The DBC115IEN30L080A-01 is an 11.5-inch square TFT-LCD module designed for applications that require a compact 1:1 display format, LVDS connectivity, high luminance, and wide operating temperature capability. With an 800×800 pixel resolution and an active area of 207.0 × 207.0 mm, this LCD module provides a true square display area for equipment where conventional widescreen LCD formats are not suitable.
The module uses an a-Si TFT active matrix structure and supports 262K/16.2M colors. It features a normally white display mode, RGB vertical stripe pixel arrangement, AG 3H surface treatment, and an 800 cd/m² white luminance specification. The integrated backlight converter simplifies the display module configuration for OEM system integration.
The DBC115IEN30L080A-01 uses a 1-channel LVDS interface and supports 6-bit and 8-bit LVDS input modes. It also provides DE mode, reverse scan, and a replaceable LED light bar. These features provide display engineers with flexibility when integrating the LCD module into customized equipment and embedded display systems.
The module is specified for TFT LCD monitors, industrial applications, and amusement equipment. Its wide operating temperature range of -30°C to +80°C makes it suitable for equipment that may experience significant temperature variation during operation.
| Parameter | Specification |
|---|---|
| Model | DBC115IEN30L080A-01 |
| Display Type | Color TFT-LCD Module |
| Display Size | 11.5 inches |
| Display Shape | Square |
| Resolution | 800 × 800 pixels |
| Aspect Ratio | 1:1 |
| Driver Element | a-Si TFT Active Matrix |
| Active Area | 207.0 × 207.0 mm |
| Bezel Opening Area | 210 × 210 mm |
| Pixel Pitch | 0.259 × 0.259 mm |
| Pixel Arrangement | RGB Vertical Stripe |
| Display Colors | 262K / 16.2M |
| Display Mode | Normally White |
| Surface Treatment | AG, 3H |
| Luminance | 800 cd/m² |
| Contrast Ratio | 500:1 minimum |
| Response Time | 16 ms maximum |
| Interface | 1-Channel LVDS |
| Connector | 30 Pin |
| LVDS Input | 6-bit / 8-bit |
| Operating Mode | DE Mode |
| Scanning | Normal / Reverse |
| Backlight | LED |
| LED Light Bar | Replaceable |
| Total Power Consumption | 9.2 W max. |
| Cell Power Consumption | 2.7 W max. |
| Backlight Power Consumption | 6.5 W max. |
| Operating Temperature | -30°C to +80°C |
| Storage Temperature | -30°C to +80°C |
| Compliance | RoHS |
| Applications | TFT LCD Monitor, Industrial Application, Amusement |
The product specification identifies the 11.5-inch diagonal size, 207 × 207 mm active area, 800×800 resolution, 800 cd/m² luminance, 9.2 W maximum total power consumption, and -30°C to +80°C operating and storage temperature range.
One of the main characteristics of the DBC115IEN30L080A-01 is its square 800×800 display format.
Unlike conventional 16:9 or 16:10 LCD modules, this display provides a 1:1 visual area. This can be useful when the mechanical structure of the host equipment is square or when the user interface is designed around a centered graphical layout.
The 207.0 × 207.0 mm active area provides a balanced display surface for graphical interfaces, equipment status information, menus, monitoring data, controls, and other visual content.
For equipment manufacturers, a square LCD module can also reduce unused space when a conventional rectangular display would leave significant areas outside the active display region.
The 800×800 resolution provides a practical balance between display detail and system requirements. It can support graphical interfaces while remaining suitable for embedded systems where processing resources and display bandwidth need to be considered.
The DBC115IEN30L080A-01 provides an 800 cd/m² white luminance specification.
Brightness is an important consideration when a display is installed in environments where ambient lighting can affect perceived image quality. Indoor lighting, reflections, windows, and other sources of ambient light can influence display visibility.
An 800 cd/m² LCD module provides a higher luminance level than many standard low-brightness LCD modules and can be considered for professional equipment requiring stronger image output.
However, brightness should not be evaluated independently. Final display readability also depends on installation angle, ambient illumination, cover materials, surface reflection, enclosure construction, and the complete optical design.
For projects requiring additional optical customization, Aptus Display can discuss touch panels, protective cover glass, optical bonding and other display integration requirements.
The DBC115IEN30L080A-01 uses a 1-channel LVDS interface with a 30-pin connector configuration.
The LVDS interface provides differential data and clock connections together with power, backlight control and display-control functions. The module supports both 6-bit and 8-bit LVDS input modes. The SEL6/8 signal can be used to select the required color input configuration.
This interface configuration makes the module suitable for integration with embedded controller boards, industrial computing systems, display controller boards, and customized equipment.
The module also supports DE mode and reverse scanning. Reverse scanning allows the display orientation to be changed by the control signal, providing additional flexibility for different installation orientations.
When designing a controller board for the LCD, engineers should verify LVDS timing, power requirements, connector pin assignment, backlight control and power-on/off sequence against the complete product specification.
The DBC115IEN30L080A-01 is specified for an operating ambient temperature range of -30°C to +80°C and a storage temperature range of -30°C to +80°C.
Wide temperature capability can be important for equipment installed in environments where temperatures vary significantly during operation or storage.
The reliability test criteria in the product specification include high-temperature storage at 80°C for 240 hours, low-temperature storage at -30°C for 240 hours, thermal shock between -30°C and +80°C, high-temperature operation at 80°C for 240 hours, low-temperature operation at -30°C for 240 hours, and high-temperature/high-humidity operation at 60°C and 90% RH for 240 hours.
These are component-level reliability test conditions. The final equipment should still be evaluated under its actual operating environment, including enclosure design, thermal management, installation method and environmental exposure.
