5.0-inch Ultra-high Brightness Display – 800x480 TFT LCD for Outdoor Instruments
This 5.0-inch Ultra-high brightness Display is a high-performance TFT LCD module engineered for outdoor instruments and industrial control applications where standard displays simply fail. With an extraordinary brightness of 3000cd/m², this 5.0-inch Ultra-high brightness Display delivers crisp, vivid images even under direct sunlight, making it the ideal choice for outdoor measuring instruments, field equipment, and industrial control panels. Featuring an 800x480 WVGA resolution on a 5.0-inch screen, this 5.0-inch Ultra-high brightness Display produces sharp text, clear graphics, and detailed images that are widely supported and ideal for instrument interfaces, data monitoring, and control applications. With a full viewing angle of U85/D85/R85/L85, this 5.0-inch Ultra-high brightness Display offers consistent color and contrast from virtually any direction, allowing operators to read the screen clearly whether viewing from above, below, left, or right — a critical advantage for industrial control environments. Built for demanding conditions, this 5.0-inch Ultra-high brightness Display includes 8kV ESD protection, safeguarding the module against electrostatic discharge during operation and handling, while its wide operating temperature range of -30°C to 85°C ensures stable performance in extreme cold and heat, from outdoor instruments in winter frost to industrial control cabinets in high-temperature environments. Equipped with a 50-pin FPC connector, RGB interface, and 3.3V supply voltage, this 5.0-inch Ultra-high brightness Display integrates easily into existing designs, simplifying development and reducing time to market. If you need a display that performs flawlessly in bright, harsh, or demanding environments, this 5.0-inch Ultra-high brightness Display is the reliable answer for outdoor instruments and industrial control.
The Specification of the 5.0-inch Ultra-high Brightness Display

Module Pin Description for the 5.0-inch Ultra-high Brightness Display
Pin NO. | Symbol | Description |
1~2 | LEDA | LED anode |
3~4 | LEDK | LED cathode |
5~6 | NC | Not connected |
7 | VCI | Digital supply voltage |
8 | STBYB | Standby mode selection. Built-in RC circuit (10K+1uF). STBYB=VCI: Normal operation; STBYB=GND: Standby mode. |
9 | DEN | Data enable signal for DE mode. If not used, please let this pin connect to GND. |
10 | VSD | Frames synchronous signal for SYNC mode. If not used, please let this pin connect to GND. |
11 | HSD | Line synchronous signal for SYNC mode. If not used, please let this pin connect to GND. |
12~19 | DB[7~0] | For TTL 24/18-bit parallel RGB image data input. If not used, please let these pins connect to GND. |
20~27 | DG[7~0] | For TTL 24/18-bit parallel RGB image data input. If not used, please let these pins connect to GND. |
28~35 | DR[7~0] | For TTL 24/18-bit parallel RGB image data input. If not used, please let these pins connect to GND. |
36 | GND | Power supply ground |
37 | PCLK | Clock for Input Data. |
38 | GND | Power supply ground |
39~43 | NC | Not connected |
44 | RESX | Global reset pin. Active Low to enter Reset State. Built-in RC circuit (10K+0.1uF). |
45~47 | NC | Not connected |
48 | GND | Power supply ground |
49~50 | NC | Not connected |

LED Back Light Specification
Item | Symbol | Condition | Min | Type | Max | Unit |
Forward voltage | VF | Constant current | Type -1.5 | 18.0 | Type +1.5 | V |
Forward current | IF | Constant current | – | 110 | – | mA |
Luminance (With LCD) | Lv | Without TP | Type -15% | 3000 | Type +15 | cd/m² |
Have RTP | – | |||||
Have CTP | 3000 | |||||
LED life time | Hr | Ta=25±3 ℃ | 20,000 | 30,000 | – | Hour |

