Piotrzbysinski at 11:58, 20 January 2026

2026-01-20T11:58:37Z

← Older revision		Revision as of 11:58, 20 January 2026
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	\|uart=up to 8 channels		\|uart=up to 8 channels
	\|dim=67mm x 32mm x 4.6mm<br>SODIMM200 module		\|dim=67mm x 32mm x 4.6mm<br>SODIMM200 module
	\|description=VisionSOM-~~iMX93~~ is comprised of a small and energy efficient processor module with CPU interfaces accessibility, integrated Machine-Learning + Artificial Intelligence NPU coprocessor and standard I/O functionality, insluding modern I3C serial interface. It is an ideal solution for modern IoT embedded projects and intelligent edge devices.<br>VisionSOM-~~iMX93~~ can 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-~~iMX93~~ requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with VisionSOM-~~iMX93~~ is a ready to use computer on board and is giving enormous flexibility in building projects.<br>		\|description=VisionSOM-iMX91 is comprised of a small and energy efficient processor module with CPU interfaces accessibility, integrated Machine-Learning + Artificial Intelligence NPU coprocessor and standard I/O functionality, insluding modern I3C serial interface. It is an ideal solution for modern IoT embedded projects and intelligent edge devices.<br>VisionSOM-iMX91 can 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-iMX91 requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with VisionSOM-iMX91 is a ready to use computer on board and is giving enormous flexibility in building projects.<br>

	\|documentation=		\|documentation=

Piotrzbysinski: Created page with "{{Product|category1=SOM|category2=|image=VisionSOM-imx91.png |cpu=i.MX91 - ARM Cortex-A55 core (at speed up to 1.7GHz) |ram=up to 2GB LPDDR4 |gfx= PXP |storage=up to 32GB eMMC |display=RGB |can=up to 2 channels CAN-FD |i2c=up to 8 channels + up to 3 channels I3C |spi=up to 8 channels |net=WiFi 2.4 (802.11a/b/g/n), Bluetooth BLE
2 x Ethernet 10/100/1000 (MAC only) |bluetooth=Bluetooth: BLE v5.1 |security= eFuses
AHB
ARM Trust Zones
TRDC
BBSM
EdgeLock |te..."

2026-01-20T11:58:03Z

Created page with "{{Product|category1=SOM|category2=|image=VisionSOM-imx91.png |cpu=i.MX91 - ARM Cortex-A55 core (at speed up to 1.7GHz) |ram=up to 2GB LPDDR4 |gfx= PXP |storage=up to 32GB eMMC |display=RGB |can=up to 2 channels CAN-FD |i2c=up to 8 channels + up to 3 channels I3C |spi=up to 8 channels |net=WiFi 2.4 (802.11a/b/g/n), Bluetooth BLE 2 x Ethernet 10/100/1000 (MAC only) |bluetooth=Bluetooth: BLE v5.1 |security= eFuses AHB ARM Trust Zones TRDC BBSM EdgeLock |te..."

New page

{{Product|category1=SOM|category2=|image=VisionSOM-imx91.png
|cpu=i.MX91 - ARM Cortex-A55 core (at speed up to 1.7GHz)
|ram=up to 2GB LPDDR4
|gfx= PXP
|storage=up to 32GB eMMC
|display=RGB
|can=up to 2 channels CAN-FD
|i2c=up to 8 channels + up to 3 channels I3C
|spi=up to 8 channels
|net=WiFi 2.4 (802.11a/b/g/n), Bluetooth BLE 2 x Ethernet 10/100/1000 (MAC only)
|bluetooth=Bluetooth: BLE v5.1
|security= eFuses AHB ARM Trust Zones TRDC BBSM EdgeLock
|temp= 0 to 70°C, -25 to +70°C (with WiFi/BLE module), -40 to +85°C
|usb=2 x USB 2.0
|audio=up to 3xSAI, SPDIF, PDM, MQS
|uart=up to 8 channels
|dim=67mm x 32mm x 4.6mm SODIMM200 module
|description=VisionSOM-iMX93 is comprised of a small and energy efficient processor module with CPU interfaces accessibility, integrated Machine-Learning + Artificial Intelligence NPU coprocessor and standard I/O functionality, insluding modern I3C serial interface. It is an ideal solution for modern IoT embedded projects and intelligent edge devices. VisionSOM-iMX93 can 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-iMX93 requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with VisionSOM-iMX93 is a ready to use computer on board and is giving enormous flexibility in building projects. 

|documentation=
{{DocBox|boxwidth=21|system=Documentation
|
content= 
*[[VisionSOM-iMX91 Datasheet and Pinout|Datasheet and Pinout]]
__WP_Files(5797)
}} {{DocBox|boxwidth=21|system=Howto
|content=
'''Embedded Linux Developer Guide'''
* [[Writing_VisionSOM-iMX93_system_image_to_eMMC_memory | Writing system image to eMMC memory]]
* [[Changing_CPU_frequency_in_iMX93_processors|Changing the CPU frequency in iMX93 processors]]
* [[Extending rootfs partition|Extending rootfs partition]]
* [[Selecting_display_on_VisionSOM-iMX93|Selecting display DSI/LVDS display on VisionSOM-iMX93]]
}} {{DocBox|boxwidth=21|system=Yocto
|content=
'''Yocto Developer Guide'''
* [[VisionSOM_imx-meta-somlabs-scarthgap | iMX Yocto Scarthgap meta-layer for VisionSOM-iMX93 by SoMLabs]]
* [[VisionSOM_imx-meta-somlabs-walnascar | iMX Yocto Walnascar meta-layer for VisionSOM-iMX93 by SoMLabs]]
}}
}}

VisionSOM-iMX91 - Revision history

Piotrzbysinski at 11:58, 20 January 2026