StarSOM-STM32H757 - Revision history

KrzysztofChojnowski at 10:37, 28 April 2025

2025-04-28T10:37:42Z

← Older revision		Revision as of 10:37, 28 April 2025
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	*[[How_to_create_and_run_the_first_application_on_the_StarSOM-STM32H757\|How to create and run the first application on the StarSOM-STM32H757]]		*[[How_to_create_and_run_the_first_application_on_the_StarSOM-STM32H757\|How to create and run the first application on the StarSOM-STM32H757]]
	*[[How_to_use_external_QSPI_flash\|How to use external QSPI_flash on the StarSOM-STM32H757]]		*[[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]]
	}}		}}


	}}		}}

KrzysztofChojnowski at 14:39, 8 April 2025

2025-04-08T14:39:30Z

← Older revision		Revision as of 14:39, 8 April 2025
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	'''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]]		*[[How_to_create_and_run_the_first_application_on_the_StarSOM-STM32H757\|How to create and run the first application on the StarSOM-STM32H757]]
			*[[How_to_use_external_QSPI_flash\|How to use external QSPI_flash on the StarSOM-STM32H757]]
	}}		}}


	}}		}}

KrzysztofChojnowski at 12:40, 7 April 2025

2025-04-07T12:40:17Z

← Older revision		Revision as of 12:40, 7 April 2025
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	\|content=		\|content=
	'''Development tutorials'''		'''Development tutorials'''
	*~~TBD~~		*[[How_to_create_and_run_the_first_application_on_the_StarSOM-STM32H757\|How to create and run the first application on the StarSOM-STM32H757]]
	}}		}}


	}}		}}

Piotrzbysinski at 11:38, 4 March 2025

2025-03-04T11:38:43Z

← Older revision		Revision as of 11:38, 4 March 2025
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	\|content=		\|content=
	'''Development tutorials'''		'''Development tutorials'''
	*~~[[How_to_create_and_run_the_first_FreeRTOS_application_on_the_VisionSOM-RT1176\|How to create and run the first FreeRTOS application on the VisionSOM-RT1176]]~~		*TBD
	*[[How_to_flash_VisionSOM-RT1176_QSPI_memory\|How to flash VisionSOM-RT1176 QSPI Flash memory]]
	*[[How_to_flash_VisionSOM-RT1176_Octal_Flash_memory\|How to flash VisionSOM-RT1176 Octal Flash memory]]
	}}		}}


	}}		}}

Piotrzbysinski at 11:38, 4 March 2025

2025-03-04T11:38:21Z

← Older revision		Revision as of 11:38, 4 March 2025
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	\|cpu=STMicroeletronics STM32H757 dual core Cortex-M7+Cortex-M4 32-bit MCU		\|cpu=STMicroeletronics STM32H757 dual core Cortex-M7+Cortex-M4 32-bit MCU
	\|ram=2MB on-chip RAM, up to 32MB SDRAM		\|ram=2MB on-chip RAM, up to 32MB SDRAM
	\|storage=4...32MB QSPI Flash		\|storage=2MB on-chip Flash, 4...32MB external QSPI 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 and 24-bit RGB parallel interface
Line 12:		Line 12:
	\|audio=4 x I2S/SAI		\|audio=4 x I2S/SAI
	\|uart=up to 8 channels		\|uart=up to 8 channels
	\|dim=~~67mm~~ x ~~32mm~~ x ~~6,8mm<br>SODIMM200~~ module		\|dim=40mm x 44mm x 4mm module equipped with 2x100 pin board-to-board connectors
	\|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>		\|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>

Piotrzbysinski at 11:37, 4 March 2025

2025-03-04T11:37:00Z

← Older revision		Revision as of 11:37, 4 March 2025
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	\|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 and 24-bit RGB parallel interface
	\|i2c=up to 6 channels		\|i2c=up to 4 channels
	\|spi=up to 6 channels		\|spi=up to 6 channels
	\|can=up to ~~3 FlexCAN~~		\|can=up to 2 CAN-FD
	\|temp= -40 to +85°C		\|temp= -40 to +85°C
	\|usb=2 x USB2.0 ~~OTG~~		\|usb=2 x USB2.0
	\|audio=4 x I2S/SAI		\|audio=4 x I2S/SAI
	\|uart=up to 12 channels		\|uart=up to 8 channels
	\|dim=67mm x 32mm x 6,8mm<br>SODIMM200 module		\|dim=67mm x 32mm x 6,8mm<br>SODIMM200 module
	\|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>		\|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>

