The Aptus Display 8 inch 1024×768 LCD module with 40-pin LVDS interface and 4-wire resistive touch panel (RTP) is designed for equipment that requires a combination of high brightness, reliable touch input, stable signal transmission, and compact mechanical integration. With 1000 nits brightness, XGA 1024×768 resolution, a 4:3 aspect ratio, and a 40-pin LVDS interface, this display module is particularly suitable for industrial control systems, outdoor terminals, HMI equipment, instrumentation, vending machines, and other professional devices where readability and dependable user interaction are important. The model number is DBT080IXR40L100A.
Unlike consumer-oriented displays designed primarily for indoor entertainment, this 8 inch high-brightness LCD module is positioned as an embedded display solution. Its RTP touch panel can be operated with a finger, glove, or stylus, making it practical for environments where users may not be able to interact with a capacitive touch panel using bare fingers. The 1000-nit LED backlight also provides substantially stronger luminance than typical indoor LCD modules, helping system designers improve visual readability in bright indoor or semi-outdoor environments.
The display provides 1000 cd/m² typical brightness, making it a strong candidate for applications exposed to high ambient illumination. Brightness is an important consideration when an embedded display must remain readable near windows, in factory environments, at entrances, or in semi-outdoor equipment.
For outdoor product development, brightness should be evaluated together with optical bonding, anti-glare treatment, cover glass, ambient-light conditions, viewing angle, and enclosure design. A 1000-nit panel provides a strong display foundation, while the complete optical design determines the final sunlight readability of the finished product.
The 1024×768 XGA resolution provides 786,432 pixels in a traditional 4:3 format. This aspect ratio remains useful for industrial equipment, instrumentation, control panels, legacy systems, and applications where the software interface was originally designed around a square-format or 4:3 display.
The 8-inch screen size offers a practical balance between viewing area and equipment footprint. It is large enough for graphical interfaces, status information, menus, charts, and control buttons while remaining compact enough for embedded enclosures.
The integrated 4-wire RTP touch panel is one of the major advantages of this LCD module. Resistive touch technology detects pressure applied to the touch surface, allowing users to interact with the interface using a finger, gloved hand, or stylus.
This characteristic makes RTP particularly useful for industrial environments where operators may wear gloves or where a stylus is preferred for accurate selection. It can also be considered for equipment where reliable physical touch detection is more important than multi-touch gestures.
The module uses a 40-pin LVDS interface, providing a practical interface option for embedded systems using compatible LVDS display controllers or driver boards.
For engineers replacing an existing LCD, interface compatibility should be checked before ordering samples. The LVDS pin assignment, timing parameters, power requirements, connector orientation, cable length, and host controller compatibility should all be verified during integration.
The published specification lists an operating temperature range of -20°C to +70°C and a storage temperature range of -30°C to +80°C. This makes the module suitable for a wider range of working environments than many standard consumer LCD panels.
For applications with severe temperature fluctuations, designers should also evaluate the complete system, including the enclosure, controller board, touch panel, backlight driver, cable, power supply, and thermal management.
| Parameter | Specification |
|---|---|
| Product Model | DBT080IXR40L100A |
| Display Size | 8.0 inch |
| Resolution | 1024 × 768 pixels |
| Resolution Type | XGA |
| Aspect Ratio | 4:3 |
| Touch Technology | 4-Wire Resistive Touch Panel (RTP) |
| Brightness | 1000 cd/m² typical |
| Contrast Ratio | 800:1 |
| Display Mode | Normally White, Transmissive |
| Viewing Angle | 70/70/50/70 (L/R/U/D) |
| Display Interface | 40-Pin LVDS |
| Backlight | LED with Driver |
| Color Depth | 16.7 million colors, 8-bit |
| Active Area | 162.05 × 121.54 mm |
| Outline Dimension | 174.0 × 136.0 × 7.3 mm |
| Logic Voltage | 3.3V |
| Backlight Voltage | 12V |
| Operating Temperature | -20°C to +70°C |
| Storage Temperature | -30°C to +80°C |
The above specifications are based on the product information currently published by Aptus Display. Before mass production, customers should confirm the latest datasheet, mechanical drawing, electrical timing, connector pinout, and sample specifications with the Aptus engineering team.
Choosing an LCD module is not simply a matter of selecting screen size and resolution. Engineers need to consider the complete operating environment, user interaction method, interface compatibility, mechanical constraints, and expected product lifetime.
This 8 inch LCD module is particularly attractive when a project has several of the following requirements:
Compact 8-inch embedded display format
4:3 screen geometry
1024×768 XGA resolution
High 1000-nit brightness
Resistive touch input
Glove or stylus operation
LVDS system architecture
Wider operating temperature requirements
Industrial or semi-outdoor deployment
Existing equipment requiring a compatible embedded display
For example, an industrial HMI manufacturer may need a display that fits an existing control panel opening while maintaining a 4:3 user interface. A 16:9 display may require extensive mechanical and software redesign, while an 8-inch XGA display can preserve the original interface concept.
Industrial human-machine interfaces often need a display that can operate continuously while providing clear information to operators. The 8-inch format provides sufficient space for machine status, process parameters, alarm information, graphical controls, and menu navigation.
The RTP touch panel is also useful in factories where operators may wear protective gloves. A physical-pressure-based touch interface can provide a practical alternative to capacitive touch technology for certain industrial environments.
