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{{Product|category1=SOM|category2=|image=SpaceSOM-8Mplus.png
{{Product|category1=SOM|category2=|image=SpaceSOM-8Mplus.png
|cpu=i.MX8M Plus Quad - Quad ARM Cortex-A53 cores (at speed up to 1.8GHz) and ARM Cortex-M4F core (at speed up to 400MHz)
|cpu=i.MX8M Plus Quad - Quad ARM Cortex-A53 cores (at speed up to 1.8GHz), ARM Cortex-M7 core (at speed up to 800MHz) and NPU (AI+ML) coprocessor
|ram=up to 4GB LPDDR4
|ram=up to 4GB LPDDR4
|gfx= 3D Vivante GC NanoUltra/2D Vivante GC320
|gfx= 3D Vivante GC7000UL/2D Vivante GC520
|storage=up to 32GB eMMC
|storage=up to 32GB eMMC
|camera=MIPI-CSI – 4 lane interface
|camera=MIPI-CSI – 4 lane interface
|display=MIPI-DSI – 4 lane interface
|display=HDMI, MIPI-DSI, LVDS
|pci=Express 3.0
|can=up to 2 channels CAN-FD
|i2c=up to 4 channels
|i2c=up to 4 channels
|spi=up to 3 channels
|spi=up to 3 channels
|net=Wi-Fi 802.11b/g/n, Bluetooth BLE<br>Ethernet 10/100/1000 (MAC only)
|net=dual-band 2.4/5GHz (802.11a/b/g/n/ac), Bluetooth BLE<br>Ethernet 10/100/1000 (MAC only)
|bluetooth=Bluetooth: BLE v5.1
|bluetooth=Bluetooth: BLE v5.1
|security= eFuses<br>AHB<br>ARM Trust Zone<br>RSA<br>Elliptic Curve Crypto
|security= eFuses<br>AHB<br>ARM Trust Zone<br>RSA<br>Elliptic Curve Crypto
|temp= 0 to 70°C,<br> -25 to +70°C (with WiFi/BLE module),<br>-40 to +85°C
|temp= 0 to 70°C,<br> -25 to +70°C (with WiFi/BLE module),<br>-40 to +85°C
|usb=2 x USB-OTG 2.0
|usb=2 x USB 2.0/3.0
|audio=up to 5xSAI (I2S, AC97, TDM, codec/DSP and DSD)
|audio=up to 5xSAI (I2S, AC97, TDM, codec/DSP, DSD, EARC)
|uart=up to 4 channels
|uart=up to 4 channels
|dim=67mm x 32mm x 4mm<br>SODIMM200 module
|dim=69.6mm x 35mm x 3.7mm<br>SODIMM260 module
|description=VisionSOM-8Mmini 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-8Mmini 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-8Mmini requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with VisionSOM-8Mmini is a ready to use computer on board and is giving enormous flexibility in building projects.<br>
|description=SpaceSOM-8Mplus is comprised of a small and energy efficient processor module with CPU interfaces accessibility, Machine-Learning + Artificial Intelligence NPU coprocessor and standard I/O functionality. It is an ideal solution for modern IoT embedded projects and intelligent edge devices.<br>SpaceSOM-8Mplus 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>SpaceSOM-8Mplus requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with SpaceSOM-8Mplus is a ready to use computer on board and is giving enormous flexibility in building projects.<br>


