G240HVT01.0 AUO 24.0-inch 1920x1080 Full HD a-Si TFT-LCD Module

Content last revised on November 26, 2025

AUO G240HVT01.0: A 24-inch Full HD Display Engineered for Superior Visual Fidelity

Introduction to a High-Contrast Industrial Display Solution

The AUO G240HVT01.0 is a 24.0-inch a-Si TFT-LCD module designed to deliver exceptional image quality in demanding industrial and medical applications. Featuring key specifications of 1920x1080 Full HD Resolution | 5000:1 Contrast Ratio | LVDS Interface, this display provides engineers with a robust platform for creating high-clarity human-machine interfaces (HMIs). Its primary benefits include superior image depth and ultra-wide, consistent viewing angles. For systems where precise data visualization is non-negotiable, the G240HVT01.0 addresses the critical need for a display that maintains legibility and color accuracy from nearly any perspective. With its AMVA3 technology, this 24.0-inch panel is the optimal choice for high-end diagnostic and industrial control systems where visual precision is paramount.

Application Scenarios & Value

Delivering Critical Visual Data with Uncompromising Clarity

The G240HVT01.0 is engineered for environments where visual information is critical and cannot be misinterpreted. For a high-fidelity engineering scenario, consider its integration into a next-generation medical imaging system or a complex industrial automation control panel. In these settings, operators must discern subtle grayscale variations or color codes instantly and accurately. The module's standout feature, a 5000:1 contrast ratio, is instrumental here. This specification, significantly higher than that of typical IPS panels, provides deeper blacks and more vibrant colors, allowing for the clear visualization of detailed diagnostic images or complex process schematics. What is the benefit of its AMVA3 technology? It enables exceptionally wide 89/89/89/89 viewing angles without color shift, a critical factor for multi-person viewing in medical suites or collaborative industrial control rooms. The standard LVDS (2 ch, 8-bit) interface simplifies integration with established industrial motherboards and controllers, reducing design complexity and accelerating time-to-market. While this 1920x1080 display excels in detailed full-HD applications, for systems requiring different sizes, related models like the G215HAN01.0 and G270HAN01.0 offer alternative form factors for broader system compatibility.

Key Parameter Overview

Technical Specifications Highlighting Core Performance Metrics

The technical specifications of the G240HVT01.0 underscore its suitability for high-performance visual applications. The combination of a large screen, high resolution, and advanced display technology provides a solid foundation for system design.

Download the G240HVT01.0 datasheet for detailed specifications and performance curves.

Frequently Asked Questions

Engineering Insights into the G240HVT01.0's Features

How does the 5000:1 contrast ratio impact the design of a Human-Machine Interface (HMI)?

A high contrast ratio is like having a sharper pencil for drawing your interface. For HMI design, it means text, numerical readouts, and status indicators appear exceptionally crisp against their background. This reduces operator eye strain and minimizes the risk of misreading critical data, especially in environments with variable ambient lighting. It allows for more nuanced use of color and grayscale, enabling designers to create more intuitive and information-dense interfaces for complex machinery or medical diagnostic software.

What are the practical advantages of AMVA3 technology compared to standard IPS for an industrial display?

While both technologies offer wide viewing angles, AMVA3 (Advanced Multi-Domain Vertical Alignment) technology, as used in the G240HVT01.0, typically provides a significantly higher native contrast ratio. This results in deeper black levels and a more dynamic image. In an industrial context, this is crucial for applications like quality control inspection systems or process monitoring where subtle visual details can indicate a problem. Furthermore, AMVA3 often boasts better performance in minimizing off-angle "IPS glow," ensuring a more consistent image from edge to edge.

Is the WLED backlight's 50,000-hour lifespan sufficient for 24/7 industrial operations?

Yes, a 50,000-hour rating is a strong indicator of long-term reliability. This translates to approximately 5.7 years of continuous, 24/7 operation before the backlight reaches half its original brightness. This durability is critical for reducing total cost of ownership in industrial settings by minimizing downtime and maintenance cycles. It ensures that the display can meet the rigorous demands of continuous operation in environments like factory floors or infrastructure control centers.

How does the anti-glare surface treatment benefit usability in a factory or medical environment?

The anti-glare surface is a critical ergonomic feature. It diffuses reflections from overhead lighting, windows, or other light sources that would otherwise create mirror-like glare on the screen. This ensures that the displayed information remains clearly readable regardless of the ambient lighting conditions, which is essential for maintaining operator focus and reducing errors in fast-paced or brightly lit environments like a hospital operating room or an assembly line.

Application Vignette

Enhancing Precision in Medical Diagnostic Displays

A key challenge in designing displays for medical diagnostic equipment, such as ultrasound or endoscopy systems, is the absolute need for image fidelity. Clinicians rely on the screen to reveal subtle tissue variations and anomalies. The AUO G240HVT01.0 directly addresses this challenge. Its AMVA3 panel and exceptional 5000:1 contrast ratio provide the deep black levels necessary to distinguish between minute differences in grayscale, which is fundamental to accurate diagnosis. Unlike standard displays that can wash out details, the G240HVT01.0 renders images with a depth and clarity that can enhance a clinician's diagnostic confidence. The wide, symmetrical viewing angles ensure that multiple medical professionals can view the screen simultaneously during procedures or consultations without color distortion, facilitating better collaboration and decision-making. The integration of this display elevates the performance of the entire medical device, translating a technical specification into a tangible clinical advantage.

From a strategic perspective, integrating a display like the AUO G240HVT01.0 is a decision to prioritize data integrity and user experience. For system architects developing the next generation of industrial or medical devices, this module offers a pathway to creating interfaces that are not only functional but also highly effective, reliable, and capable of conveying complex information with unparalleled clarity.