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Created page with "{{Product|category1=SOM|category2=|image=StarSOM-STM32V8-products.png |cpu=STMicroeletronics STM32V873 Cortex-M85 32-bit MCU |ram=2MB on-chip RAM, up to 32MB SDRAM |storage=2MB on-chip Flash, 4...32MB external QSPI Flash |gfx= Chrom-ART 2D <br>graphics accelerator for LCD-TFT |display=MIPI-DSI and 24-bit RGB parallel interface |i2c=up to 4 channels |spi=up to 6 channels |can=up to 2 CAN-FD |temp= -40 to +85°C |usb=2 x USB2.0 |audio=4 x I2S/SAI |uart=up to 8 channels |di..."
 
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{{Product|category1=SOM|category2=|image=StarSOM-STM32V8-products.png
{{Product|category1=SOM|category2=|image=StarSOM-STM32V8-products.png
|cpu=STMicroeletronics STM32V873 Cortex-M85 32-bit MCU
|cpu=STMicroeletronics STM32V873XJH6 Cortex-M85 32-bit MCU
|ram=2MB on-chip RAM, up to 32MB SDRAM
|ram=1.5MB on-chip RAM, up to 64MB PSRAM DDR
|storage=2MB on-chip Flash, 4...32MB external QSPI Flash
|storage=4MB on-chip NVM, up to 32MB external QSPI/Octal Flash
|gfx= Chrom-ART 2D <br>graphics accelerator for LCD-TFT
|gfx= Chrom-ART 2D <br>graphics accelerator for LCD-TFT
|display=MIPI-DSI and 24-bit RGB parallel interface
|display=MIPI-DSI interface
|i2c=up to 4 channels
|i2c=up to 3 + 2 x I3C channels
|spi=up to 6 channels
|spi=up to 6 channels
|can=up to 2 CAN-FD
|can=up to 3 CAN-FD
|temp= -40 to +85°C
|usb=2 x USB2.0
|usb=2 x USB2.0
|audio=4 x I2S/SAI
|audio=4 x I2S
|uart=up to 8 channels
|net=10/100 Mb/s ethernet PHY on-board
|dim=40mm x 44mm x 4mm module equipped with 2x100 pin board-to-board connectors
|uart=up to 11 channels
|description=StarSOM-STM32H757 is comprised of a small processor module with CPU bus accessibility and standard I/O functionality and is an ideal solution for embedded projects.<br>The StarSOM-STM32H757 can often trim 6-12 months from design cycle and can be easy adapted to existing projects or can be used together with a dedicated carrier board. Customers who are looking for a complete solution can use a set comprised of System on Module (SoM) and Carrier Board (CB). <br>The StarSOM-STM32H757 requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with StarSOM-STM32H757 is ready to use computer on board and is giving enormous flexibility in building projects. <br>
|temp= -40 to +140°C
|dim=34mm x 34mm x 3.8mm module equipped with 2x100 pin board-to-board connectors
|description=The StarSOM-STM32V8, based on the STM32V873 microcontroller, is a compact System-on-Module providing access to the MCU buses, communication interfaces, and standard I/O functionality. It is an ideal platform for the development of high-performance embedded, industrial, real-time, and edge-processing applications. <br>For customers looking for a complete and ready-to-use development platform, the StarSOM-STM32V8 (SoM) can be combined with a dedicated Carrier Board (StarCB-STM32V8), providing access to the module interfaces and peripherals required for application development and system evaluation.<br>The StarSOM-STM32V8 requires either a dedicated customer-designed baseboard or a compatible carrier board to form a complete system. Together with the StarCB-STM32V8, it creates a flexible and ready-to-use embedded computing platform, enabling rapid development of both prototypes and production-ready devices while allowing the final hardware to be precisely adapted to application-specific requirements.
<br>


|documentation=
|documentation=
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|content=  
|content=  
'''Development tutorials'''
'''Development tutorials'''
*[[How_to_create_and_run_the_first_application_on_the_StarSOM-STM32H757|How to create and run the first application on the StarSOM-STM32H757]]
*TBD
*[[How_to_use_external_QSPI_flash|How to use external QSPI_flash on the StarSOM-STM32H757]]
*[[How_to_use_external_SDRAM_on_StarSOM-STM32H757|How to use external SDRAM on the StarSOM-STM32H757]]
}}
}}




}}
}}

Latest revision as of 10:08, 11 August 2026

StarSOM-STM32V8
StarSOM-STM32V8 The StarSOM-STM32V8, based on the STM32V873 microcontroller, is a compact System-on-Module providing access to the MCU buses, communication interfaces, and standard I/O functionality. It is an ideal platform for the development of high-performance embedded, industrial, real-time, and edge-processing applications.
For customers looking for a complete and ready-to-use development platform, the StarSOM-STM32V8 (SoM) can be combined with a dedicated Carrier Board (StarCB-STM32V8), providing access to the module interfaces and peripherals required for application development and system evaluation.
The StarSOM-STM32V8 requires either a dedicated customer-designed baseboard or a compatible carrier board to form a complete system. Together with the StarCB-STM32V8, it creates a flexible and ready-to-use embedded computing platform, enabling rapid development of both prototypes and production-ready devices while allowing the final hardware to be precisely adapted to application-specific requirements.


Documentation
How to
Development tutorials
  • TBD
Specifications
CPUSTMicroeletronics STM32V873XJH6 Cortex-M85 32-bit MCU
Memory1.5MB on-chip RAM, up to 64MB PSRAM DDR
GPUChrom-ART 2D
graphics accelerator for LCD-TFT
DisplayMIPI-DSI interface
Storage4MB on-chip NVM, up to 32MB external QSPI/Octal Flash
Network10/100 Mb/s ethernet PHY on-board
I2Cup to 3 + 2 x I3C channels
SPIup to 6 channels
CANup to 3 CAN-FD
UARTup to 11 channels
USB2 x USB2.0
Audio4 x I2S
Temperature Range-40 to +140°C
Dimensions34mm x 34mm x 3.8mm module equipped with 2x100 pin board-to-board connectors
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