►Size : 7.5 inch
►Resolution :800*800 dots
►Active Area : 135.36*135.36mm
►Interface :40PIN MIPI
►Touch Panel : CTP
►Brightness (cd/m²): 850
7.5-inch 800×800 high brightness square LCD module with capacitive touch panel and 40-pin MIPI interface. Ideal for flight simulators, industrial control panels, and embedded devices requiring reliable, sunlight-readable, and responsive touch displays. Contact Aptus Display for datasheets and pricing.
The 7.5-inch 800×800 CTP touch panel square LCD display is a compact high-brightness TFT LCD module designed for flight simulator cockpits, instrument panels, and other embedded aviation simulation systems. Its square 800×800 resolution, capacitive touch panel, 40-pin MIPI interface, and wide operating temperature range make it suitable for cockpit displays where space, readability, touch interaction, and integration flexibility are important.
Unlike conventional 16:9 displays, the square format allows this LCD module to fit naturally into instrument layouts that require round or square cockpit-style gauges, navigation information, engine parameters, system status indicators, and interactive control interfaces. The display is also designed for applications that require stable operation over extended periods.
The 7.5-inch square LCD module provides an 800 × 800 pixel resolution and a symmetrical active display area, making it particularly suitable for flight simulator instrument panels. The capacitive touch panel enables users to interact directly with virtual controls, menus, navigation functions, and system settings without requiring additional physical switches for every interface.
The module uses a 40-pin MIPI interface, providing a practical connection option for embedded computing platforms and customized flight simulator electronics. For system developers, this can simplify the integration of the display into compact cockpit architectures where PCB space and cable routing need to be carefully managed.
The high-brightness configuration is designed to improve visibility in bright environments, while the wide viewing characteristics help maintain consistent image readability when the pilot or operator views the display from different positions.
The square form factor is one of the most important advantages of this LCD module for flight simulation. Many cockpit instruments do not follow a traditional widescreen layout. A square display can be integrated into instrument clusters, multifunction display areas, avionics panels, and customized cockpit dashboards without wasting space.
With 800 × 800 pixels, the display provides a balanced combination of image clarity and embedded-system performance. It can be used to display aircraft instruments, navigation graphics, digital gauges, system parameters, warning information, and interactive graphical interfaces.
The integrated CTP capacitive touch panel provides responsive touch interaction for modern flight simulator interfaces. Instead of relying entirely on physical buttons and rotary controls, simulator manufacturers can use touch-based menus and virtual controls to create a more flexible cockpit interface.
The high-brightness configuration improves readability when the cockpit environment contains strong ambient lighting. This is particularly useful for professional training simulators, commercial simulation systems, and cockpit replicas where display visibility needs to remain consistent under different lighting conditions.
The 40-pin MIPI interface provides a compact display connection for embedded hardware. It can be considered when developing ARM-based or other embedded platforms that support MIPI display output. The interface should be matched with the system controller, pin definition, timing requirements, and electrical specifications during the integration stage.
The module is specified for an operating temperature range of -20°C to +70°C, providing additional flexibility for simulator systems that may operate in different environmental conditions or experience temperature variations during extended use.
The display is specified with a backlight lifetime of 30,000 hours or more, supporting long-duration simulator operation and reducing the need for frequent display replacement.
| Parameter | Specification |
|---|---|
| Product Model | DBC075BEC40M085A |
| Display Size | 7.5 inch |
| Display Type | TFT LCD |
| Display Shape | Square |
| Resolution | 800 × 800 pixels |
| Touch Panel | Capacitive Touch Panel (CTP) |
| Interface | 40-Pin MIPI |
| Brightness | Up to 850 cd/m² |
| Active Area | 135.36*135.36 mm |
| Viewing Angle | Wide Viewing Angle |
| Operating Temperature | -20°C to +70°C |
| Backlight Lifetime | ≥30,000 hours |
| Primary Application | Flight Simulator Display |
Flight simulator manufacturers often need displays that can reproduce the appearance and layout of real cockpit instruments rather than simply installing standard consumer monitors. A square LCD module provides more flexibility when the display must occupy a specific instrument location.
For example, a 7.5-inch square display can be integrated into a multifunction display, engine monitoring interface, navigation instrument, electronic flight instrument, or customized avionics panel. The 800 × 800 resolution provides enough display area for graphical gauges, numerical parameters, maps, icons, and interactive controls while maintaining a compact physical footprint.
The integrated CTP touch panel is another advantage for simulator designers. A single display can combine visual information and user input, helping reduce the number of separate mechanical controls required on the panel. This approach can be particularly useful for training devices where different aircraft configurations or software interfaces need to be supported.
