Industrial Controller Design Made Easy
40 mm x 44 mm
1x 10/100/1000 Ethernet
Works with STM32Cube
The phyCORE-STM32MP15x System on Module combines PHYTEC’s high quality embedded module design with ST Micro’s industry leading industrial software development tools. Prototype your design quickly with the available Arduino, ST-Motor control, and Raspberry Pi HAT connectors. Develop software using STMicro’s OpenSTLinux and STM32Cube firmware development tools. Get to market faster with PHYTEC.
The STM32MP15x Processor
The STM32MP15x is an energy efficient industrial microprocessor. STMicro has combined industrial interfaces such as CAN-FD, I2C, Gigabit Ethernet, ADCs, and DACs with industry leading software to provide an excellent solution for the industrial embedded market.
Rapid Prototyping and Expandability
The phyCORE-STM32MP15x development carrier board includes an Arduino connector, Raspberry Pi HAT connector, a STM-Motor control connector, PHYTEC’s PEB expansion and A/V connector, and the phyCAM-P parallel camera connector. Additionally, there are connectors for MIPI DSI-2, JTAG, and 2x USB-UART. This expansive set of connectors allows you to easily prototype with existing accessory and expansion board across the most popular community driven embedded ecosystems.
Designed for Industrial Control
CAN-FD, SPI, I2C, MDIO Slave, GPIO, SAI, 16-bit ADCs, 12-bit DACs, and Gigabit Ethernet are all supported on the phyCORE-STM32MP15x System on Module. Combine the ADCs and the DACs with the STMicro DSP library on the Cortex-M4 for real-time measurements and sampling. In addition there is support for SDIO and USB 2.0 high-speed peripherals.
STM OpenSTLinux and STM32Cube Compatible
Get started, quickly, with STMicro’s OpenSTLinux. Utilize the Yocto SDK from ST to customize your embedded BSP to exactly what you need. Already have code developed for a STMicro MCU? Reuse this code on the Cortex-M4 MCU based on STM32Cube firmware and run Linux on the Cortex-A7.
The phyCORE-STM32MP15x is energy efficient. Power efficiency is obtained through the use of dynamic power low-power states and the ability to independently run or stop the Cortex-M4 and Cortex-A7 cores. Use only the core that you need. There are also multiple low-power and deep sleep states so that you can dynamically control, from software, how much power the device is using.
phyCORE-AM57x SOM Tech Specs
TI Sitara AM5716/8
Ti Sitara AM5726/8
1.5 GHz / 500 MHz
C66x DSP cores
Single 3D accelerator (SGX544)
Dual 3D accelerator (SGX544)
Simultaneous Ethernet ports
45 mm x 55 mm
SOM Specification Overview