►Size : 7.5 inch
►Resolution :800*800 dots
►Active Area:135.36*135.36mm
►Interface : 40PIN MIPI
►Brightness (cd/m²): 1000
High brightness 7.5-inch 800×800 square LCD module with 1000 nits and 40-pin MIPI interface. Ideal for flight simulators, industrial control panels, and embedded systems requiring reliable, sunlight-readable displays. Contact Aptus Display for datasheets and pricing.
The Aptus Display DBC075BEN40M100A is a 7.5-inch square TFT LCD module featuring an 800×800 pixel resolution, 1000 cd/m² high brightness, and a 40-pin MIPI interface. Its square display format provides a practical alternative to conventional 16:9 LCD panels for equipment that requires a balanced visual area, compact integration, and flexible dashboard layouts.
The combination of a square 800×800 display, high-brightness backlight, and MIPI interface makes this LCD module particularly suitable for flight simulator cockpits, embedded control interfaces, instrumentation panels, industrial equipment, and other specialized display systems where screen geometry is an important part of the product design.
For OEMs and system integrators, the DBC075BEN40M100A provides a display platform that can be evaluated as a standard module or discussed as part of a customized LCD solution. Aptus Display supports display customization, touch panel integration, interconnect solutions, and controller-board development according to project requirements.
The square 7.5-inch format is one of the most important characteristics of this LCD module. Unlike standard widescreen displays, a square panel can make better use of limited dashboard or instrument-panel space.
This geometry is especially useful when the user interface contains circular gauges, symmetrical control layouts, navigation information, instrument readings, or vertically and horizontally balanced graphics.
For flight simulation equipment, for example, a square display can be positioned alongside other cockpit instruments without forcing the system designer to adapt the interface to a conventional widescreen ratio.
The 800×800 resolution provides 640,000 pixels across the display area. For a compact 7.5-inch screen, this resolution offers sufficient image detail for graphical user interfaces, instrument readouts, digital gauges, maps, menus, status information, and other embedded visual content.
The square resolution also allows software developers to design interfaces around the physical geometry of the equipment instead of simply adapting a conventional rectangular UI.
This can be particularly useful for specialized human-machine interfaces where the screen is one component within a larger instrument cluster.
With a specified brightness of 1000 cd/m², the DBC075BEN40M100A is designed for applications where standard indoor brightness may not provide sufficient visibility.
High brightness can improve display readability in environments with strong ambient lighting. It can also provide additional optical headroom for systems installed near cockpit lighting, illuminated control panels, industrial workspaces, or other areas where reflected ambient light can reduce perceived contrast.
The actual readability of a display in sunlight or strong ambient illumination depends on the complete optical system, including cover glass, surface treatment, ambient light, contrast, and installation angle. Therefore, engineers should evaluate the complete display assembly rather than judging outdoor readability from brightness alone.
The module uses a 40-pin MIPI interface, providing a compact display connection for compatible embedded hardware.
MIPI-based display interfaces are commonly used in embedded electronics because they can support high-speed display data transmission while allowing compact interconnect designs.
For product developers, the most important integration step is confirming compatibility between the LCD timing requirements, MIPI lane configuration, FPC pin definition, power requirements, initialization sequence, and the selected processor or display controller.
Aptus Display can work with customers to evaluate interface compatibility and determine whether a standard module or customized interconnect solution is more appropriate for the project.
| Parameter | Specification |
|---|---|
| Product Model | DBC075BEN40M100A |
| Display Size | 7.5 inch |
| Display Type | TFT LCD Module |
| Display Shape | Square |
| Resolution | 800 × 800 pixels |
| Brightness | 1000 cd/m² |
| Interface | 40-pin MIPI |
| Active Area | Please confirm according to the latest production datasheet |
| Touch Panel | Optional customization available |
| Application Focus | Flight simulation, embedded systems, control interfaces and specialized equipment |
The current online product page lists the active-area information inconsistently in two places: the top product summary states 135.36 × 135.36 mm, while the detailed specification section states 127.008 × 127.008 mm. This should be verified against the latest engineering datasheet before publishing the final specification table.
This verification is important for OEM engineers because active area, outline dimensions, FPC position, mounting points, and total module thickness directly affect mechanical integration.
Display selection is not simply a question of choosing the largest or highest-resolution panel available. The physical geometry of the display should correspond to the information that the equipment needs to present.
A square LCD can be advantageous when the interface contains circular indicators, aviation instruments, equipment status diagrams, control buttons, or symmetrical graphical elements.
For example, a flight simulator manufacturer may need to reproduce the appearance of a cockpit instrument rather than display conventional video content. In this situation, a square LCD can provide a more natural canvas for software designers.
The same principle can apply to industrial equipment and specialized embedded systems. When the display is integrated into a compact control panel, the square form factor can help designers distribute multiple displays more efficiently.
Flight simulation is a natural application for this 7.5-inch square LCD module.
Cockpit interfaces often contain multiple instruments with different shapes and information structures. A square display can be used for simulated navigation instruments, engine information, flight parameters, multifunction displays, or custom cockpit interfaces.
The 1000 cd/m² brightness provides additional visibility for simulation environments with strong cockpit lighting, while the 800×800 resolution gives developers sufficient space for detailed instrument graphics.
The display can be integrated into custom simulator panels where the physical appearance and position of each screen are important to the overall cockpit design.
The compact square format can also be considered for embedded control equipment where a conventional widescreen display is not an efficient use of space.
Typical interfaces may include equipment status, system parameters, graphical controls, menus, alarms, and real-time measurements.
