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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=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.
|temp= -40 to +140°C
 
|dim=34mm x 34mm x 3.8mm module equipped with 2x100 pin board-to-board connectors
By integrating the STM32V873 together with the essential supporting circuitry on a compact module, the **StarSOM-STM32V8** can significantly shorten the hardware development cycle, typically saving several months of design, prototyping, and validation work. The module can be easily integrated into new or existing customer designs or used together with a dedicated carrier board.
|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.
 
For customers looking for a complete and ready-to-use development platform, the **StarSOM-STM32V8** can be combined with a dedicated Carrier Board (CB), 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 Carrier Board, 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.
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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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