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The Waveshare 10.4 inch QLED Touch Display is a high-brightness, capacitive touch monitor designed for Raspberry Pi, NVIDIA Jetson Nano, and standard PC use. It uses a QLED Quantum Dot IPS panel at 1600720 resolution, delivering 600 cd/m brightness, a 94% NTSC / 94% sRGB color gamut, and 1000:1 contrast ratio. Quantum Dot backlight technology achieves 58.3% higher chroma purity than conventional LED, resulting in colors that are saturated and accurate rather than washed out.
Touch input is handled by a 10-point capacitive sensor bonded to a 6H toughened glass surface via optical bonding. The display connects via HDMI for video and USB Type-C for touch; both are driver-free on Raspberry Pi OS and Windows. A 3.5mm audio jack and a 4-pin speaker header provide audio output. On-screen brightness can be adjusted via OSD buttons or DDC/CI software control from the host.
| Parameter | Value |
|---|---|
| Display Size | 10.4 inch (diagonal) |
| Resolution | 1600 720 |
| Display Panel | QLED Quantum Dot IPS |
| Display Size (mm) | 237.6 106.92 mm |
| Physical Size (mm) | 260 120 1.45 mm |
| Brightness | 600 cd/m |
| Color Gamut | 94% NTSC / 94% sRGB |
| Contrast Ratio | 1000:1 |
| Viewing Angle | 178 |
| Refresh Rate | 60 Hz |
| Touch Type | 10-point capacitive |
| Touch Interface | USB Type-C |
| Touch Panel | 6H toughened glass, optical bonding |
| Display Interface | HDMI |
| Audio Output | 3.5mm jack + 4-pin speaker header |
| Brightness Control | OSD buttons + DDC/CI |
| Backlight Lifespan | 60,000 hours (rated) |
| Weight | 337 g |
The Waveshare 10.4 inch QLED Touch Display is designed for situations where accurate color, wide viewing angles, and direct touch interaction all matter at the same time.
On a Raspberry Pi, it serves as a high-quality display for media centers, digital photo frames, retro gaming stations, and smart home control panels. The 94% NTSC color gamut makes images and video noticeably more vivid than standard IPS panels a real difference when the Pi is driving a photo slideshow or a video stream.
As a secondary monitor connected to a Windows PC or laptop, it provides touch input for drawing applications, annotation tools, or presentation control. DDC/CI support means brightness can be adjusted programmatically without touching the hardware.
For development and prototyping, the 1600720 ultra-wide aspect ratio and USB-C power make it convenient for single-cable desktop setups one Type-C cable from a laptop handles both power delivery and display signal through the HDMI adapter.
In embedded or kiosk deployments, the capacitive 10-point touch layer and the durable Quantum Dot backlight (rated 60,000 hours) suit long-running interactive terminals, industrial HMI panels, and point-of-information displays where replacement is not practical.
Q: What makes QLED different from a standard IPS display?
A: QLED uses Quantum Dot nano-crystals in the backlight to produce a wider, more accurate color spectrum. The 10.4HP-CAPQLED reaches 94% NTSC, which is noticeably more saturated than typical IPS panels at 7275% NTSC. The Quantum Dot material also has a rated lifespan of 60,000 hours before color degradation.
Q: Does it require a power adapter?
A: Power is supplied via the USB Type-C port at 5V 3A. A 5V 3A Type-C power adapter is available separately but not included in the standard package.
Q: Is touch driver installation needed?
A: No. The touch layer uses USB HID protocol, which is natively supported by Raspberry Pi OS, Ubuntu, Kali, and Windows 10/11 without any extra drivers.
Q: Can I control brightness from software?
A: Yes. The display supports DDC/CI, so brightness can be adjusted programmatically from the host PC or SBC using tools like ddcutil on Linux or the built-in Display Settings on Windows.
Q: Which Raspberry Pi models are compatible?
A: All versions. Pi 4B and 5 connect directly via HDMI. Pi Zero 2W needs a Mini HDMI adapter (not included). Pi 3B/3B+ use the full-size HDMI port with the included cable.
Q: What resolution does the display output at?
A: The native resolution is 1600720. If the source device outputs a different resolution, the display will scale it. For sharpest output, set the source to 1600720 or a close 16:7 aspect ratio.
Q: Where can I find the setup guide and configuration documentation?
A: The official Wiki covers HDMI/USB setup, display configuration for Raspberry Pi and PC, DDC/CI usage, and troubleshooting: 10.4HP-CAPQLED Wiki.