The DBC115IEN30L080A-01 uses an LED backlight system and features a replaceable LED light bar. The backlight converter is built into the module.
A replaceable light-bar design can be useful for equipment manufacturers considering maintenance and service requirements during the product development stage.
The specified maximum backlight power consumption is 6.5 W, while total module power consumption is specified at 9.2 W maximum.
The LCD module should be operated according to the specified electrical conditions and power sequence. Correct power management is particularly important when integrating the module with a customized controller board.
The DBC115IEN30L080A-01 has a specified minimum contrast ratio of 500:1 and a maximum response time of 16 ms according to the optical characteristics section.
The viewing-angle specification is measured under a contrast-ratio condition of CR≥10. The optical characteristics are measured under controlled conditions, including an ambient temperature of 25±2°C and ambient humidity of 50±10% RH.
For engineers evaluating the display for a finished product, the final optical performance should be assessed together with the cover material, touch sensor, optical bonding, installation angle, ambient lighting and enclosure.
The 11.5-inch DBC115IEN30L080A-01 square TFT LCD module is designed for flight simulator display applications that require an 800×800 resolution, 800 cd/m² brightness, and 30-pin LVDS interface. Its 1:1 square format is well suited to cockpit instrument panels, digital gauges, navigation displays, and multifunction flight simulator interfaces.
The square 11.5-inch format allows this LCD to fit naturally into custom cockpit instrument panels. It can be used to display simulated flight information such as altitude, airspeed, heading, vertical speed, engine parameters, aircraft status, and system information.
Compared with conventional 16:9 displays, the square format provides a more suitable display area for cockpit instruments and interfaces that are designed around compact or symmetrical layouts.
The 800×800 resolution provides sufficient space for graphical flight instruments, digital gauges, menus, indicators, and real-time simulation data. Simulator manufacturers can develop customized interfaces based on the aircraft model and cockpit configuration.
The display can be integrated as an individual instrument screen or combined with multiple LCD modules to reproduce a complete digital cockpit.
The LCD can also be used for navigation and multifunction display applications in flight simulators. It can present simulated navigation maps, flight routes, waypoint information, aircraft system data, communication information, and other cockpit functions.
The square display area gives UI designers flexibility to organize graphical and numerical information without adapting the interface to a widescreen format.
Flight simulator systems often require dedicated screens for engine monitoring and aircraft system information. This LCD can be used to display simulated engine parameters, fuel information, temperature, electrical systems, warnings, and other aircraft data.
Using multiple dedicated LCD modules allows simulator manufacturers to distribute different information across the cockpit and create a more realistic instrument layout.
The 800 cd/m² brightness makes this LCD suitable for simulator environments where cockpit lighting may affect display visibility. It can be considered for desktop flight simulators, full-cockpit systems, professional flight training equipment, and custom aircraft instrument panels.
For OEM projects, Aptus Display can also discuss display integration options such as LVDS cables, controller boards, protective glass, touch panels, optical bonding, and customized mechanical structures.
A standard LCD module may not meet every OEM project's complete requirements. Aptus Display can discuss additional display components and customization options according to the customer's equipment design.
For the DBC115IEN30L080A-01, possible integration solutions may include:
The final configuration should be confirmed according to the specific application and technical requirements.
For applications that require touch functionality, the LCD and touch panel should be evaluated as a complete optical stack. Cover glass, touch sensors and bonding materials can affect reflection, transmission and the final display appearance.
Aptus Display focuses on LCD display solutions and supports customers with display module selection, customization, integration and related display components.
For B2B display projects, selecting an LCD module involves more than comparing screen size and resolution. Engineering teams may also need to evaluate interface compatibility, mechanical dimensions, brightness, operating temperature, backlight requirements, touch integration, cables, controller boards and long-term supply requirements.
Aptus Display can support customers in evaluating these requirements and developing a display configuration suitable for the intended application.
Our display solution services may include:
Aptus's product portfolio includes TFT LCD modules, flight simulator displays, wide-temperature LCD displays, touch-panel LCD modules, bar-type LCD displays and LCD accessories.
Our goal is to help customers move from individual LCD component selection toward a more complete display solution.
The DBC115IEN30L080A-01 is an 11.5-inch square TFT-LCD module with 800×800 resolution, 1-channel LVDS interface and 800 cd/m² luminance. It is specified for TFT LCD monitors, industrial applications and amusement equipment.
The resolution is 800×800 pixels and the active area is approximately 207.0 × 207.0 mm.
The specified white luminance is 800 cd/m².
The module uses a 1-channel LVDS interface with a 30-pin connector configuration. It supports 6-bit and 8-bit LVDS input.
The specified operating temperature range is -30°C to +80°C, while the storage temperature range is also -30°C to +80°C.
Yes. Reverse scanning is one of the listed features. The reverse control can switch the display to a 180-degree rotated orientation.
Yes. The datasheet specifically lists LED Light Bar Replaceable as a product feature.
The specified minimum contrast ratio is 500:1.
Aptus Display can evaluate capacitive or resistive touch-panel integration according to the requirements of the customer's equipment and project.
Yes. Depending on the project, Aptus can discuss LCD selection, touch panels, cover glass, optical bonding, driver boards, cables, connectors, mechanical integration and other display-related requirements.
If you are developing an 11.5-inch square display, industrial monitor, embedded control system, amusement equipment or customized OEM display, Aptus Display can help evaluate whether the DBC115IEN30L080A-01 is suitable for your project.
Please provide your project requirements, including:
Our technical and sales team can discuss an appropriate LCD display or customized display solution based on your project requirements.
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