|documentation=
|documentation=
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content=&#32;
content=&#32;
*[[SpaceSOM-8Mplus Datasheet and Pinout|Datasheet and Pinout]]
*[[SpaceSOM-8Mplus Datasheet and Pinout|Datasheet and Pinout]]
__WP_Files(2616)
__WP_Files(4232)
}} {{DocBox|boxwidth=21|system=Howto
}} {{DocBox|boxwidth=21|system=Howto
|content=  
|content=  
'''Embedded Linux Developer Guide'''
'''Embedded Linux Developer Guide'''
* [[Writing VisionSOM-8MM system image to eMMC memory|Writing system image to eMMC memory]]
* [[Writing SpaceSOM-8Mplus system image to eMMC memory|Writing system image to eMMC memory]]
* [[Extending rootfs partition|Extending rootfs partition]]
* [[Extending rootfs partition|Extending rootfs partition]]
* [[Running a Cortex-M4 application on visionsom-8mm|Running a Cortex-M4 application on VisionSOM-8MM]]
* [[Adding Chromium browser to system image|Adding Chromium browser to system image]]
* [[Connecting to WiFi network using systemd and wpa-supplicant|Connecting to WiFi network on VisionSOM-8Mmini]]
* [[Using USB OTG dual role on SpaceSOM-8Mplus|Using USB OTG dual role on SpaceSOM-8Mplus]]
* [https://www.youtube.com/watch?v=xvHOf3Y1gLw Program eMMC memory in i.MX8MMini SOM using u-boot USB Mass Storage gadget]
* [[Reducing CPU frequency in iMX8M processors|Reducing CPU frequency in iMX8M processors]]
* [https://www.youtube.com/watch?v=tWP0YKYoF0M Program eMMC memory with NXP uuu tool]
}} {{DocBox|boxwidth=21|system=Yocto
}} {{DocBox|boxwidth=21|system=Yocto
|content=  
|content=  
'''Yocto Developer Guide'''
'''Yocto Developer Guide'''
* [[VisionSOM_imx-meta-somlabs-hardknott | iMX Yocto Hardknott meta-layer for VisionSOM-8MM by SoMLabs]]
* [[VisionSOM_imx-meta-somlabs-scarthgap | iMX Yocto Scarthgap meta-layer for SpaceSOM-8MM by SoMLabs]]
* [[VisionSOM_imx-meta-somlabs | iMX Yocto Zeus meta-layer for VisionSOM-8MM by SoMLabs]]
* [[VisionSOM_imx-meta-somlabs-mickledore | iMX Yocto Mickledore meta-layer for SpaceSOM-8MM by SoMLabs]]
}} {{DocBox|boxwidth=21|system=Android
* [[VisionSOM_imx-meta-somlabs-kirkstone | iMX Yocto Kirkstone meta-layer for SpaceSOM-8MM by SoMLabs]]
|content=
* [[VisionSOM_imx-meta-somlabs-honister | iMX Yocto Honister meta-layer for SpaceSOM-8Mplus by SoMLabs]]
'''Android Developer Guide'''
* [[VisionSOM_imx-meta-somlabs-hardknott | iMX Yocto Hardknott meta-layer for SpaceSOM-8Mplus by SoMLabs]]
* [[VisionSOM_imx-android|iMX Android 10 for VisionSOM-8Mmini]]
* [[VisionSOM_imx-android_12|iMX Android 12 for VisionSOM-8Mmini]]
* [[Installing_apk_files_on_VisionSOM-8MM_Android|Installing apk files on VisionSOM-8MM Android]]
}} {{DocBox|boxwidth=21|system=Ubuntu
}} {{DocBox|boxwidth=21|system=Ubuntu
|content=
|content=
'''Ubuntu Developer Guide'''
'''Ubuntu Developer Guide'''
* [[Ubuntu_20_04_VisionSOM-8Mmini|Ubuntu 20.04 for VisionSOM-8Mmini]]
* [[Imx-meta-somlabs-desktop|NXP Ubuntu 22.04 PoC for SpaceSOM-8Mplus]]
}} {{DocBox|boxwidth=21|system=Projects
}} {{DocBox|boxwidth=21|system=Projects
|content=  
|content=  
'''Projects'''
'''Projects'''
* [[VisionSOM-8MM_Android_demo_application|VisionSOM-8MM Android demo application]]
* [[SoMLabs-NN-demo | Example of use Neural Processing Unit on SpaceSOM-8Mplus]]
 
}}
}}
}}
}}

Latest revision as of 10:09, 16 October 2024

SpaceSOM-8Mplus
SpaceSOM-8Mplus SpaceSOM-8Mplus is comprised of a small and energy efficient processor module with CPU interfaces accessibility, Machine-Learning + Artificial Intelligence NPU coprocessor and standard I/O functionality. It is an ideal solution for modern IoT embedded projects and intelligent edge devices.
SpaceSOM-8Mplus 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).
SpaceSOM-8Mplus requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with SpaceSOM-8Mplus is a ready to use computer on board and is giving enormous flexibility in building projects.
Documentation
How to
Embedded Linux Developer Guide
Yocto
Yocto Developer Guide
Ubuntu
Ubuntu Developer Guide
Projects
Projects
Specifications
CPUi.MX8M Plus Quad - Quad ARM Cortex-A53 cores (at speed up to 1.8GHz), ARM Cortex-M7 core (at speed up to 800MHz) and NPU (AI+ML) coprocessor
Memoryup to 4GB LPDDR4
GPU3D Vivante GC7000UL/2D Vivante GC520
DisplayHDMI, MIPI-DSI, LVDS
CameraMIPI-CSI – 4 lane interface
Storageup to 32GB eMMC
Networkdual-band 2.4/5GHz (802.11a/b/g/n/ac), Bluetooth BLE
Ethernet 10/100/1000 (MAC only)
PCIExpress 3.0
I2Cup to 4 channels
SPIup to 3 channels
CANup to 2 channels CAN-FD
UARTup to 4 channels
USB2 x USB 2.0/3.0
Audioup to 5xSAI (I2S, AC97, TDM, codec/DSP, DSD, EARC)
SecurityeFuses
AHB
ARM Trust Zone
RSA
Elliptic Curve Crypto
Temperature Range0 to 70°C,
-25 to +70°C (with WiFi/BLE module),
-40 to +85°C
Dimensions69.6mm x 35mm x 3.7mm
SODIMM260 module
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