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Fujitsu FLC26XGC6R | 10.4″ Reflective XGA Industrial LCD

Introduction and Core Highlights

The Fujitsu FLC26XGC6R is a 10.4-inch reflective a-Si TFT-LCD module engineered for exceptional clarity in high ambient light conditions. Instead of battling sunlight with a power-intensive backlight, its reflective MVA panel technology utilizes ambient light to illuminate the screen, ensuring visibility and reducing overall power consumption. This makes it a strategic component for devices deployed outdoors or in brightly lit industrial settings.

• Core Specifications: 10.4″ | 1024×768 (XGA) | Reflective MVA Technology | LVDS Interface
• Key Advantages: Superior readability in direct sunlight, significant power savings by eliminating the need for a strong backlight.
• Design Application: Addresses the challenge of creating energy-efficient, battery-powered devices that require clear screen performance in variable lighting.

Download a Verified Datasheet (PDF)

Technical Analysis of Reflective MVA Technology

The standout feature of the FLC26XGC6R is its reflective MVA (Multi-domain Vertical Alignment) screen. Think of a standard display as a flashlight trying to outshine the sun—it consumes immense power and often fails. This reflective panel operates more like high-tech paper; the brighter the external light, the more vivid the image becomes. This is quantified by its contrast ratio, specified for both “light on” (18:1) and “light off” (40:1) conditions, a metric unique to reflective displays that describes their performance with and without direct illumination. This approach is fundamental to achieving readability in challenging environments where emissive displays are impractical. For a deeper understanding of display technologies, see our guide on industrial display substrates.

The panel’s MVA technology provides wide viewing angles of 45/45/70/40 degrees (Typ.), ensuring that information remains legible from off-axis positions. This is critical in industrial settings where an operator may not always be directly in front of the screen. Data is transmitted via a standard LVDS (1 channel, 6-bit) interface, which supports 262K colors and is a common, reliable standard in industrial embedded systems. This simplifies integration with a wide array of controllers and single-board computers, reducing development complexity for engineers. Explore related topics like solving EMI issues in industrial displays to ensure robust system design.

Optimized Application Scenarios

The FLC26XGC6R’s specifications make it a strong candidate for specific, demanding applications:

• Outdoor Kiosks and Information Terminals: Its sunlight readability ensures the user interface remains clear and usable without requiring a costly, high-brightness backlight.
• Portable Test and Measurement Equipment: The low power draw from the reflective screen extends battery life, a critical factor for field-use devices.
• Marine Navigation Systems: On a ship’s bridge, where bright sunlight is common, this display provides the necessary clarity for critical navigation data.
• Agricultural Vehicle Displays: Delivers clear visibility for telemetry and control data in open-cab tractors and combines exposed to direct sunlight.

Its reflective technology is the best match for power-constrained industrial devices requiring absolute clarity in high ambient light.

Key Specifications of the FLC26XGC6R

Parameter	Specification
Screen Size	10.4 inches
Resolution	1024(RGB)×768, XGA
Display Technology	a-Si TFT-LCD, MVA, Normally Black, Reflective
Luminance	35 cd/m² (Typ.)
Contrast Ratio	18:1 (Light On) / 40:1 (Light Off) (Typ.)
Viewing Angle	45/45/70/40 (Typ.)(CR≥2) (L/R/U/D)
Response Time	15/10 (Typ.)(Tr/Td) ms
Interface Type	LVDS (1 ch, 6-bit), 14-pin Connector
Power Supply	3.3V (Typ.)
Operating Temperature	0°C to 50°C
Storage Temperature	-20°C to 60°C

Engineer’s FAQ

Is the FLC26XGC6R suitable for outdoor, direct sunlight applications?

Yes. Its primary design feature is its reflective technology. This allows the panel to use bright, direct sunlight to illuminate the screen, making it more readable as ambient light increases, unlike traditional transmissive displays that appear “washed out.”

What are the thermal management considerations for this display?

The specified operating temperature range is 0°C to 50°C. While the absence of a high-power backlight reduces internal heat generation, system designers must ensure the device’s enclosure and ambient environment do not cause the panel to exceed this range to maintain operational stability. For more on this, consider our analysis of thermal management for displays.

What kind of backlight driver is needed for the FLC26XGC6R?

According to specifications, the panel uses a CCFL light source but is supplied without a driver. The system integrator is responsible for sourcing and implementing a compatible CCFL inverter to power the lamp, which provides supplemental light in low-light conditions.

How does a reflective display achieve color?

The FLC26XGC6R uses a 262K color filter array. Ambient light passes through the color filter, reflects off the back layer of the pixel, and passes back through the filter to the viewer’s eye. The liquid crystal for each pixel modulates the amount of reflected light, creating the final image.

System Integration and Design

The FLC26XGC6R provides a clear engineering path for creating Human-Machine Interfaces (HMIs) that function reliably in high-light environments. By leveraging ambient illumination, it solves the dual challenges of screen washout and high power consumption. For engineers developing portable or outdoor systems, this reflective XGA panel offers a practical and efficient display solution, enabling data visibility where it matters most.

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