| Table of Contents |
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Eval-Kit
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Specification (Without Trizeps Module)
Frame with Baseboard pConXS III and Display
12-24 V power supply
Acrylic stand
USB-A (male to male) cable
Serial cable and serial adapter
Suggested Software
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Features
Vin 12V-24V DC
VIN_FUSED Supply and Power failure GPIO for USV
2x USB Host/ 1x USB-OTG
10/100 MBit Ethernet
Audio (Stereo Headphone, Microphone , Line-In, Speaker out)
LVDS-Display , HDMI, RGB
UART, RS-232, CAN, SDIO, I2C
Software (OS Images)
Trizeps VIII Mini
Bootloader | Kernel | Release | Download | |
|---|---|---|---|---|
Windows 10 IoT Enterprise | BSP 1-4-0 | 1-4-0 2023-04-11 | ||
Android | ||||
Debian 12 | 2020.04 / kuk_imx_v2020.04 | 2024-03-26 | ||
Debian 10.3 | 2020.04 / kuk_imx_v2020.04 | 5.10 / kuk_lf-5.10.y_android-compilable | 2023-05-26 | |
Yocto | 2020.04 / kuk_imx_v2020.04 | 5.10 / kuk_lf-5.10.y_android-compilable | 2023-05-30 |
Trizeps VIII Plus
Bootloader | Kernel | Release | Download | |
|---|---|---|---|---|
Windows 10 IoT Enterprise | ||||
Android | ||||
Debian 12 | 2020.04 / kuk_imx_v2020.04 | 2024-03-26 | ||
Yocto | 2020.04 / kuk_imx_v2020.04 | 2024-04-28 | trizeps8plus-pconxs-v3-hardknott_weston_chromium-20230428.imz |
Initial Setup
In general the Eval-Kit is pre-configured and tested with the OS you ordered.
Please check if all connections are correct.
If needed prepare everything for debug connection by using connector U12. ( for details next chapter)
Plug in the power adapter into the 12V Jack (J17) and 120VAC~240VAC to power source.
The system will start up and OS will be visible on the Display. The Boot messages are printed within the PC terminal window.
Establish a Serial Connection
Connect the baseboard to a computer using a serial cable and a serial adapter.
You will need a Tera Term application to communicate with the device.
In Tera Term configure the serial connection in Setup-> Serial Port. Set the following settings:
Port: serial port, to which device is connected
Speed: 115200
Data: 8bit
Parity: none
Stop bits: 1
Plug the power connector in, the device will boot up, you should see the terminal output if settings are correct, and correct port is selected.
Deploying Images
Linux
Yocto and Debian .imz images can easily be deployed with USB Image Tool.
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Choose and download the correct .imz file for your module and baseboard (these images already have the correct device tree pre-installed).
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Establish the Serial Connection.
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Connect the baseboard to your computer using provided USB-A (male to male) cable via the USB-OTG port (the one closer to the PCB) of the baseboard.
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Enter the U-Boot by holding the Esc button in the Tera Term while the device powers on. (You can use the reset button on the back of the baseboard).
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Execute the command, that will configure the USB-OTG port to emulate a USB-Mass-Storage device.
| Code Block | ||
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u-boot=> ums 0 mmc 0 |
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Open USB Image Tool and activate the following settings on the Options tab:
Truncate oversize images in device mode
Fix GPT after Restore
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The device will appear on the left side of the window and, when selected, there should appear its information on the Device tab.
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Press the Restore button and choose the .imz image from your file system.
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After the process is complete, you now can unmount the device from computer. Press Ctrl+C in Tera Term window.
Execute the command to restart the device.
| Code Block | ||
|---|---|---|
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u-boot=> reset |
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Links
How-To (pConXS III)
How to deploy Windows 10 IoT Enterprise to Trizeps VIII Mini / Trizeps VIII Plus