Description
Key Specifications
HTM-H080D16-MIPI-A01C is an 8.0-inch high-resolution TFT LCD display module featuring a 1920 × 1200 WUXGA resolution and MIPI DSI 4-Lane interface. It can be used for industrial HMIs, embedded control terminals, smart instruments, outdoor equipment, and Raspberry Pi Touch Display projects.The module is available in both No Touch and capacitive touch configurations. The CTP version integrates a GT911 touch controller and supports up to 5 touch points. The display uses a Normally Black mode, with a typical contrast ratio of 1200:1 and approximately 75% NTSC color gamut.
With its high resolution, 1500 cd/m² brightness, wide operating temperature range, and MIPI DSI interface, this module can be considered for embedded systems that require a relatively large display area within a compact installation space.
| Parameter | Specification |
|---|---|
| Model | HTM-H080D16-MIPI-A01C |
| Display Size | 8.0 inches |
| Resolution | 1920 × 1200 pixels |
| Display Mode | Normally Black |
| Interface | MIPI DSI 4-Lane |
| Color Gamut | 75% NTSC |
| Contrast Ratio | 1200:1 |
| Viewing Angle | U85 / D85 / R85 / L85 |
| Brightness | 1500 ± 100 cd/m² |
| Operating Temperature | -30°C to +85°C |
| Storage Temperature | -30°C to +85°C |
| Backlight Life | 30,000 hours (typ.) |
| Touch Option | CTP / No Touch |
| Touch Controller | GT911 |
| Touch Points | Up to 5 points |
The combination of an 8.0-inch display size and 1920 × 1200 resolution provides a relatively high information density within a compact installation area. Compared with common 800 × 480 or 1024 × 600 panels, the WUXGA resolution provides more space for graphical interfaces, status information, charts, and control elements.For a Raspberry Pi Touch Display, this resolution can be useful when the application needs to show multiple interface elements on the same screen.
Product Highlights
1920 × 1200 WUXGA Resolution
The 8.0-inch TFT LCD uses a 1920 × 1200 WUXGA resolution, providing a detailed display area for industrial HMIs, embedded Linux equipment, smart instruments, and Raspberry Pi Touch Display applications.The additional pixel area allows a graphical interface to present equipment status, operating parameters, trend curves, charts, and control buttons without requiring the information to be spread across multiple screens.For embedded applications, the higher resolution can also provide more flexibility when designing the user interface and arranging data on the screen.
MIPI DSI 4-Lane Interface
The module uses a MIPI DSI 4-Lane interface for embedded processors and platforms that support MIPI DSI display output.For a Raspberry Pi Touch Display project, MIPI DSI can provide a compact display connection with fewer physical signal lines than a conventional RGB parallel interface.During integration, the host platform should be checked for MIPI lane configuration, display timing, initialization parameters, video mode, and driver compatibility.The software environment also needs to be considered, especially when the display is integrated into a customized Linux system.
1500 cd/m² Brightness
The module provides a brightness of 1500 ± 100 cd/m².This brightness level can be considered for equipment exposed to strong ambient light, including outdoor terminals, EV charging equipment, transportation displays, industrial control equipment, and some Raspberry Pi Touch Display applications installed in relatively bright environments.Actual outdoor readability depends on more than display brightness. Cover glass, surface treatment, ambient light, viewing angle, optical bonding, and the mechanical design of the final product can all affect the perceived display performance.
Capacitive Touch Configuration
The HTM-H080D16-MIPI-A01C is available with CTP or No Touch configurations.The CTP version integrates a GT911 touch controller and supports up to 5 touch points. The touch controller communicates with the host system through I2C.This configuration can be used when a Raspberry Pi Touch Display requires direct interaction with graphical menus, control buttons, data dashboards, or equipment settings.The No Touch version can be selected for applications where interaction is handled through physical buttons, keyboards, external controllers, or other input devices.
Integration and Customization Options
The display module can be evaluated with different options for CTP, FPC, connectors, backlight, cover lens, optical bonding, and mechanical structure.For a customized Raspberry Pi Touch Display, these components can be considered according to the available installation space and the requirements of the final enclosure.Additional options such as Anti-Glare, Anti-Fingerprint, and Optical Bonding may also be evaluated depending on the application.
Pin Description
TFT：
CTP:
Typical Applications
Raspberry Pi Industrial Touch Terminal
The HTM-H080D16-MIPI-A01C can be used as a Raspberry Pi Touch Display for industrial control terminals, data acquisition equipment, edge-computing HMIs, and equipment monitoring systems.The 8.0-inch screen provides enough display area for equipment status, operating parameters, trend curves, alarms, and control menus.With the CTP configuration, users can interact with the interface through multi-touch input. The GT911 touch controller provides up to 5 touch points, making it suitable for interfaces that require more than simple single-point operation.
