Difference between revisions of "OPOS6ULDev used with an OPOS6UL NANO"

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==Description==
 
==Description==
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The Armadeus System's standard development board/baseboard for the [[OPOS6UL]] module, the [[OPOS6ULDev]], can also be used to evaluate [[OPOS6UL_NANO]] SoM. For this you will require a SODIMM adapter... and accept some limitations due to the lack of GPIOs on [[OPOS6UL_NANO]] modules, compared to [[OPOS6UL]].
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The Armadeus System's standard development board/baseboard for the [[OPOS6UL]] module, the [[OPOS6ULDev]], can also be used to evaluate [[OPOS6UL_NANO]] SoM. For this you will require a SODIMM adapter... and accept some limitations due to the lack of GPIOs on [[OPOS6UL_NANO]] modules, compared to [[OPOS6UL]]. Consider this usage as temporary, until [[OPOS6UL_NANO]] get the development board it deserves... Don't hesitate to do some lobby to Armadeus Systems hardware team ;-)...
  
 
[[Image:OPOS6UL_Dev_with_NANO.png]]
 
[[Image:OPOS6UL_Dev_with_NANO.png]]

Revision as of 09:50, 26 July 2018


Page under construction... Construction.png Informations on this page are not guaranteed !!

Description

The Armadeus System's standard development board/baseboard for the OPOS6UL module, the OPOS6ULDev, can also be used to evaluate OPOS6UL_NANO SoM. For this you will require a SODIMM adapter... and accept some limitations due to the lack of GPIOs on OPOS6UL_NANO modules, compared to OPOS6UL. Consider this usage as temporary, until OPOS6UL_NANO get the development board it deserves... Don't hesitate to do some lobby to Armadeus Systems hardware team ;-)...

File:OPOS6UL Dev with NANO.png

Errata

  • On OPOS6UL_Dev boards with hardware revision <= 1.1, the USB ports won't be powered unless you do an hardware modification. This modification consist of forcing to 3.3V, the 2 signals USB_OTG1_PWR & USB_OTG2_PWR on U3/AP2152 chip.

Resources

Feature list

Note Note:
  • You can't use CAN interfaces of OPOS6ULDev. CAN buses might be output on LCD connector but will require an additional PHY.
  • 2nd Ethernet port is not available.
  • You won't see anything on LCD unless you force LCD Backlight pin to Logic 1.
  • RPi connector connected buses are different of the ones when using an OPOS6UL SOM.


Audio

Video Out

Video In

User Input

Wired communication

Wireless communication

Other

Connectors

  • RPi compatible connector (J3):
Linux GPIO or device i.M6UL Mux wiringPi N° RPi name Function J3 Pin J3 Pin Function RPi name wiringPi N° i.M6UL Mux Linux GPIO or device
- 3.3V 1 2 5V -
i2c-1 UART5_RX_DATA SDA1 I2C data 3 4 5V -
i2c-1 UART5_TX_DATA SCL1 I2C clock 5 6 GND -
gpio9 GPIO1_IO09__GPIO1_IO09 7 GPIO7 GPIO / AIN9 7 8 UART Tx TxD UART2_TX_DATA__UART2_DCE_TX ttymxc1
GND 9 10 UART Rx RxD UART2_RX_DATA__UART2_DCE_RX ttymxc1
gpio113 CSI_MCLK__GPIO4_IO17 0 GPIO0 GPIO 11 12 GPIO / AIN8 GPIO1 GPIO1_IO08__GPIO1_IO08 gpio8
gpio114 CSI_PIXCLK__GPIO4_IO18 GPIO2 GPIO 13 14 GND
gpio122 CSI_DATA05__GPIO4_IO26 GPIO3 GPIO 15 16 GPIO GPIO4 4 CSI_VSYNC__GPIO4_IO19 gpio115
3,3V 17 18 GPIO GPIO5 5 CSI_HSYNC__GPIO4_IO20 gpio116
spidev1.x CSI_DATA02__ECSPI2_MOSI SPI MOSI 19 20 GND
spidev1.x CSI_DATA03__ECSPI2_MISO SPI MISO 21 22 GPIO GPIO6 6 CSI_DATA07__GPIO4_IO28 gpio124
spidev1.x CSI_DATA00__ECSPI2_SCLK SPI CLK 23 24 SPI_CS0 CSI_DATA01__GPIO4_IO22 spidev1.0
GND 25 26 NC
i2c-0 UART4_RX_DATA__I2C1_SDA I2C Data 27 28 I2C clock UART4_TX_DATA__I2C1_SCL i2c-0
NC 29 30 GND
NC 31 32 NC
NC 33 34 GND
NC 35 36 NC
NC 37 38 NC
GND 39 40 NC

Tested RPi shields/hats

Tips

Bootstrap

U-Boot

  • Use OPOS6ULDev "User" LED in U-Boot scripts:
    • ON: 
       BIOS> gpio set 3
    • OFF: 
       BIOS> gpio clear 3

Linux

  • to activate login in Framebuffer console, please uncomment /etc/inittab line 35 this way:
# Set up a getty on LCD
tty1::respawn:/sbin/getty 38400 tty1

Links

  • RaspberryPi is a registered trademark of RaspberryPi Foundation.
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