Content last revised on January 26, 2026
AUO B150XG06 V1 15.0-inch XGA Industrial LCD Panel
Introduction & Highlights
A Reliable XGA Display Engine for Industrial Integration
The AUO B150XG06 V1 is a high-performance 15.0-inch industrial display module designed to provide consistent optical quality and mechanical stability for critical human-machine interface (HMI) applications. Utilizing an a-Si TFT-LCD structure, this panel delivers a native 1024x768 resolution, ensuring clarity and precision in legacy and modern control systems alike.
Top Specifications: 1024x768 (XGA) | 350 cd/m² Brightness | 1-ch LVDS Interface.
- Stable Optical Performance: Maintains consistent color reproduction and brightness across extended operating cycles.
- Seamless Legacy Integration: Standard XGA aspect ratio simplifies the replacement process in existing industrial housings.
What is the primary benefit of its LVDS interface? It ensures high-speed data transmission with low electromagnetic interference (EMI), protecting signal integrity in noisy environments. For legacy HMI upgrades requiring a 1024x768 resolution and reliable mechanical compatibility, this AUO panel is the optimal choice.
Application Scenarios & Value
Achieving System-Level Benefits in Factory Automation and Control
In the demanding landscape of factory automation, the B150XG06 V1 addresses the core challenge of long-term visual reliability. Engineers often face the difficulty of sourcing panels that maintain 350 cd/m² luminance while enduring the thermal stresses of enclosed control cabinets. This AUO module solves this by utilizing a robust CCFL backlight system (or LED depending on specific sub-revision data) and a high-transmittance liquid crystal cell that optimizes power efficiency without sacrificing visibility.
The 1024x768 resolution is particularly critical for industrial HMI applications where detailed diagnostic charts and real-time process monitoring are essential. By providing a stable 6-bit color depth (supporting 262K colors), it ensures that safety-critical alerts and status indicators are clearly distinguishable. While this model serves as a standard for XGA requirements, for systems requiring higher brightness or updated backlighting technology, the related G150XTN03.0 or G150XG03 V2 offers alternative performance profiles for different ambient lighting conditions.
Beyond factory floors, this module finds extensive use in medical diagnostics and laboratory equipment, where 15.0-inch diagonal space provides the perfect balance between screen real estate and device portability. For further insights into selecting the right technology for your environment, refer to our guide on industrial LCD applications.
Key Parameter Overview
Decoding the Specs for Enhanced System Reliability
The technical specifications of the B150XG06 V1 reflect its design intent for professional-grade reliability. The following data points are critical for electrical and mechanical design verification.
| Category | Specification | Value |
| Display Characteristics | Screen Size / Type | 15.0-inch / a-Si TFT-LCD |
| Resolution | Pixel Format | 1024(RGB)×768 (XGA) |
| Optical Performance | Luminance (Typ.) | 350 cd/m² |
| Contrast Ratio | Contrast (Typ.) | 400:1 |
| Interface | Signal System | LVDS (1 ch, 6-bit) |
| Mechanical | Active Area | 304.128 × 228.096 mm |
| Backlight | Light Source | CCFL (Single Lamp) |
Download the B150XG06 V1 datasheet for detailed specifications and performance curves.
Technical Deep Dive
Signal Integrity and Thermal Management in Harsh Environments
The B150XG06 V1 employs a 1-ch LVDS interface, which is a decisive factor for system designers working near high-power switchgear or variable frequency drives. The differential signaling of LVDS inherently cancels out common-mode noise, ensuring that the 1024x768 image remains artifact-free even when the display is located several meters from the main controller. This is analogous to a balanced audio cable that prevents hum in professional sound systems; LVDS protects the "visual signal" from the electromagnetic noise typical of industrial environments.
Thermal management is another area where this AUO panel excels. The mechanical frame is designed to facilitate heat dissipation from the backlight assembly, which is crucial for preventing "yellowing" or "dark spots" over thousands of hours of operation. Understanding the energy efficiency of backlights is essential for ensuring that the internal temperature of your HMI enclosure remains within the safe operating area of all components.
FAQ
Engineering Insights for Design and Maintenance
How does the 350 cd/m² brightness of the B150XG06 V1 impact its suitability for outdoor environments?The 350 cd/m² rating is optimized for indoor industrial environments with standard overhead lighting. While it provides excellent clarity in a control room, it is not intended for direct sunlight. For outdoor applications, a high-brightness solution would be required to combat solar washout.
What considerations are necessary for the CCFL inverter integration in this model?Since the B150XG06 V1 utilizes a CCFL backlight, designers must ensure the inverter matches the specific strike voltage and running current requirements of the lamp to prevent premature dimming or lamp failure. Ensuring a stable high-voltage supply is key to long-term backlight reliability.
For procurement professionals and engineers looking to maintain the longevity of their industrial systems, sourcing reliable, fact-verified components is a strategic necessity. By aligning precise optical specifications with robust mechanical design, AUO continues to provide the foundation for dependable industrial visualization. Request a technical consultation to verify compatibility with your existing hardware configurations.
