To meet the demand for highly reliable embedded hardware in the global industrial sector, the FET3506J-S SoM stands out in numerous fields and becomes the ideal choice, thanks to its excellent technical features and proven stability.
It is equipped with the Rockchip RK3506J processor using triple-core Cortex-A7. After a series of comprehensive and strict reliability tests, it ensures stable operation in industrial environments and greatly reduces the risk of production interruption caused by hardware failures.
The processor is the core of the FET3506J-S System on Module. It uses the high-performance triple-core RK3506J, which is specially designed for intelligent industrial applications. When the SoM is running at full load, its power consumption is as low as 0.7W. It can withstand a high – temperature environment of +85°C without additional heat dissipation measures, demonstrating significant advantages in energy efficiency and heat dissipation. It is very suitable for industrial application scenarios with strict requirements on energy consumption and heat dissipation.
The SoM is equipped with a variety of peripheral interfaces, such as RMII, UART, CAN, Display, etc., which can meet the development needs of different application scenarios. Whether it is equipment communication in industrial automation, data transmission in transportation systems, or display output in consumer electronics, these interfaces can provide excellent support, facilitating developers to expand functions and integrate systems.
Its parallel bus interface DSMC provides strong support for low-cost and easily-developed FPGAs and high-speed communication. It supports master/slave modes and enables efficient data interaction.
Its configurable parallel data interface, FlexBUS, is also highly practical. It can be used to connect peripherals such as ADCs, DACs, DVP cameras, and Q LCD displays, further enhancing the SoM’s functional diversity and application adaptability.
In addition, the RK3506J adopts a matrix IO design, allowing numerous functional signals to share limited pin interfaces. Moreover, any functional signal can be mapped to any pin interface through software configuration, supporting the mapping of 98 functional signals to 32 pin interfaces. This flexible pin configuration method provides greater freedom for product design. It enables rapid adjustment of the hardware layout according to specific application requirements, shortening the product R & D cycle and reducing development costs.
In terms of storage, Forlinx Embedded users are provided with in-depth storage driver optimization and an eMMC health diagnosis tool. This tool can monitor the status of storage devices in real-time, issue early warnings for potential failures, maximize the service life and reliability of storage devices, reduce product failures caused by exhausted storage life, and ensure data security and stable system operation.
In terms of software support, the FET3506J-S SoM is fully compatible with various software ecosystems such as Linux 6.1, LVGL 9.2, AMP architecture, and Linux RT, demonstrating strong software adaptability and a flexible system architecture. Whether it is to build a complex graphical user interface or achieve high-precision real-time control, it can handle them easily, fully meeting the diverse application needs from display to control and being widely applicable to various complex application scenarios.
FET3506J-S Computer on Module has advantages such as high performance, low power consumption, rich interfaces, flexible design, and strong software support. It is widely used in industries and related application fields such as industrial automation, consumer electronics, smart healthcare, power, new energy, and communication. Coupled with its competitive price and comprehensive after-sales technical support, it can help enterprises’ products be quickly launched into the market, gain an advantageous position in market competition, and provide strong support for the development of the global embedded industry and the intelligent upgrade of various industries.
