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7inch QLED Quantum Dot Display, Capacitive Touch, 1024 × 600, G+G Toughened Glass Panel, Various Devices & Systems Support.
7-inch QLED quantum dot display, wider color gamut, more pure chroma, and longer lifetime.
1024 x 600 hardware resolution, support software resolution (up to 1920 x 1080).
Toughened glass capacitive touch panel, up to 6H hardness.
Use with Jetson Nano Developer Kit, Support Ubuntu system.
Use with Raspberry Pi, supports Raspberry Pi OS, Ubuntu, Kali, and Retropie systems.
Use with Windows PC, support Windows 11, 10, 8.1, 8, 7, five-points touch.
Support popular Game Consoles like Xbox360, PS4, and SWITCH.
Multi-languages OSD menu, for power management, brightness/contrast adjustment, etc.
It has a 3.5mm audio jack and supports HDMI audio output.
If the system of the main control board can automatically identify the EDID for display, there is no need to set the relevant timing parameters additionally. Otherwise, you can refer to the following EDID settings:
50.25
1024
320
600
25
44
88
3
6
154
86
0
0
Since the first-generation Raspberry Pi released, Waveshare has been working on designing, developing, and producing various fantastic touch LCDs for the Pi. Unfortunately, there are quite a few pirated/knock-off products in the market. They're usually some poor copies of our early hardware revisions, and comes with none support service.
To avoid becoming a victim of pirated products, please pay attention to the following features when purchasing:
Please note that we've found some poor copies of this item in the market. They are usually made of inferior materials and shipped without any testing.
You might be wondering if the one you're watching or you've purchased in other non-official stores is original, feel free to contact us.
This product supports Windows 11/10/8.1/8/7 OS: 1. Connect the TOUCH interface of the LCD to the USB interface of the PC. Wait for a while, the windows will automatically recognize the touch function. 2. Connect the HDMI interface of the LCD to the HDMI port of the PC. About 5s later, you can see the LCD display properly. If you need the audio, you can insert 3.5mm earphones into HP ports. Note: 1) When the computer is connected to several different displays at the same time, only this LCD can be used to control the cursor on the main display, so we recommended setting this LCD as the main display. 2) Some of PC cannot support the HDMI screen Hot Plug. In this case, restarting the PC can solve. 3) Sometimes LCD will flicker because of undersupplying from the USB cable of the PC. You need to connect an external power supply (5V/2A) to the DC port.
Supports Raspberry Pi OS/Ubuntu/Kali/Retropie Systems.
When working with Raspberry Pi, you should set the resolution of the LCD by yourself, otherwise, the LCD screen will not work. For more detailed information, please read the following section.
5. Insert the TF card into the Raspberry Pi, connect the Touch port of the LCD to the USB port of the Raspberry Pi, and connect the HDMI port of the LCD to the HDMI port of the Raspberry Pi. 6. Power on the Raspberry Pi, and it will display normally after a few seconds.
Note:
On December 2, 2021, the Raspberry Pi OS was divided into two branches, the Buster branch and the Bullseye branch. The Buster branch is a continuation of the old system and is more stable. The Bullseye branch added some new features, using open-source libraries and new interfaces. Since the current Bullseye branch has just been released shortly, it is not stable yet. If you are an industrial user, it is strongly recommended to use the Buster branch.
If you use the Buster branch system, you can use it according to the above configuration. But if you are using the Bullseye branch system, you need to modify the default KMS driver to the FKMS driver to display the system desktop normally.
Modification method: Open the config.txt file in the root directory of the TF card, and find the following line:
change into
If you need to use the CSI camera under the Bullseye branch system. Since this branch uses the libcamera camera library by default, the library doesn't support FKMS drivers.
So in addition to the above modification, you also need to install the Raspicam camera library.
The installation method is as follows:
Then execute the following command to shut down the system:
Connect the Raspberry Pi camera to the CSI interface of the Raspberry Pi, power on the Raspberry Pi again, and after the system boots, execute the following command:
Take a picture:
Take a video:
Note: Only the Rev4.1 version supports the USB dimming function.
After running the above commands, enter the corresponding file folder and double-click the icon to run the driver. Note: Only the Rev4.1 version supports the USB dimming function.
To work with Jetson Nano Developer Kit, you don't need to make software configurations.
1) Connect the TOUCH interface of the LCD to the USB interface of Jetson Nano.
2) Connect the HDMI interface of the LCD to the HDMI interface of the Jetson Nano and then power on the Jetson Nano. After about 5 seconds, you can see the LCD display normally. If you need to output sound, you can insert 3.5mm earphones into the HP audio output interface.
Note:
1) If the LCD flickers, it may be due to the insufficient power supply of the Jetson Nano's USB interface. It can be solved normally after connecting to an external 5V/2A power supply through the DC interface of the LCD.
2) When the HP audio interface is in use, it may be necessary to set the sound output settings in the system.
Please download the latest version of the image from the .
1. Download the compressed file to the PC, and extract the img file. 2. Connect the TF card to the PC and use to format the TF card. 3. Open the software, select the system image prepared in step 1, and click write to burn the system image. 4. After the programming is completed, open the config.txt file in the root directory of the TF card, add the following code at the end of config.txt and save it.
