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5.5 Inch 720*1440 Transflective Sunlight Readable and Super Low Power TFT LCD Module with MIPI Interface

Original price was: $35.99.Current price is: $34.99.

Model:UEED055HD-RB40-L004
1) Size: 5.5 Inch
2) Resolution: 720×1440
3) Display Mode: Transflective TFT, Normally Black
4) Interface Mode: MIPI 4 Lanes
5) Driver IC:ST7703
6) Brightness @ Backlight off:  8.5%*Surrounding illumination cd/m²
Brightness @ Backlight on: 100+8.5%*Surrounding illumination cd/m²
7) Operation Temperature: -30~80℃
8) Storage Temperature: -30~85℃
A) Key Feature:Sun Read and Low Power

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5.5 Inch 720×1440 Transflective TFT Display

SunRead   LowPower

5.5 720x1440 Transflective TFT

5.5 720x1440 Transflective TFT Feature


5.5 Inch Transflective Display
combines a stunning 720×1440 HD+ resolution with advanced transflective technology. Designed for outdoor sunlight applications, it delivers razor-sharp images in direct sunlight while maintaining exceptional power efficiency.

  • ☀️ Born for the Sun (Sunlight Readable): The brighter the sun, the better it performs. By reflecting ambient light, the screen achieves superior contrast outdoors without fighting the sun. Say goodbye to washout and glare.

  • 🔋 Maximum Battery Life (Power Saving): Big screens usually mean big batteries. Not this one. In bright outdoor conditions, the backlight can be dimmed or turned off, relying on reflection mode. This significantly reduces power consumption, extending your device’s runtime in the field.

  • 💎 Retina-Level Clarity (720×1440 HD+): Unlike standard industrial screens, this display offers HD+ resolution. Text is crisp, curves are smooth, and complex maps or video feeds are rendered with breathtaking detail. Perfect for viewing high-density data in the field.

  • 🌡️ Industrial Grade Quality: Engineered for harsh environments, this display features a wide operating temperature range (-20°C to +70°C) and has passed a rigorous 240 hours reliability test to ensure rock-solid stability. The multi-point projected capacitive (PCAP) touch screen supports both glove and wet touch, delivering a silky-smooth user experience across all application scenarios.

 

Transflective TFT Work Principle

tranflective tft work Principle

  • Core Structure: Half Window, Half Mirror

    In Transflective Display, the microscopic structure of each individual pixel is physically divided into two distinct zones: Transmissive Area (This part is transparent, allowing the backlight to pass through like a window) and Reflective Area:(The bottom of this section is coated with a high-reflectivity metal film, acting like a tiny mirror).This unique “Half Window, Half Mirror” structure is the physical foundation that allows the display to adapt perfectly to all lighting environments.

  • Working Modes: Adapting to Ambient Light

    • Outdoor Bright Light: Reflective Mode on; Utilizes sunlight or strong ambient light and the backlight can be turned off completely to achieve low power consumption.
    •  Indoor/Dark Environment: Transmissive Mode on, Utilizes the screen’s built-in LED backlight.
    • Semi-Bright Environment: In conditions such as cloudy days or indoor offices, both the Transmissive and Reflective areas work simultaneously. The backlight and ambient light combine to ensure optimal screen visibility and contrast.

Explore Application Scenarios

8 Inch Transflective Display Application

Crystal Clear Visibility Under Direct Sun

  • UAV Ground Station: Delivers razor-sharp 1080P video feeds even in harsh daylight without sunshades. The reflective mode saves critical battery power, extending operation time for long-range missions.
  • Rugged GIS Tablet or PDA: Offers a paper-like reading experience for complex contour maps and CAD data in bright outdoors. Ultra-low power consumption ensures the device survives marathon shifts in the field.
  • Smart Dashboard: Seamlessly adapts between dark tunnels (Backlight ON) and blazing sunlight (Reflective Mode). The HD resolution ensures vital data is sharp and glanceable at high speeds.

Power Saving, Do More

  • Compared to standard High Brightness TFTs, how much battery power can this display actually save?
    A: The energy savings are substantial. To fight against sunlight, standard High Brightness TFTs must ramp up their backlight to over 1000 nits, which is the biggest power drain and heat source in a device. With this Transflective display, the brighter the sun, the more you can dim or completely turn off the backlight. In typical daytime outdoor scenarios, power consumption can be reduced by  80% compared to a full-brightness IPS screen. For battery-powered handheld surveying tools or drone controllers, this can mean doubling your operational runtime

 

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