The 40-pin MIPI connection can be suitable for embedded platforms designed around MIPI-compatible display interfaces, subject to electrical and timing compatibility.
Specialized industrial equipment may require a display that can fit into an existing instrument enclosure without redesigning the complete mechanical structure.
A square LCD can provide a useful compromise between screen area and installation flexibility.
For new equipment development, engineers can also consider customized touch panels, cover glass, FPC arrangements, and controller solutions depending on the final mechanical and electrical requirements.
Human-machine interfaces do not always follow standard consumer display formats. Control panels for specialized equipment may require unusual aspect ratios, custom mounting structures, high brightness, or specific interface configurations.
The DBC075BEN40M100A can therefore serve as a display platform for specialized HMI projects where an 800×800 square screen is better suited to the product architecture than a conventional 16:9 panel.
Before integrating the LCD module into a finished product, engineers should evaluate several parameters beyond resolution and brightness.
The first consideration is MIPI compatibility. The host processor or display controller must support the required MIPI configuration and timing parameters.
The second consideration is the FPC and connector arrangement. Mechanical clearance should be checked carefully because the position and bending direction of the FPC can affect the internal structure of the final device.
Power requirements should also be verified during the design stage. The LCD panel, backlight, and host system should operate within the specified electrical conditions.
Thermal management is another important consideration for high-brightness LCDs. A 1000 cd/m² backlight can generate more heat than a conventional low-brightness display. The enclosure should therefore provide an appropriate thermal path, particularly when the LCD is installed in a sealed or compact housing.
Optical performance should also be evaluated in the final assembly. If the display is installed behind cover glass or a touch panel, the optical characteristics of the complete stack can differ from those of the bare LCD module.
For projects requiring improved readability, touch functionality, or mechanical protection, Aptus can discuss options such as touch panel integration, cover glass, optical bonding, customized FPC solutions, and display controller development. Aptus's product portfolio specifically supports standard and semi-custom LCD configurations, including connectors, FPC, touch panels, interconnect solutions, and controller boards.
The DBC075BEN40M100A can be evaluated as part of a broader custom display development project.
Depending on project requirements, customization may include:
Capacitive touch panel integration
Cover glass customization
Anti-glare or other surface treatments
Optical bonding
Customized FPC and connector configuration
Display controller or driver-board solutions
Mechanical integration support
Brightness optimization
Customized display assemblies
The exact feasibility of each option depends on project quantity, mechanical requirements, electrical specifications, and the selected panel configuration.
For OEM projects, it is recommended to provide Aptus with the target application, required quantity, host processor, interface requirements, mechanical dimensions, operating environment, and expected display lifetime during the initial technical evaluation.
Aptus Display specializes in LCD displays, touch panels, and integrated display solutions for OEM and international customers. The company states that it has been active in the LCD industry since 2007 and provides R&D, manufacturing, marketing, and customization services. Its stated capabilities include TFT LCD panels, capacitive and resistive touch solutions, LCD controller boards, and customized LCD/LCM development.
This engineering-oriented approach is important for B2B display projects because successful LCD integration involves more than purchasing a panel. Interface compatibility, mechanical dimensions, optical performance, touch integration, thermal conditions, and supply continuity all need to be considered during product development.
Aptus supports standard products as well as semi-custom and customized display projects, allowing customers to start from an existing LCD module and adapt the solution to their system where technically feasible.
The DBC075BEN40M100A has an 800×800 pixel resolution. Its square resolution is suitable for graphical interfaces, digital instruments, cockpit displays, and specialized embedded applications.
Yes. The square form factor, 800×800 resolution, 1000 cd/m² brightness, and MIPI interface make this display suitable for various flight simulator cockpit applications, particularly instrument and multifunction display interfaces.
The display uses a 40-pin MIPI interface. Host hardware should be checked against the module's electrical, timing, initialization, and pin-definition requirements before integration.
Aptus Display supports touch panel and display customization. A capacitive touch panel can be discussed depending on the mechanical structure and requirements of the final application.
Aptus provides standard, semi-custom, and customized LCD solutions. Potential customization areas include touch integration, FPC and connector arrangements, controller boards, cover glass, optical bonding, and other display integration requirements.
The DBC075BEN40M100A combines a 7.5-inch square form factor, 800×800 resolution, 1000 cd/m² brightness, and a 40-pin MIPI interface in a compact LCD module designed for specialized display applications.
For flight simulator manufacturers, embedded system developers, industrial equipment designers, and OEM integrators, the main advantage is the combination of square geometry and high brightness. This allows engineers to design interfaces around the actual requirements of the equipment instead of adapting the product to a conventional widescreen display.
If you are developing a flight simulator cockpit, embedded HMI, instrument panel, or other specialized display system, Aptus Display can evaluate the required interface, mechanical structure, touch functionality, brightness, and customization requirements with your engineering team.
For technical evaluation, please provide the following information when contacting Aptus Display:
Required display size and resolution
Application and operating environment
MIPI host processor or controller information
Required brightness
Touch panel requirements
Mechanical dimensions or enclosure drawings
Estimated sample and production quantities
Target development schedule
Aptus Display can then recommend the appropriate display configuration and discuss sample availability, technical documentation, customization feasibility, and production requirements.
Product Model: DBC075BEN40M100A
Display: 7.5-inch 800×800 Square TFT LCD
Brightness: 1000 cd/m²
Interface: 40-pin MIPI
Primary Application: Flight Simulator and Embedded Display Systems
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