The 10.3 inch 768×768 square LCD display is designed for flight simulator systems that require an authentic square-format display, high brightness, stable image performance, and straightforward LVDS integration. Model DBC103HXN20L050A features a 768 × 768 resolution, 500 cd/m² luminance, 20-pin LVDS interface, and a compact 204 × 204 × 10.5 mm module size, making it particularly suitable for cockpit instrument panels, multifunction displays, primary flight displays, and other aviation simulation interfaces.
For flight simulator manufacturers, the display format is an important part of cockpit realism. Many aircraft instruments and avionics interfaces use square or near-square display areas rather than conventional 16:9 screens. With its 1:1 aspect ratio and 184.32 × 184.32 mm active area, this LCD module provides a practical solution for reproducing digital flight instruments without excessive unused display space or unnecessary image scaling.
Flight simulators require displays that can reproduce navigation information, flight parameters, engine data, system diagrams, maps, and other cockpit information with an appropriate form factor. A conventional widescreen LCD may not always be suitable for these applications because its rectangular aspect ratio can create unused areas when displaying square-format cockpit interfaces.
This 10.3 inch square LCD display uses a 768 × 768 pixel resolution and a 1:1 aspect ratio, making it well suited to flight simulator cockpit designs where display geometry is important. The square active area can help system designers reproduce MFD, PFD, engine indication, and avionics-style interfaces with a more authentic visual layout.
The 500 cd/m² typical luminance provides a relatively bright image for simulator environments where clear visibility is required. It can be considered for professional training simulators, commercial flight simulation equipment, cockpit mock-ups, aviation education systems, and high-fidelity home or enthusiast simulator projects, depending on the overall system requirements.
The most distinctive feature of this LCD module is its square display format. The 768 × 768 resolution provides equal horizontal and vertical pixel dimensions, while the 184.32 × 184.32 mm active area maintains a true square viewing area.
This makes the module especially useful for applications that need to reproduce cockpit displays, instrument panels, and other interfaces where a conventional widescreen LCD is not an ideal mechanical or visual fit.
The display provides a typical luminance of 500 cd/m², offering a bright image suitable for many indoor and controlled simulator environments. For flight simulator manufacturers, brightness can be an important consideration because the display must remain clearly visible alongside physical cockpit components, instrument lighting, and other illuminated controls.
The actual required brightness should be evaluated according to the simulator enclosure, ambient lighting, optical stack, and viewing distance.
The module uses an LVDS interface with a 20-pin connector, providing a practical interface option for systems designed around LVDS display controllers or compatible driver boards.
For system integrators, interface compatibility should be confirmed before production, including connector definition, signal mapping, timing requirements, power requirements, and driver-board compatibility. APTUS can also support display integration and provide compatible solution components according to project requirements.
The specified operating temperature range is -30°C to 80°C, while the storage temperature range is -30°C to 85°C. This wide temperature specification gives system designers additional flexibility when the display is integrated into simulator equipment that may experience changing environmental conditions during transportation, storage, installation, or operation.
The LCD module specifies a backlight lifetime of 30,000 hours or more. This is useful for simulator systems designed for frequent operation, including training centers, demonstration equipment, commercial simulation facilities, and long-duration testing environments.
Backlight lifetime can vary depending on operating conditions, brightness settings, thermal management, and actual system usage.
| Parameter | Specification |
|---|---|
| Product Model | DBC103HXN20L050A |
| Display Size | 10.3 inch |
| Display Type | Square TFT LCD Module |
| Resolution | 768 × 768 pixels |
| Aspect Ratio | 1:1 |
| Active Area | 184.32 × 184.32 mm |
| Module Size | 204 × 204 × 10.5 mm |
| Interface | LVDS |
| Connector | 20-Pin |
| Luminance | Typ. 500 cd/m² |
| Display Colors | 16.7M |
| Display Mode | Normally Black |
| Viewing Direction | Free |
| Pixel Pitch | 0.240 × 0.240 mm |
| Operating Temperature | -30°C to 80°C |
| Storage Temperature | -30°C to 85°C |
| Backlight Lifetime | ≥30,000 hours |
The specifications above are based on the current product information published by APTUS for model DBC103HXN20L050A.
The display geometry of a flight simulator should match the physical and digital design of the cockpit as closely as practical. A square LCD can provide several advantages when the simulated instrument interface itself is square.
First, the 1:1 aspect ratio makes it easier to design graphical interfaces around equal horizontal and vertical dimensions. This can reduce the need for aggressive image scaling when software is designed around square cockpit instruments.