Automation equipment, production machines, inspection systems, and process-control equipment frequently use embedded LCD modules to display operating parameters and machine status.
The 1024×768 resolution provides enough workspace for graphical interfaces without requiring the higher processing and memory requirements associated with very high-resolution displays.
The 1000-nit brightness makes this module suitable for applications exposed to stronger ambient light, including outdoor or semi-outdoor terminals, kiosks, vending equipment, ticketing machines, and access-control systems.
For direct sunlight applications, system designers should consider additional optical enhancements such as anti-glare surfaces, optical bonding, cover glass selection, and thermal management. Brightness alone does not guarantee complete sunlight readability.
Vending machines and self-service terminals require intuitive user interaction in a relatively compact enclosure. The 8-inch display provides enough area for product selection, instructions, status information, payment prompts, and error messages.
The RTP touch panel can also support stylus or gloved interaction, depending on the specific terminal design.
Test instruments, monitoring equipment, laboratory systems, and professional measurement devices can benefit from an 8-inch 4:3 display because many technical interfaces prioritize information density rather than entertainment-oriented widescreen presentation.
The XGA resolution can accommodate numerical data, graphs, measurement values, configuration menus, and status indicators in a familiar industrial interface format.
The module can also be evaluated for professional equipment that requires high-brightness visual feedback and physical touch input. The RTP technology may be appropriate for applications where operators use gloves or a stylus.
For medical equipment, however, the complete finished system must be evaluated against the applicable regulatory, electrical, cleaning, enclosure, and safety requirements. The LCD module itself should not be interpreted as independently certified for a specific medical application.
The 40-pin LVDS interface provides a common embedded-display connection approach, but engineers should not assume that all 40-pin LVDS displays are electrically interchangeable.
Before integrating this module into an existing product, we recommend confirming:
Connector pinout: Verify the exact assignment of LVDS data pairs, clock, power, ground, and other signals.
LVDS timing: Confirm horizontal and vertical timing parameters with the host controller.
Power requirements: The published specification identifies 3.3V logic and a 12V backlight supply. The system power architecture should be checked against the latest product documentation.
Mechanical dimensions: The published outline dimension is 174.0 × 136.0 × 7.3 mm, while the active area is approximately 162.05 × 121.54 mm. Mechanical drawings should be reviewed before enclosure tooling.
Touch controller: The RTP touch panel and its controller/interface should be evaluated together with the host system to ensure stable touch detection.
Aptus Display is a Shenzhen-based display technology company serving OEMs, system integrators, engineers, and product developers. The company provides TFT LCD modules, touch panel solutions, display interfaces, and customized display integration services.
Aptus Display's product portfolio includes TFT LCD modules, touch panel LCD modules, wide-temperature displays, flight simulator displays, bar-type LCD displays, LCD accessories, and other specialized display solutions. The company's touch-panel product range includes both resistive and capacitive technologies, allowing customers to select an interaction method according to their application requirements.
For customers developing a new product, Aptus can support more than the selection of a standard LCD panel. Customization options can include display size, resolution, interface, brightness, touch technology, cable and FPC configuration, anti-glare treatment, protective glass, and housing integration.
This approach is particularly valuable for B2B projects where the LCD is a critical component of the overall product rather than a standalone consumer display.
If the standard 8-inch 1024×768 RTP LCD module does not exactly match your project, Aptus Display can evaluate semi-custom or customized configurations.
Potential customization requirements may include:
Different LCD size or resolution
Higher or lower brightness
LVDS, MIPI, eDP, or other interface solutions
Resistive or capacitive touch panel
Customized FPC or cable
Connector modification
Anti-glare or anti-reflective treatment
Cover glass integration
Touch panel customization
Customized mechanical structure
Display and driver-board integration
Prototype and sample development
Aptus Display's product portfolio specifically highlights support for customized LCD modules and integration solutions, including connectors, FPCs, touch panels, interconnect solutions, and development control boards.
Yes. The module provides 1000-nit typical brightness and is designed for applications requiring improved visibility under bright ambient conditions. However, for direct outdoor sunlight exposure, the complete product should also consider anti-glare treatment, optical bonding, cover glass, enclosure design, and thermal management.
The module uses a 4-wire resistive touch panel. RTP technology detects pressure and can therefore be operated with a finger, glove, or stylus, depending on the glove material and system configuration.
This model uses a 40-pin LVDS interface. Engineers should verify the exact pinout and timing parameters with Aptus Display before connecting the module to an existing controller.
The published typical brightness is 1000 cd/m² (1000 nits). This high-brightness configuration is intended for equipment requiring stronger luminance than conventional indoor LCD modules.
The published operating temperature range is -20°C to +70°C, while the storage temperature range is -30°C to +80°C. For demanding applications, the complete system's thermal performance should be evaluated.
Yes. Aptus Display provides custom and semi-custom LCD solutions covering display specifications, interfaces, touch panels, cables, FPCs, optical treatments, and other integration requirements. The engineering team can evaluate project-specific requirements based on the target application and volume.
If you are looking for an 8 inch 1024×768 LCD module with 1000-nit brightness, 40-pin LVDS and resistive touch, the DBT080IXR40L100A provides a practical starting point for industrial HMI, instrumentation, vending equipment, kiosks, and other professional embedded-display applications.
For project evaluation, please provide your required display size, resolution, interface, touch technology, brightness, operating temperature, quantity, mechanical constraints, and application environment. Aptus Display can then recommend the most suitable standard or customized LCD solution.
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