SoM encompasses wide range of projects

It has ample processing power for complex visualisation tasks, a variety of peripheral interfaces and all the drivers required for communication and LCD or touch interfaces.

It also supports popular radio technologies for IoT applications. 

The SoM features two Arm Cortex-A7 Dual Core processors, operating at 650MHz and a Cortex M4 at 200Mhz capable of handling complex visualisation operations, including the display of web content. This 3D GPU can be used with a variety of peripheral interfaces, including RGB and DSI (display serial interface), making the SoM ideal for implementing compact, cost-effective, yet high performance, touch HMIs (human machine interfaces) or machine controls. 

The development board is equipped with 256 or 512 Mbyte DDR3 RAM, 256 or 512-Mbyte NAND Flash and 2-Mbyte NOR Flash memory. In addition to a 4 Gbyte eMMC (128 Gbyte is optional), there is a micro-SD slot, 1 x RGB, 1 x LVDS and 1 x HDMI interfaces, and a USB and I²C port for touch displays. 

The dual-core Arm Cortex-A7 runs theLinux operating system (OS).  

The SoM supports 2 x 10/100-Mbit/s Ethernet, 2 x USB 2.0 and 1 x USB 2.0 OTG port as well as serial, CAN, 2 x DIO (digital I/O) and 2 x AIO (all in one) ports to meet all IoT communication requirements.

It operates from a 24V DC (±20%) power supply and has an operating temperature range of 0°C-+70°C. 

Processing capability, memory, communications, I/O and display options combine to ensure ample processing power for complex visualisation tasks, as well as communication and control tasks.

As a result, the SOM-BL STM32MP15 is a versatile SoM for multiple machine automation and industrial connectivity applications in the IoT and industrial IoT, or Industry 4.0.   

The STM32MP157 SoM can be supplied as a standalone unit or with this development baseboard.