Second, the compact square module can simplify mechanical integration. With a module size of approximately 204 × 204 mm, the display can be incorporated into custom cockpit panels where installation space is defined by the physical layout of simulated aircraft instruments.
Third, the 10.3 inch format offers a balance between display visibility and cockpit integration. It is large enough to present detailed flight information while remaining compact enough for multi-display cockpit configurations.
This 10.3 inch square LCD display can be integrated into a range of aviation simulation systems.
Modern aircraft often use multifunction displays to present navigation, communication, system, and mission information. The square format of this LCD module can be used to reproduce MFD-style interfaces in flight simulator equipment.
A PFD provides essential flight information such as altitude, airspeed, attitude, heading, and other flight parameters. The 768 × 768 resolution provides a square pixel matrix for displaying customized PFD graphics.
Flight simulators can use dedicated LCD modules to reproduce engine monitoring interfaces. The square display format can be incorporated into custom instrument panels where engine parameters and system status need to be presented in a compact area.
The display can also be considered for navigation interfaces, aircraft system pages, digital maps, and simulated avionics equipment where a square display format is preferred.
Training equipment manufacturers can integrate the module into cockpit mock-ups and simulator systems where repeatable display performance and mechanical consistency are important.
Universities, aviation schools, training organizations, and technology demonstrators can use compact LCD modules to create realistic cockpit interfaces for educational and simulation applications.
Selecting the LCD panel is only one part of developing a simulator display system. Engineers should also evaluate the display controller, graphics source, LVDS signal compatibility, power supply, mechanical mounting, thermal conditions, and software output resolution.
For the DBC103HXN20L050A, the 20-pin LVDS interface should be matched with a compatible controller or driver board. The graphics system should also be configured for the native 768 × 768 resolution to achieve the best image reproduction.
APTUS can provide integration support for projects that require more than the standard LCD module. Depending on project requirements, the solution can include the LCD module, compatible driver board, cables, and other display-related components.
For customized projects, engineers should provide information such as required display size, resolution, interface, brightness, operating temperature, installation dimensions, quantity, and application environment. This allows the display solution to be evaluated before prototype production.
Different flight simulator projects can have very different mechanical and electrical requirements. A standard LCD module may be sufficient for some designs, while other projects may require a customized display assembly.
APTUS provides custom LCD module development and display integration services. Its engineering team can work with customers on display selection, mechanical requirements, interface compatibility, driver-board integration, cables, and other project-specific requirements.
APTUS also maintains a broader display portfolio covering TFT LCD modules, flight simulator displays, wide-temperature LCD displays, bar-type LCDs, touch panel modules, and LCD accessories. This allows customers to evaluate different display technologies according to the requirements of their equipment.
APTUS Technology is an LCD display solution provider with industry experience dating back to 2007. The company focuses on LCD module development, customization, manufacturing, and display integration for professional applications.
Its engineering capabilities cover LCD panels, driver ICs, display interfaces, system integration, and customized display solutions. APTUS serves customers across several demanding application areas, including automotive systems, medical equipment, agricultural equipment, and aircraft simulator systems.
APTUS also has direct agency rights for AUO, supporting its ability to provide customers with established panel resources and display solutions.
Rather than supplying only a standard LCD panel, APTUS works with customers throughout the display development process, from product selection and prototype evaluation to customized integration and production.
Yes. The 10.3 inch 768 × 768 square LCD is specifically positioned by APTUS as a flight simulator display solution. Its 1:1 aspect ratio makes it suitable for simulated MFDs, PFDs, engine displays, and other square-format cockpit interfaces.
The native resolution is 768 × 768 pixels. Because the horizontal and vertical pixel counts are equal, the module provides a true 1:1 display format.
The DBC103HXN20L050A uses an LVDS interface with a 20-pin connection. Engineers should confirm signal mapping and controller compatibility during system integration.
APTUS provides total solution kits and integration support that can include the LCD module, compatible driver board, and required cables, depending on project requirements. Customers should provide their host system and interface requirements for compatibility evaluation.
APTUS provides custom LCD module development and display integration services. Customers can discuss requirements such as display size, resolution, brightness, interface, mechanical dimensions, touch functionality, and other project-specific requirements with the engineering team.
If you are developing a flight simulator cockpit, MFD, PFD, avionics display, aviation training system, or aircraft simulation platform, the DBC103HXN20L050A can provide a compact square LCD solution with 768 × 768 resolution, 500 cd/m² luminance, 20-pin LVDS connectivity, and a wide specified operating temperature range.
For samples, pricing, technical specifications, driver-board compatibility, or customized LCD solutions, contact APTUS Technology with your project requirements.
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