The Waveshare 10.4 inch QLED Touch Display is a high-brightness, capacitive touch monitor designed for Raspberry Pi, NVIDIA Jetson Nano, and standard PC use. It uses a QLED Quantum Dot IPS panel at 1600720 resolution, delivering 600 cd/m brightness, a 94% NTSC / 94% sRGB color gamut, and 1000:1 contrast ratio. Quantum Dot backlight technology achieves 58.3% higher chroma purity than conventional LED, resulting in colors that are saturated and accurate rather than washed out.
Touch input is handled by a 10-point capacitive sensor bonded to a 6H toughened glass surface via optical bonding. The display connects via HDMI for video and USB Type-C for touch; both are driver-free on Raspberry Pi OS and Windows. A 3.5mm audio jack and a 4-pin speaker header provide audio output. On-screen brightness can be adjusted via OSD buttons or DDC/CI software control from the host.
| Parameter | Value |
|---|---|
| Display Size | 10.4 inch (diagonal) |
| Resolution | 1600 720 |
| Display Panel | QLED Quantum Dot IPS |
| Display Size (mm) | 237.6 106.92 mm |
| Physical Size (mm) | 260 120 1.45 mm |
| Brightness | 600 cd/m |
| Color Gamut | 94% NTSC / 94% sRGB |
| Contrast Ratio | 1000:1 |
| Viewing Angle | 178 |
| Refresh Rate | 60 Hz |
| Touch Type | 10-point capacitive |
| Touch Interface | USB Type-C |
| Touch Panel | 6H toughened glass, optical bonding |
| Display Interface | HDMI |
| Audio Output | 3.5mm jack + 4-pin speaker header |
| Brightness Control | OSD buttons + DDC/CI |
| Backlight Lifespan | 60,000 hours (rated) |
| Weight | 337 g |
The Waveshare 10.4 inch QLED Touch Display is designed for situations where accurate color, wide viewing angles, and direct touch interaction all matter at the same time.
On a Raspberry Pi, it serves as a high-quality display for media centers, digital photo frames, retro gaming stations, and smart home control panels. The 94% NTSC color gamut makes images and video noticeably more vivid than standard IPS panels a real difference when the Pi is driving a photo slideshow or a video stream.
As a secondary monitor connected to a Windows PC or laptop, it provides touch input for drawing applications, annotation tools, or presentation control. DDC/CI support means brightness can be adjusted programmatically without touching the hardware.
For development and prototyping, the 1600720 ultra-wide aspect ratio and USB-C power make it convenient for single-cable desktop setups one Type-C cable from a laptop handles both power delivery and display signal through the HDMI adapter.
In embedded or kiosk deployments, the capacitive 10-point touch layer and the durable Quantum Dot backlight (rated 60,000 hours) suit long-running interactive terminals, industrial HMI panels, and point-of-information displays where replacement is not practical.
Raspberry PiRaspberry Pi OS 10-point touch, driver-free
Ubuntu / Kali / Windows 10 IoT single-point touch, driver-free
Retropie driver-free
All versions of Raspberry Pi supportedNVIDIA Jetson NanoUbuntu single-point touch, driver-freePCWindows 11 / 10 / 8.1 / 8 / 7 10-point touch, driver-free
Q: What makes QLED different from a standard IPS display?
A: QLED uses Quantum Dot nano-crystals in the backlight to produce a wider, more accurate color spectrum. The 10.4HP-CAPQLED reaches 94% NTSC, which is noticeably more saturated than typical IPS panels at 7275% NTSC. The Quantum Dot material also has a rated lifespan of 60,000 hours before color degradation.
Q: Does it require a power adapter?
A: Power is supplied via the USB Type-C port at 5V 3A. A 5V 3A Type-C power adapter is available separately but not included in the standard package.
Q: Is touch driver installation needed?
A: No. The touch layer uses USB HID protocol, which is natively supported by Raspberry Pi OS, Ubuntu, Kali, and Windows 10/11 without any extra drivers.
Q: Can I control brightness from software?
A: Yes. The display supports DDC/CI, so brightness can be adjusted programmatically from the host PC or SBC using tools like ddcutil on Linux or the built-in Display Settings on Windows.
Q: Which Raspberry Pi models are compatible?
A: All versions. Pi 4B and 5 connect directly via HDMI. Pi Zero 2W needs a Mini HDMI adapter (not included). Pi 3B/3B+ use the full-size HDMI port with the included cable.
Q: What resolution does the display output at?
A: The native resolution is 1600720. If the source device outputs a different resolution, the display will scale it. For sharpest output, set the source to 1600720 or a close 16:7 aspect ratio.
Q: Where can I find the setup guide and configuration documentation?
A: The official Wiki covers HDMI/USB setup, display configuration for Raspberry Pi and PC, DDC/CI usage, and troubleshooting: 10.4HP-CAPQLED Wiki.
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