Piotrzbysinski at 11:35, 4 March 2025

2025-03-04T11:35:41Z

← Older revision		Revision as of 11:35, 4 March 2025
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	{{Product\|category1=SOM\|category2=\|image=StarSOM-STM32H757-products.png		{{Product\|category1=SOM\|category2=\|image=StarSOM-STM32H757-products.png
	\|cpu=~~NXP i.MX RT117x~~ dual core Cortex-M7+Cortex-M4 32-bit ~~processor~~		\|cpu=STMicroeletronics STM32H757 dual core Cortex-M7+Cortex-M4 32-bit MCU
	\|ram=2MB on-chip RAM, up to ~~128MB~~ SDRAM		\|ram=2MB on-chip RAM, up to 32MB SDRAM
	\|storage=4...32MB QSPI Flash		\|storage=4...32MB QSPI Flash
	\|gfx= ~~NXP PXP~~ 2D <br>graphics accelerator for LCD-TFT		\|gfx= Chrom-ART 2D <br>graphics accelerator for LCD-TFT
	\|display=24-bit RGB parallel interface		\|display=MIPI-DSI and 24-bit RGB parallel interface
	\|i2c=up to 6 channels		\|i2c=up to 6 channels
	\|spi=up to 6 channels		\|spi=up to 6 channels
Line 13:		Line 13:
	\|uart=up to 12 channels		\|uart=up to 12 channels
	\|dim=67mm x 32mm x 6,8mm<br>SODIMM200 module		\|dim=67mm x 32mm x 6,8mm<br>SODIMM200 module
	\|description=~~VisionSOM~~-~~RT1176~~ 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>~~VisionSOM~~-~~RT1176~~ can often trim 8-12 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>~~VisionSOM~~-~~RT1176~~ requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with ~~VisionSOM~~-~~RT1176~~ is ready to use computer on board and is giving enormous flexibility in building projects. <br>		\|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>

	\|documentation=		\|documentation=
Line 19:		Line 19:
	\|		\|
	content=		content=
	*[[~~VisionSOM~~-~~RT1176~~ Datasheet and Pinout\|Datasheet and Pinout]]		*[[StarSOM-STM32H757 Datasheet and Pinout\|Datasheet and Pinout]]
	__WP_Files(5366)		__WP_Files(5366)
	}}		}}

Piotrzbysinski: Created page with "{{Product|category1=SOM|category2=|image=StarSOM-STM32H757-products.png |cpu=NXP i.MX RT117x dual core Cortex-M7+Cortex-M4 32-bit processor |ram=2MB on-chip RAM, up to 128MB SDRAM |storage=4...32MB QSPI Flash |gfx= NXP PXP 2D
graphics accelerator for LCD-TFT |display=24-bit RGB parallel interface |i2c=up to 6 channels |spi=up to 6 channels |can=up to 3 FlexCAN |temp= -40 to +85°C |usb=2 x USB2.0 OTG |audio=4 x I2S/SAI |uart=up to 12 channels |dim=67mm x 32mm x 6,8mm..."

2025-03-04T11:27:57Z

Created page with "{{Product|category1=SOM|category2=|image=StarSOM-STM32H757-products.png |cpu=NXP i.MX RT117x dual core Cortex-M7+Cortex-M4 32-bit processor |ram=2MB on-chip RAM, up to 128MB SDRAM |storage=4...32MB QSPI Flash |gfx= NXP PXP 2D graphics accelerator for LCD-TFT |display=24-bit RGB parallel interface |i2c=up to 6 channels |spi=up to 6 channels |can=up to 3 FlexCAN |temp= -40 to +85°C |usb=2 x USB2.0 OTG |audio=4 x I2S/SAI |uart=up to 12 channels |dim=67mm x 32mm x 6,8mm..."

New page

{{Product|category1=SOM|category2=|image=StarSOM-STM32H757-products.png
|cpu=NXP i.MX RT117x dual core Cortex-M7+Cortex-M4 32-bit processor
|ram=2MB on-chip RAM, up to 128MB SDRAM
|storage=4...32MB QSPI Flash
|gfx= NXP PXP 2D graphics accelerator for LCD-TFT
|display=24-bit RGB parallel interface
|i2c=up to 6 channels
|spi=up to 6 channels
|can=up to 3 FlexCAN
|temp= -40 to +85°C
|usb=2 x USB2.0 OTG
|audio=4 x I2S/SAI
|uart=up to 12 channels
|dim=67mm x 32mm x 6,8mm SODIMM200 module
|description=VisionSOM-RT1176 is comprised of a small processor module with CPU bus accessibility and standard I/O functionality and is an ideal solution for embedded projects. VisionSOM-RT1176 can often trim 8-12 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). VisionSOM-RT1176 requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with VisionSOM-RT1176 is ready to use computer on board and is giving enormous flexibility in building projects. 

|documentation=
{{DocBox|boxwidth=21|system=Documentation
|
content= 
*[[VisionSOM-RT1176 Datasheet and Pinout|Datasheet and Pinout]]
__WP_Files(5366)
}}
{{DocBox|boxwidth=21|system=Howto
|content=
'''Development tutorials'''
*[[How_to_create_and_run_the_first_FreeRTOS_application_on_the_VisionSOM-RT1176|How to create and run the first FreeRTOS application on the VisionSOM-RT1176]]
*[[How_to_flash_VisionSOM-RT1176_QSPI_memory|How to flash VisionSOM-RT1176 QSPI Flash memory]]
*[[How_to_flash_VisionSOM-RT1176_Octal_Flash_memory|How to flash VisionSOM-RT1176 Octal Flash memory]]
}}

}}