The primary application of this LCD module is flight simulation.
The square LCD can be used as a multifunction display for navigation, aircraft status, communication settings, system configuration, or other cockpit information. Touch interaction allows the software interface to provide different functions on the same physical display.
The 800 × 800 resolution and square format are suitable for displaying digital flight instruments, including attitude-related graphics, airspeed information, altitude data, heading information, and other simulated flight parameters.
Flight simulators can use the display for engine monitoring and aircraft system pages. Multiple parameters can be presented in a compact interface, helping users monitor simulated aircraft conditions without occupying excessive cockpit panel space.
The display can also be integrated into customized navigation or avionics interfaces. Developers can create graphical menus, navigation information, aircraft maps, system pages, and interactive controls according to the simulator software architecture.
For professional training equipment and advanced cockpit replicas, display reliability is an important consideration. The combination of high brightness, wide temperature capability, capacitive touch input, and long backlight lifetime provides a practical foundation for systems that may operate for extended periods.
When integrating this 7.5-inch LCD module into a flight simulator, several factors should be evaluated before finalizing the hardware design.
First, the 40-pin MIPI interface must be matched with the host controller. Engineers should verify MIPI lane configuration, pin assignment, voltage requirements, initialization commands, timing parameters, and software driver compatibility.
Second, the mechanical structure should be designed around the actual LCD dimensions, active area, mounting method, cable routing, and touch panel structure. Because cockpit panels typically have limited installation space, accurate mechanical drawings are important during the design stage.
Third, brightness should be evaluated according to the actual simulator environment. A high-brightness display can improve readability in bright conditions, but the final optical design should also consider glare, reflections, viewing distance, and cockpit lighting.
Finally, the touch interface should be tested together with the simulator software. Touch sensitivity, touch coordinates, interface response, and software calibration should be validated as part of the complete system rather than evaluated only at the LCD module level.
Aptus Display, operated by Shenzhen Aptus Technology Co., Ltd., provides LCD display modules and customized display solutions for OEMs, system integrators, and engineering projects. The company offers products covering TFT LCD modules, flight simulator displays, touch panel LCD modules, wide-temperature displays, and other specialized display solutions.
For flight simulator projects, Aptus Display can support customers from display selection through integration. This is particularly valuable when a project requires a specific size, resolution, interface, touch configuration, brightness level, or mechanical structure.
Aptus Display focuses on:
LCD module selection and technical consultation
Capacitive touch panel integration
MIPI and other display interface solutions
Customized display development
OEM and volume production support
Technical support during product integration
Optical, electrical, and mechanical testing
Stable supply and project-oriented communication
The company states that products undergo testing for optical, electrical, and mechanical stability before shipment, supporting the requirements of OEM and system integration projects.
Yes. The product is specifically listed under Aptus Display's Flight Simulator Solution category. Its square format is particularly suitable for cockpit instrument panels, multifunction displays, avionics interfaces, and other embedded flight simulation applications.
Yes. The module integrates a capacitive touch panel (CTP), allowing users to interact directly with simulator software through touch controls.
The module uses a 40-pin MIPI interface. Engineers should confirm the detailed pin definition and electrical specifications with Aptus Display before designing the host controller or interface board.
The product specification lists an operating temperature range of -20°C to +70°C. This provides flexibility for simulator equipment operating under different ambient temperature conditions.
Yes. Aptus Display provides display customization and technical support for OEM and system integration projects. If a standard 7.5-inch 800×800 module does not fully match your cockpit design, customers can discuss requirements such as display size, resolution, touch panel, brightness, interface, mechanical structure, and other integration requirements with the technical team.
If you are developing a flight simulator cockpit, aviation training device, avionics panel, or customized flight simulation system, the 7.5-inch 800×800 CTP square LCD display provides a compact solution that combines a cockpit-friendly square format, high-brightness TFT LCD technology, capacitive touch interaction, and a 40-pin MIPI interface.
Contact Aptus Display to request the datasheet, mechanical drawing, interface information, sample availability, pricing, and customization options for your project. When contacting the team, provide your target application, required quantity, host processor or display interface, mechanical constraints, and expected operating environment. This information can help the engineering team recommend the most suitable display configuration for your flight simulator project.
Product: 7.5 Inch 800×800 CTP Touch Panel Square LCD Display
Model: DBC075BEC40M085A
Application: Flight Simulator Display
Interface: 40-Pin MIPI
Touch: Capacitive Touch Panel
Resolution: 800 × 800
Primary Application: Flight Simulator and Embedded Display Systems
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