AUO B150XG02 V4 LCD Display

AUO B150XG02 V4 | A Legacy of Reliability for Industrial Display Integration

Product Highlights: Engineered for Endurance and Clarity

The AUO B150XG02 V4 is a 15.0-inch a-Si TFT-LCD panel engineered as a robust and reliable display solution for a wide array of industrial applications. It’s not just a screen; it's a component designed for longevity, seamless integration, and consistent performance where it matters most. For engineers and system designers looking to upgrade or maintain legacy systems, the B150XG02 V4 offers a perfect blend of proven technology and modern enhancements.

• Classic XGA Resolution: The 1024x768 pixel format ensures drop-in compatibility with a vast range of existing industrial software and hardware, minimizing redevelopment costs and integration friction.
• Superior Readability: Featuring an anti-glare surface treatment and a typical brightness of 250 nits, this panel delivers clear, legible content even in challenging indoor lighting conditions common in factory floors and control rooms.
• Efficient and Durable Backlight: Equipped with a WLED backlight system, it provides significant advantages over older CCFL technology, including lower power consumption, longer operational life, and more stable brightness over time.
• Standardized Connectivity: The industry-standard LVDS (Low-Voltage Differential Signaling) interface simplifies system design and ensures reliable data transmission with excellent noise immunity.

Key Technical Specifications at a Glance

This table provides the core electrical and optical characteristics that engineers need for system evaluation and design. For a comprehensive breakdown, you can download the complete B150XG02 V4 datasheet here.

An Engineer's Perspective on Core Features

Beyond the numbers, the true value of the AUO B150XG02 V4 lies in how its features solve real-world engineering challenges. This panel is a prime example of mature TFT-LCD technology perfected for industrial environments.

The choice of an XGA resolution is a strategic one. For new designs targeting high-definition content, other panels may be suitable. However, for the crucial task of servicing, upgrading, or extending the life of existing industrial machinery, HMIs, and test equipment, maintaining the native 4:3 aspect ratio and 1024x768 resolution is paramount. It prevents costly and time-consuming UI scaling issues and software validation cycles. Furthermore, the WLED backlight is a critical upgrade. It not only improves the energy efficiency of its WLED backlight but also eliminates the need for high-voltage CCFL inverters, simplifying power supply design and improving overall system reliability.

Ideal Application Scenarios

The robust construction and balanced performance of the B150XG02 V4 make it a versatile workhorse for numerous applications. Its value is most evident in systems where reliability and long-term availability are non-negotiable.

• Industrial Human-Machine Interfaces (HMIs): The panel's anti-glare screen and standard operating temperature range make it perfect for factory automation controls, providing operators with a clear and dependable interface.
• Medical Diagnostic Equipment: In non-diagnostic imaging applications, such as patient monitors or equipment control panels, the consistent image quality and proven reliability are essential.
• Point-of-Sale (POS) and Kiosk Systems: The 15-inch form factor and durable surface are well-suited for interactive commercial applications that require a long service life.
• Test and Measurement Instruments: For oscilloscopes, spectrum analyzers, and other benchtop equipment, the B150XG02 V4 provides a clear, stable display for visualizing critical data.

Frequently Asked Questions (FAQ)

Is the B150XG02 V4 a suitable replacement for older 15" CCFL panels?
Yes, absolutely. This is one of its primary strengths. The XGA resolution and 15-inch diagonal are standard in many legacy systems. When migrating from a CCFL-backlit panel, engineers will need to account for the change in the backlight power supply (from a high-voltage inverter to a low-voltage LED driver), but this typically results in a more efficient and reliable system. The LVDS interface is also a common standard, often allowing for a direct or near-direct connection.

What are the main benefits of the LVDS interface on this model?
The LVDS interface is a differential signaling standard designed for high-speed data transfer with low power consumption and excellent electromagnetic interference (EMI) immunity. For industrial settings, which are often electrically noisy, this is a critical advantage. It ensures signal integrity over short-to-medium cable lengths between the controller board and the display, resulting in a stable, flicker-free image.

For detailed integration support or to discuss volume pricing for our range of industrial LCD displays, please contact our technical team.