Browser Login

When there is a DHCP server in the user's environment and it can assign IP addresses to the connected devices, you can log in to the system through a browser.

Hardware Preparation

• Main board: Rhino Pi-A1
• Power supply: DC12V/24V 3A power adapter
• Input device: USB TYPE-A to TYPE-C cable
• Communication device: An ordinary Ethernet cable

Software Preparation

Please refer to the Tool Installation chapter to install the following required tools. If already installed, you can skip this step.

1. USB driver installation
2. ADB tool installation

Starting the Board

The board comes with the Ubuntu system pre-installed. After powering it with a 12V/24V 3A power adapter, the board will boot the system automatically.

• Boot process: The RGB light stays solid green and blinks.
• Use a USB TYPE-A to TYPE-C cable, connect the TYPE-A end to a USB port of the Windows computer, and the TYPE-C end to the Type-C port of the board.
• System boot complete: The RGB light stays solid green and stops blinking, indicating that boot is complete.

Obtaining the IP Address

• Connect the Ethernet cable to any wired network port of the Rhino Pi-A1.

• On the Windows computer, press WIN + R to open a window, enter cmd to open a terminal window, and run the following commands to check the IP address.

# Enter the device
adb shell

# Get the IP address
ifconfig eth0

You can see the following output:

The inet addr parameter indicates the IP address of the device.

Logging in to the Web Page

After obtaining the IP address of the device, you can log in to the AidLux Web interface of the Ubuntu system as follows.

• Make sure the PC and the board are on the same LAN.

• Enter the URL in the browser: http://ip:8000/login. Replace ip in the URL with the actual IP address of the device. Username/password: aidlux/aidlux

Using the System

After the system boots successfully, developers can use the Ubuntu 24.04 system on the Rhino Pi-A1.