StarSOM-6ULL: Difference between revisions
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|dim= | |dim=40mm x 44mm x 4mm<br> module equipped with<br> board-to-board connectors | ||
|description= | |description=StarSOM-6ULL 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>StarSOM-6ULL 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>StarSOM-6ULL requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with StarSOM-6ULL is ready to use computer on board and is giving enormous flexibility in building projects.<br> | ||
|documentation= | |documentation= | ||
Revision as of 12:23, 29 June 2022
| StarSOM-6ULL |
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StarSOM-6ULL is comprised of a small processor module with CPU bus accessibility and standard I/O functionality and is an ideal solution for embedded projects. StarSOM-6ULL 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). StarSOM-6ULL requires a matching customer’s board or a carrier board to establish a complete system. Carrier Board together with StarSOM-6ULL is ready to use computer on board and is giving enormous flexibility in building projects. |
Documentation
- Datasheet and Pinout
- StarSOM-6ULL Datasheet
- Default pin configuration (MEX file)
- StarSOM-6ULL - Altium designer PCB/SCH library with 3D SoM and connector models (7/2024)
- StarSOM-6ULL - Altium designer PCB/SCH library with 3D SoM and connector models (12/2021)
- StarSOM-6ULL - STEP
- I.MX6ULL - Fact Sheet
- EM Radiation Test Precompliance Report (EMC)
How to
Embedded Linux Developer Guide
- Writing system image to SD card
- Writing system image to eMMC memory
- Saving OS image file from eMMC memory
- Connecting to Linux console
- Extending rootfs partition
- Connecting to WiFi network on VisionSOM-6ULL Debian
- Connecting to WiFi network on VisionSOM-6ULL Yocto
- Enabling Bluetooth
- Customizing the Linux kernel
- Customizing the device tree
- Building simple C program
- Building simple QT application
- Changing the boot splash image
- Programming eFUSE bits on VisionSOM-6ULL
Debian
Yocto
Projects
| Specifications |
| CPU | NXP i.MX6ULL Cortex-A7 32-bit processor (CPU clock up to 900MHz) |
| Memory | up to 512MB DDR3L |
| GPU | NXP PXP v2.0 2D graphics accelerator for LCD-TFT |
| Display | 24-bit RGB parallel interface |
| Camera | up to 24-bit CSI interface |
| Storage | uSD card or up to 32GB eMMC or up to 512MB NAND Flash |
| Network | Wi-Fi 802.11b/g/n, Bluetooth BLE 2 x Ethernet: 10/100 (MAC only) |
| RTC | built-in with external battery |
| I2C | up to 4 channels |
| SPI | up to 4 channels |
| CAN | up to 2 FlexCAN |
| UART | up to 8 channels |
| USB | 2 x USB2.0 OTG Host/Device |
| Audio | 3 x I2S/SAI, S/PDIF Tx/Rx, ESAI, Medium Quality audio System |
| Security | AES-128, ARM TrustZone, RNG |
| Temperature Range | 0 to 70°C, -30 to +70°C (with WiFi/BLE module), -40 to +85°C |
| Dimensions | 40mm x 44mm x 4mm module equipped with board-to-board connectors |
