|
11.12 inch IPS LCD Module |
Resolution |
380*1920 |
Brightness |
|
Weight |
116.5g |
Size |
293.81(W)*64.54(H)*4.60(T) mm |
Active Area |
58.14(H)*276.48(V) mm |
Interface |
MIPI |
Working temperature |
-20°C~70°C |
Storage Temperature |
-30°C~80°C |
Application |
In-vehicle display |
Advanced Technical Architecture and High-Speed Connectivity
From a hardware engineering standpoint, incorporating a cutting-edge stretched automotive display panel into highly complex vehicle electronic control units (ECUs) requires a communication interface that is both low-latency and highly reliable. This module features an integrated high-speed MIPI (Mobile Industry Processor Interface), which handles high-bandwidth video data with ease while drastically reducing electromagnetic interference (EMI) and power consumption—an essential requirement for modern electric vehicle architectures.
The active matrix thin-film transistor (TFT) design guarantees lightning-fast pixel response times, eliminating any visible ghosting or motion blur during rapid UI animations or real-time camera streaming. With a precise active viewing area of 58.14mm by 276.48mm and an incredibly slim physical profile of just 4.60mm, developers can easily integrate this MIPI interface LCD panel into narrow spaces like steering column pillars, overhead consoles, or center control bars without adding unnecessary bulk to the interior trim.
Engineered to Endure Extreme Vehicular Environmental Stresses
Vehicular components are routinely exposed to some of the most unforgiving physical environments found in any commercial industry, making rigorous validation testing and rugged component selection absolutely non-negotiable. This durable automotive-grade TFT LCD screen is meticulously engineered to maintain flawless operational stability across a broad temperature spectrum from a freezing -20°C up to a scorching 70°C, and it can survive non-operational storage conditions from -30°C to 80°C.
To ensure long-term mechanical and electrical survival against constant road vibrations, heavy thermal shocks, and high-humidity environments, engineering teams subjected early prototypes to exhaustive testing protocols. By tracking development closely through EVT (Engineering Validation Testing), DVT (Design Validation Testing), and PVT (Production Validation Testing), this robust extended-temperature vehicle display ensures complete structural integrity, preventing common field failures like liquid crystal bubbling or backlight degradation.
Versatile In-Cabin Applications and Next-Generation Integration
The ultra-wide aspect ratio of this advanced stretched dashboard screen module opens up a vast world of creative layout possibilities for automotive cabin designers and tier-1 system engineers.
Ideal Cockpit Integration Scenarios:
Co-Driver Entertainment: Works beautifully as a dedicated passenger-side entertainment banner or dynamic HUD extension.
Digital Mirrors: Perfect for a continuous real-time electronic rearview mirror system or side-camera monitors.
Console Control Strips: Functions as an elegant horizontal climate control slider strip located in the lower dashboard console.
Furthermore, in commercial mass transit, logistics fleets, and heavy machinery applications, this panoramic automotive screen functions as an excellent overhead route tracking display or a vital status monitor for complex industrial attachments. Its narrow, elongated design allows it to utilize previously wasted cabin real estate, offering vehicle manufacturers a powerful tool to differentiate their products and deliver an immersive, tech-driven user experience.