►Size : 12 inch
►Resolution :1200*1600 dots
►Active Area:180*240mm
►Interface : 40PIN LVDS
►Brightness (cd/m²): 750
Aptus Display's 12 inch 1200x1600 LCD module is engineered for flight simulation systems requiring high brightness, wide viewing angles, and precision visuals. With LVDS interface, 750 cd/m² luminance, and industrial-grade durability, it is ideal for cockpit displays and aviation-grade training environments. Customization services available.
Aptus Display’s 12-inch 1200×1600 40-Pin LVDS LCD Module is designed for flight simulator cockpit displays that require high-resolution visualization, high brightness, a compact form factor, and reliable operation. With a 1200×1600 pixel resolution, 750 cd/m² brightness, 180×240 mm active area, and 40-Pin LVDS interface, this LCD module is well suited for instrument panels, navigation displays, radar interfaces, multifunction displays, and other cockpit simulation systems.
For flight simulator manufacturers, cockpit integrators, and professional training equipment developers, the display is designed to provide a practical balance between visual clarity, mechanical integration, and system-level customization. Aptus Display also provides display customization and integration support for projects requiring specific backlight, touch panel, cable, connector, or mechanical configurations.
Flight simulator displays often have different requirements from conventional consumer monitors. Cockpit instruments need to reproduce compact gauges, numerical data, navigation information, warning indicators, and graphical interfaces within limited installation spaces. A conventional widescreen display may not provide the most efficient use of cockpit panel space.
This 12-inch LCD module uses a tall 1200×1600 resolution format, giving simulator designers greater flexibility when reproducing vertically oriented cockpit instruments and multifunction display layouts. Its 750 cd/m² brightness is also suitable for simulator environments where display visibility needs to remain clear under relatively bright ambient lighting.
The module uses a 40-Pin LVDS interface, making it suitable for integration with compatible display controller or embedded computing platforms. Its 8-bit RGB color depth supports 16.7 million colors for detailed graphical interfaces, while the wide viewing-angle specification helps maintain image visibility from different cockpit viewing positions.
The 1200×1600 resolution provides a high pixel density for a 12-inch display. This is particularly useful for flight simulation interfaces containing small fonts, instrument scales, numerical readouts, aircraft status information, and detailed graphical elements.
For simulator developers, higher resolution can help reproduce cockpit interfaces with greater visual fidelity without requiring a physically larger display.
The module provides a typical brightness of 750 cd/m². This higher-brightness configuration can improve readability in simulator cockpits with strong ambient lighting or illuminated cockpit environments.
Brightness should always be evaluated together with the cockpit's optical design, cover glass, anti-glare treatment, ambient illumination, and viewing distance. Aptus Display can also discuss customized backlight requirements for projects with specific optical targets.
The 40-Pin LVDS interface provides a practical connection option for embedded display systems. For flight simulator manufacturers, interface compatibility is an important consideration because the LCD module needs to work with the selected graphics controller, timing configuration, cable assembly, and system architecture.
Aptus Display can support cable and connector matching for projects where the standard configuration needs to be adapted to a customer's existing electronics.
The 12-inch diagonal size and 180×240 mm active area allow the display to fit into cockpit instrument areas where installation space is limited.
This makes the module suitable for simulator architectures in which several independent displays are arranged across an instrument panel rather than using one large monitor for the entire cockpit.
The LCD module offers a viewing-angle specification of 80°/80°/80°/80° for left/right/up/down viewing directions. This can help maintain consistent visibility when pilots, instructors, or operators view cockpit information from different positions.
| Item | Specification |
|---|---|
| Product Model | DBT120VUN40L075A |
| Display Size | 12 inch |
| Resolution | 1200 × 1600 pixels |
| Active Area | 180 × 240 mm |
| Interface | 40-Pin LVDS |
| Brightness | 750 cd/m² typical |
| Contrast Ratio | 1000:1 |
| Viewing Angle | 80°/80°/80°/80° |
| Color Depth | 16.7M colors / 8-bit RGB |
| Backlight | LED |
| Backlight Lifetime | Up to 50,000 hours |
| Operating Temperature | -20°C to +70°C |
| Storage Temperature | -30°C to +80°C |
| Touch Panel | Optional |
| Touch Options | Capacitive or resistive |
| Mounting | Rear mounting or bezel integration |
| Customization | Available |
The specifications above are based on the product information currently provided by Aptus Display. Mechanical drawings, electrical timing parameters, connector pin definitions, and detailed integration specifications should be confirmed with the Aptus engineering team before final system design.
Flight simulators require displays that can reproduce cockpit information accurately while fitting within the physical constraints of a simulated aircraft cockpit. The 12-inch 1200×1600 LCD module is particularly suitable for applications where a relatively compact display needs to present detailed graphical information.
The display can be integrated into simulated primary or secondary instrument panels to reproduce aircraft gauges, indicators, digital readouts, and other cockpit information.
Its high resolution allows designers to display detailed instrument graphics while maintaining clear numerical information.
Navigation interfaces can contain maps, routes, waypoints, terrain information, aircraft position data, and other graphical elements. The 1200×1600 resolution provides sufficient pixel density for displaying detailed navigation interfaces on a compact panel.
