, and advanced multimedia processing.

• Form Factor: Built to the SMARC 2.1 standard (82 × 50 mm), offering plug-and-play compatibility with SMARC carriers.

• Target Use Cases: Provides a balanced platform for smart manufacturing, medical devices, and intelligent terminals requiring high-reliability compute and long-term availability.

FCU3501 Embedded Computer (Rockchip RK3588)

The FCU3501 is a high-performance, rugged, and fanless embedded computer, delivered as a ready-to-deploy solution for intensive edge AI workloads.

• Processor Core: Rockchip RK3588, featuring an octa-core architecture (4 x Cortex-A76 up to 2.4GHz + 4 x Cortex-A55 up to 1.8GHz).

• AI Performance (32 TOPS NPU): Offers native 6 TOPS NPU performance, with optional AI acceleration via a Hailo-8 M.2 module (26 TOPS).

• Multimedia: Supports 8K video encoding/decoding.

• Industrial Design: Fanless, passive cooling design ensures stable, reliable operation, verified through rigorous environmental and EMC testing.

• Target Use Cases: Ideal for demanding edge scenarios such as machine vision, intelligent transportation, and AI gateways—delivering performance without custom carrier development.

Cost-Effective & Scalable Industrial Platforms

Rockchip RK3506 Series SoMs

The RK3506J is a high-performance, triple-core Cortex-A7 application processor known for its excellent power consumption and heat dissipation, specifically designed for intelligent industrial control and IoT.

(1) FET3506J-C System on Module

Designed for board-to-board connectivity, the FET3506J-C offers a robust industrial SoM solution with low power consumption and rich I/O. It fits well into applications that require stable mass production, long lifecycle support, and tight mechanical integration.

• 0.7W ultra-low power, supports fanless design and +85°C industrial temperature.
• Compact 29×40mm size with 2mm connector, ideal for small embedded devices.
• Rich industrial I/O, including 2× CAN-FD, UART, RMII, and display interfaces.
• High-speed DSMC bus, enables fast FPGA-to-ARM communication.
• Flexible FlexBUS interface, supports ADC, DAC, camera, QSPI LCD.
• Linux 6.1 + LVGL 9.2, supports AMP and real-time system development.
• 10~15 years supply, ensuring stability for long-life industrial projects.

(2) FET3506J-S System on Module

Featuring stamp-hole design, the FET3506J-S is optimized for cost efficiency and compact designs, supporting rapid prototyping as well as large-scale deployment. It is particularly suitable for industrial control, gateways, and IoT nodes where space and BOM cost matter.

• Edge connector, all pins are led out
• 22nm advanced process
• Display interfaces: MIPI DSI, RGB
• Rich industrial bus interfaces: RMII, CAN-FD, FLEXBUS, DSMC etc
• DSMC can be used to extend PSRAM, FPGA communication
• RM_IO enables matrix configuration for pin functions

(3) OK3506-S12 Mini SBC

The OK3506-S12 Mini SBC is built for rapid evaluation and cost-sensitive development. Compact and developer-friendly, it enables fast function verification and early-stage testing for RK3506-based applications, making it ideal for proof-of-concept projects and entry-level edge designs.

FET536-C System on Module (Allwinner T536)

The FET536-C is a cost-effective, real-time focused SoM based on the Allwinner T536 industrial-grade processor.

• Processor Core: Quad-core Cortex-A55 @ 1.6 GHz and the XuanTie E907 RISC-V core.
• Real-Time & Security: Supports 2 TOPS NPU, secure boot, full-path ECC, AMP, and Linux-RT for deterministic performance.
• Connectivity: Wide range of interfaces including CAN-FD, Ethernet, ADC, and LocalBus.
• Target Use Cases: An excellent choice for cost reduction in key fields such as concentrators, FTU, DTU, charging piles, transportation, robotics, and industrial control that demand reliable, real-time control over raw compute performance.

Special Platform: Ecosystem & Evaluation Support

NXP FRDM i.MX93

As part of the broader NXP ecosystem, the FRDM-IMX93 board is a low-cost and compact platform designed to show the most commonly used features of the i.MX 93 Applications Processor in a small and low cost package. The FRDM-IMX93 board is an entry-level development board, which helps developers to get familiar with the processor before investing a large amount of resources in more specific designs.

Looking Ahead

Across all 2025 releases, a consistent philosophy stands out: long product lifecycles, industrial-grade reliability, and scalable hardware platforms that reduce integration risk. Whether customers are building next-generation AI edge systems or long-running industrial controllers, Forlinx Embedded’s 2025 portfolio provides a clear path from evaluation to mass production—without compromising stability, supply continuity, or maintainability.

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