Shenzhen Bako Vision Technology Co., Ltd
Shenzhen Bako Vision Technology Co., Ltd
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High Transparency Glass Transparent LED Screen ODM and OEM for Advertising and Decoration
Transparent LED Display Features:
1. High transparency
Up to 80% transparency rate could keep the internal natural lighting and viewing, the SMD are almost invisible from a certain distance.
2. Light weight
PCB board is only 10mm thickness, 14kg/㎡ light weight allow small space for the installation possible, and minimizes the negative impact on the appearance of the buildings.
3. Fast installation
Fast lock systems ensure fast installation, saving labor cost.
4. High brightness and energy saving
6000nits brightness ensure the perfect visual performance even under direct sunlight, without any cooling system, saves lots of power.
5. Easy maintenance
Repairing single SMD without taking of single module or entire panel.
6. Stable and reliable
Stability is very import for this product, under the patent of inlaying SMD into PCB, ensure the stability better than other similar products in the market.
7. Wide applications
Any building with glass wall, for example, bank, shopping mall, theatres, chain stores, hotels, and landmarks etc.
Transparent LED Display Specification:
| Model | BG |
| Pixel Pitch | 3.9-7.8mm |
| Unit Size | 1000mmx500mm |
| LED Type | SMD1921 |
| Pixel Density | 32256 dots/m2 |
| Pixel / Unit | 128*16 |
| Unit Weight | 14kg |
| Transparency | 80% |
| Viewing Angle(H/V) | 140° / 140° |
| Application | Storage-40~60°C, Working-20~50°C |
| Protection Level | IP30 |
| Power Consumption(Avg) | 180W/m2 |
| Power Consumption(Max) | 560w/m2 |
| Frame Refresh | ≥ 60Hz |
| Data Refresh Rate | >1500Hz |
| Processing | 16bit |
| Brightness | 4200nits |
| Driving Method | 1/3 scan |
| Power Supply | AC110V/240V, 50~60Hz |
| MTBF | ≥1000 Hours |
| Life Span | ≥100000 Hours |
| Pixel Failure | <0.0003 |
Transparent LED Display Applications:
This kind of LED transparent display can be widely used in any building with glass wall. For example, shopping mall, bank, chain stores, hotel,landmarks, etc.
FAQ:
1.What is a LED, a pixel, pitch?
A light-emitting diode (LED) is a semiconductor device. You can see it as an electronic device that permits current to flow in one direction. And it illuminates when electricity passes through it.
A pixel is a point of light and the smallest element of an LED display. An LED display is manufactured by an array of pixels. Pixels are capable to present letters, graphics, animations and videos.
Pitch is a terminology to determine the resolution of the LED display. In LED displays, pitch refers to the distance between the centers of two adjacent pixels, and expresses in millimeters. The smaller the pitch size, the higher picture resolution will be represented because of more pixels per area. On the contrary, the bigger pitch size, because of less pixels, will represent lower picture resolution.
2.What is virtual pixel, real pixel?
Real LED pixel is the physical LED pixel; virtual LED pixel is theoretically 4 times higher than real LED pixel. Actually, the real effect of the virtual pixel is not really 4 times better. It is only a much better, but not really can be 4 times better. When you LED display system is more than 640*480pixels, actually you don’t need to use virtual pixel if you plan to use the whole LED display for one advertising contents, but if you plan to divide a big LED screen into small sections for many advertising contents, the virtual pixel is still very necessary and useful for you to achieve much better effect.
How to measure brightness?
Nit is a unit to measure luminance over a square meter. It is also well-known as meter-lamberts.
NIT = meter-lamberts = candela per square meter (cd/m2)
3.Why does brightness matter?
At night, generally speaking, LED displays are always readable and working fine.
4.What is best viewing distance? How to calculate the best viewing distance of the LED display?
Best viewing distance refers to the distance between the LED Display and its viewers, where the people can see a whole and clear picture of the image on the LED display.
There’s 2 ways to calculate the best viewing distance: one is by the pixel pitch, one is by the diagonal.