We are excited to introduce our 8.82 inch square LCD module (Model DBC088HXN60L050A) — a premium flight simulator LCD solution designed for high-performance cockpit display applications. Featuring a square form factor, high pixel density, wide viewing angles, and robust environmental tolerance, this display is an outstanding choice for flight simulator cockpit builders, especially for 737 and A320 style prototypes.
This article outlines the product’s technical specifications, key advantages, integration scenarios, and its suitability for flight simulators. Whether you are designing a professional training simulator or an advanced enthusiast cockpit, this module is engineered to deliver clarity, realism, and reliability.
| Parameter | Specification |
|---|---|
| Model Number | DBC088HXN60L050A |
| Display Size | 8.82 inch (square) |
| Resolution | 768 × 768 pixels |
| Active Area | 158.4 mm × 158.4 mm |
| Outline Dimensions | 184.8 mm × 179.75 mm × 7.7 mm |
| Pixel Pitch | 0.20625 mm |
| Pixel Arrangement | RGB vertical stripe |
| Display Mode | IPS / wide viewing angle |
| Interface | LVDS |
| Brightness | 500 cd/m² (typical) |
| Contrast Ratio | 600:1 – 900:1 |
| Response Time | 30–40 ms |
| Viewing Angle | ~80°–85° |
| Power Consumption | ~2.0 W |
| Operating Temperature | –20 °C to +70 °C |
| Storage Temperature | –30 °C to +80 °C |
| Surface | Anti-glare, hard coating (3H) |
| Compliance | RoHS, halogen-free |
| Customization | Brightness, pinout, cover glass, touch panel, driver board, etc. |
This specification set balances optical performance, durability, and integration flexibility, making it a versatile choice for cockpit builders worldwide.
Traditional rectangular displays often waste space when showing circular or clustered instruments. A square LCD module is ideal for standby instruments, system pages, or auxiliary displays found in 737 and A320 cockpits. Its shape naturally fits into instrument panel cutouts without unused bezels or awkward borders.
With 768 × 768 resolution and a fine pixel pitch, this 8.82 inch square LCD module ensures precise rendering of text, needles, scales, and dynamic symbology. This sharpness directly enhances readability and immersion — critical for realistic training environments.
Cockpit simulators often involve multiple viewing positions (pilot, co-pilot, instructor). IPS technology maintains color fidelity and contrast across wide angles, ensuring both seats can clearly view instruments.
At 500 cd/m² with up to 900:1 contrast, this module produces bright, vivid images even under ambient lighting. The anti-glare coating minimizes reflections from cockpit lighting, improving usability during extended sessions.
With low power consumption and a wide operating temperature range, this square LCD module can withstand long operating hours and variable environmental conditions typical of simulator setups.
We offer customization services for brightness, signal interfaces, cover glass, touch panel integration, and driver board support—helping you build a truly tailored flight simulator LCD solution.
The 8.82 inch square LCD module fits perfectly as:
A backup attitude indicator display behind a round bezel
System monitoring or EICAS insert screens in the central panel
Subsystem or redundant display units at the instructor station
Its square shape makes it easy to mimic original Boeing panel layouts, preserving the authentic cockpit look and feel.
In an Airbus A320 replica, this module can be used for:
ECAM secondary system pages
Backup instrumentation
Environmental or electrical system status panels
Instructor displays integrated into the overhead or pedestal
The square active area allows instrument graphics to be rendered natively, without stretching or letterboxing.
Multiple modules can be tiled in 2×2 or custom arrays to create larger system displays or flexible panels. Thanks to the thin 7.7 mm design, flush mounting is straightforward, even in tight cockpit spaces.
Panel Design – Match the cutout to the active area (158.4 mm) with protective cover glass for durability.
Signal Interface – Use the LVDS interface and ensure your graphics system supports square resolutions.
Thermal Management – Provide airflow or heat sinks for continuous operation in enclosed panels.
Calibration – Adjust gamma curves and brightness levels for optimal viewing under various lighting conditions.
Standardization – Use multiple identical modules to simplify wiring, spares, and maintenance.
By following these guidelines, you can build a cockpit display system that closely mirrors the real aircraft experience.
| Feature | Square LCD Module | Conventional Rectangular Display |
|---|---|---|
| Shape | Ideal for square instruments | Requires masking or bezel adaptation |
| Resolution | Native square pixel layout | May require cropping or scaling |
| Panel Integration | Clean fit in instrument panels | Wasted border areas |
| Immersion | Matches cockpit aesthetics | Less authentic visual layout |
| Maintenance | Standardized module size | Different sizes per position |
This makes the 8.82 inch square LCD module a strategic choice for flight simulator LCD solutions, especially for builders focused on realism and operational efficiency.
Whether you are designing a 737 flight simulator or building an A320 cockpit replica, using the right display technology is key to achieving authentic visual fidelity. This square LCD module provides the size, resolution, and durability required for both training-grade and enthusiast-level simulators.
From backup instruments to system status panels, this module delivers consistent performance and ease of integration across multiple positions in the cockpit.
The 8.82 inch square LCD module is now available for integration into simulator projects. We offer full datasheets, engineering support, customization options, and competitive pricing for global customers.
📩 Contact us today to discuss your 737 or A320 simulator project.
🔗 Visit the product list for detailed specifications and to request a quote.
Let’s bring your flight simulator LCD solution to life with high-quality, reliable, and customizable display technology.