Modern aircraft cockpits frequently use multifunction displays to combine several types of flight information. A simulator can reproduce these interfaces using dedicated LCD modules integrated into the cockpit structure.
The 12-inch form factor is useful when several multifunction displays need to be positioned next to each other.
Flight training and mission simulation equipment may require dedicated displays for radar-like interfaces, target information, flight data, or situational awareness graphics. The combination of high resolution, high brightness, and LVDS connectivity makes this LCD module a practical option for these specialized interfaces.
The module can also be used in professional pilot-training equipment, cockpit mock-ups, engineering simulators, and other aviation simulation platforms where visual fidelity and reliable continuous operation are important design considerations.
Choosing an LCD module is only one part of a flight simulator display system. System integrators should evaluate the complete display architecture before finalizing the design.
The first consideration is interface compatibility. The host computer, graphics board, display controller, LVDS configuration, cable length, and connector must be compatible with the LCD module.
The second consideration is mechanical integration. The active area should be matched with the cockpit bezel opening, while the mounting structure should account for the LCD outline, cable routing, ventilation, and service access.
Optical performance should also be evaluated. Although 750 cd/m² provides a relatively high brightness level, simulator manufacturers should consider ambient lighting and reflections within the cockpit. Anti-glare cover glass, optical bonding, and other optical treatments may be considered depending on project requirements.
Thermal conditions should also be checked during system validation. The specified operating temperature range is -20°C to +70°C, but the actual temperature around the LCD should be evaluated after the display is installed inside the cockpit enclosure.
Aptus Display provides customization support for flight simulator display projects rather than limiting customers to a standard off-the-shelf LCD module.
Potential customization services include:
Custom backlight brightness and optical requirements
Capacitive or resistive touch panel integration
LVDS cable and connector matching
FPC and cable configuration
Mechanical mounting adaptation
Bezel and cover-lens integration
Display size and resolution customization
OEM/ODM display development
Sample development and engineering support
For projects with an existing cockpit enclosure, customers can provide mechanical requirements and system interface information so the engineering team can evaluate the most appropriate display configuration.
Aptus Display is a Shenzhen-based LCD display supplier focused on TFT LCD modules, display customization, touch integration, and application-specific display solutions. The company serves customers in international markets and provides engineering support for specialized applications.
For flight simulator projects, the value of a display supplier is not limited to supplying the LCD panel. Compatibility with the customer's electronics, mechanical structure, cable assembly, brightness requirements, and production plan can all affect the final result.
Aptus Display supports customers with engineering customization, small-batch and volume production requirements, quality control, product traceability, and after-sales technical support.
The company's product portfolio includes TFT LCD modules, flight simulator display solutions, touch panel LCD modules, wide-temperature displays, gaming displays, bar-type LCD displays, LCD accessories, and other application-specific display products.
A typical flight simulator display system can include:
Flight Simulation Computer → Graphics/Display Controller → LVDS Interface → 12-Inch LCD Module → Cockpit Bezel
Depending on the project architecture, a touch panel, cover glass, optical bonding, custom cable, or additional controller board may be integrated into the display assembly.
Aptus Display can evaluate the LCD module together with the customer's electronics and mechanical requirements to help reduce integration issues during prototype development.
Yes. The module is specifically positioned by Aptus Display for flight simulation applications. Its 12-inch size, 1200×1600 resolution, 750 cd/m² brightness, and 40-Pin LVDS interface make it suitable for cockpit instruments, navigation displays, multifunction displays, and other simulator interfaces.
The display uses a 40-Pin LVDS interface. Customers should confirm the required LVDS signal configuration, pin assignment, timing, cable, and host controller compatibility with Aptus Display before integrating the module into a final system.
Yes. Aptus Display provides customization services including backlight design, touch panel integration, cable and connector matching, mechanical integration, and OEM/ODM development.
Yes. Capacitive and resistive touch panel options are available depending on project requirements. Touch integration should be evaluated according to the cockpit interface, operating environment, cover-glass design, and required touch performance.
The standard product specification lists 750 cd/m² typical brightness. For simulator systems with specific ambient-light or optical requirements, customers can discuss customized backlight solutions with Aptus Display.
The listed operating temperature range is -20°C to +70°C, while the storage temperature range is -30°C to +80°C. Actual system-level thermal performance should be verified after the LCD is integrated into the cockpit enclosure.
Customers can contact Aptus Display to discuss sample availability, engineering evaluation, project quantities, and customization requirements before moving to volume production.
This 12-inch 1200×1600 LVDS LCD module is particularly suitable for:
Professional flight simulators
Pilot training simulators
Aircraft cockpit mock-ups
Aviation training equipment
Multifunction flight displays
Navigation simulation systems
Radar simulation interfaces
Cockpit instrument panels
Customized aviation simulation equipment
If you are developing a flight simulator cockpit and need a compact high-resolution LCD module, the 12-inch 1200×1600 40-Pin LVDS LCD Module provides a strong starting point for system integration.
When contacting Aptus Display, it is recommended to provide the intended application, required display quantity, host controller or interface information, installation dimensions, brightness requirements, operating environment, and whether touch functionality is required. This information allows the engineering team to evaluate the display configuration more efficiently.
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