For integration, the selected Raspberry Pi model and software environment should be checked for MIPI DSI compatibility and touch-driver support.
Outdoor EV Charging Station Display
The module can be considered for EV charging stations where the display needs to present charging status, remaining time, power information, and operating instructions.The 1500 ± 100 cd/m² brightness can help improve readability under strong ambient light. The wide temperature range also provides a basis for use in outdoor equipment exposed to seasonal temperature changes.A Raspberry Pi Touch Display configuration can be used in a charging terminal when a Raspberry Pi-based control system is responsible for the graphical interface and user interaction.The CTP version can support functions such as charging initiation, mode selection, status checking, and on-screen operation.
Construction Machinery Cab Display
The module can be used for operator displays in excavators, loaders, forklifts, agricultural machinery, and other construction or mobile equipment.Typical information includes engine status, hydraulic parameters, operating modes, fault information, fuel or energy data, and machine operating conditions.The 8.0-inch format provides a practical display area for a cab-mounted terminal without requiring a large panel.For a Raspberry Pi Touch Display used in machinery monitoring or control, the wide temperature range should be evaluated together with the mechanical vibration, power supply, enclosure, and overall environmental conditions of the equipment.
Industrial Automation HMI
The module can serve as an HMI for PLC control cabinets, automated machinery, production-line equipment, and industrial monitoring terminals.The 1920 × 1200 resolution provides space for multi-parameter dashboards, equipment diagrams, alarm information, trend curves, and control elements.For a Raspberry Pi Touch Display used as an industrial HMI, the CTP version can provide direct touch operation while the high-resolution panel allows more information to be presented within a single interface.
Medical Instrument Control Interface
The 8.0-inch high-resolution display can be evaluated for portable testing equipment, laboratory instruments, and selected medical control terminals.Typical information may include test results, parameter curves, equipment status, operating menus, and measurement data.A Raspberry Pi Touch Display configuration can be considered for medical or laboratory equipment based on an embedded Linux platform, provided that the complete system meets the applicable technical and regulatory requirements.Medical applications may require additional evaluation of EMC performance, cleaning and disinfection, touch materials, reliability, and system-level certifications.
IoT and Embedded Linux Devices
The module can also be integrated into industrial gateways, edge-computing terminals, smart controllers, monitoring equipment, and other embedded Linux systems.For a Raspberry Pi Touch Display application, the 8.0-inch 1920 × 1200 panel provides enough space for dashboards, device parameters, monitoring data, graphical controls, and system menus.The MIPI DSI 4-Lane interface can be used with a compatible host platform that provides the required display output. Software and hardware integration should be evaluated according to the selected processor or development board.
FAQ
Q1. Is HTM-H080D16-MIPI-A01C suitable for a Raspberry Pi Touch Display project?
A：Yes. The HTM-H080D16-MIPI-A01C uses a MIPI DSI 4-Lane interface, while the CTP version integrates a GT911 touch controller with support for up to 5 touch points.It can be evaluated as a Raspberry Pi Touch Display for projects that use a compatible Raspberry Pi platform.However, it should not be considered a universal plug-and-play Raspberry Pi screen. The specific Raspberry Pi model, operating system, MIPI DSI configuration, display driver, device tree, and GT911 touch driver need to be checked during development.
Q2. How is the LED backlight powered?
A：The module uses an LED backlight that requires constant-current driving.The typical backlight voltage is approximately 18 V, with a typical current of approximately 360 mA.When developing a Raspberry Pi Touch Display system, the host board should use an appropriate LED constant-current driver based on the actual module specifications.A conventional constant-voltage power supply should not be used as a direct substitute for the required LED backlight driving method.
Q3. Can HOTHMI customize this 8.0-inch display module?
A：Yes. HOTHMI can evaluate customization requirements involving display brightness, touch panel, FPC, connector, backlight, cover lens, optical bonding, and mechanical structure.For a customized Raspberry Pi Touch Display, the final configuration can be evaluated according to the project requirements, installation space, interface, touch requirements, environmental conditions, and expected quantity.The exact customization scope depends on the technical specifications and project conditions.
HOTHMI Display Solution Support
HOTHMI can provide display solutions covering TFT LCD, touch panels, FPC, connectors, backlight, cover lens, optical bonding, and mechanical integration.If you are developing a new Raspberry Pi Touch Display, industrial HMI, outdoor terminal, or embedded control device, please contact HOTHMI to discuss your required display size, resolution, interface, brightness, touch configuration, operating temperature, and other project specifications.