Whats the Advantages of Ultra-High Brightness Displays
Ultra-high brightness displays have become increasingly important in modern industrial and outdoor applications, and the 5.0-inch Ultra-high brightness Display is a perfect example of this technology. So what exactly makes a 5.0-inch Ultra-high brightness Display so valuable? Below are its key advantages.
1. Excellent Sunlight Readability
The most obvious advantage of a 5.0-inch Ultra-high brightness Display is its ability to remain clearly visible under direct sunlight. With brightness levels reaching 3000cd/m², this 5.0-inch Ultra-high brightness Display overcomes the washed-out appearance that affects ordinary LCDs outdoors. For outdoor instruments, field equipment, and industrial control systems, a 5.0-inch Ultra-high brightness Display ensures that operators can read data accurately at any time of day.
2. Reliable Performance in Harsh Environments
A 5.0-inch Ultra-high brightness Display is typically designed to withstand demanding conditions. With an operating temperature range of -30°C to 85°C and 8kV ESD protection, this 5.0-inch Ultra-high brightness Display maintains stable performance in extreme cold, intense heat, and environments prone to electrostatic discharge. This reliability makes the 5.0-inch Ultra-high brightness Display suitable for outdoor and industrial use where failure is not an option.
3. Wide Viewing Angles
The 5.0-inch Ultra-high brightness Display offers a full viewing angle of U85/D85/R85/L85, meaning colors and contrast remain consistent from almost any direction. Whether the 5.0-inch Ultra-high brightness Display is mounted vertically, horizontally, or at an angle, users can always see the screen clearly — an essential feature for industrial control panels and multi-operator environments.
4. Sharp and Detailed Image Quality
With an 800x480 WVGA resolution, the 5.0-inch Ultra-high brightness Display delivers sharp text and clear graphics. This resolution is well suited to instrument interfaces, data monitoring, and control applications, allowing the 5.0-inch Ultra-high brightness Display to present complex information in a readable and organized way.
5. Easy System Integration
A 5.0-inch Ultra-high brightness Display usually comes with standard interfaces such as RGB, a 50-pin FPC connector, and a 3.3V supply voltage. These features allow the 5.0-inch Ultra-high brightness Display to integrate easily into existing designs, reducing development time and accelerating time to market.
6. Improved User Safety and Efficiency
Because a 5.0-inch Ultra-high brightness Display remains readable in bright light, operators do not need to shade the screen or move to a darker area. This improves both safety and efficiency, especially for outdoor instruments and industrial control equipment used in the field.
FAQ: 5.0-inch Ultra-high Brightness Display – Brightness, Power & Lifespan
Q1: How bright is 3000cd/m² really? Is it very different from a standard display?
A: A standard indoor LCD is typically 200–500cd/m², while outdoor high-brightness screens usually range from 800–1000cd/m². At 3000cd/m², this 5.0-inch Ultra-high Brightness Display reaches an ultra-high brightness level — roughly 6–10 times that of an ordinary screen. Even under direct midday sunlight, the 5.0-inch Ultra-high Brightness Display remains clearly readable, with no "washed-out white screen" effect.
Q2: Does higher brightness mean higher power consumption?
A: Yes. The backlight is the main power consumer. The power consumption of a 5.0-inch Ultra-high Brightness Display at 3000cd/m² is noticeably higher than that of a standard display. If your device is battery-powered, you should evaluate battery life carefully, or adopt strategies such as automatic dimming and intermittent backlight activation.
Q3: With long-term high-brightness operation, is the backlight lifespan sufficient?
A: It depends on the backlight LED specifications. Lifespan is usually defined as the time for brightness to decay to 50% (for example, 30,000–50,000 hours). For a 5.0-inch Ultra-high Brightness Display, high brightness means high current, which leads to more heat and faster decay. Proper heat dissipation is recommended, and running the 5.0-inch Ultra-high Brightness Display at full brightness for extended periods should be avoided.
Q4: Does brightness decrease at high temperatures?
A: Yes. LED backlight efficiency drops at high temperatures, and brightness may drift with temperature changes. If your application requires high brightness stability, it is advisable to choose a 5.0-inch Ultra-high Brightness Display solution with temperature compensation or constant-current driving.
Q5: How can I extend the service life of the display?
A: Lower the everyday operating brightness, ensure proper heat dissipation, avoid high temperature and high humidity, prevent electrostatic discharge, and check connections regularly. For a 5.0-inch Ultra-high Brightness Display, the rule is simple: brightness is the selling point, but heat dissipation is the lifespan.
5.0-inch Ultra-high brightness Display 800x480 TFT LCD For Outdoor Instrument Now Available!
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