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Aug 06,2021| LED Knowledge
The P2.5 indoor high-definition display screen has clear picture quality and full color because of its small dot pitch and high pixel density. It is very suitable for use in exhibition halls to play exhibition hall exhibits, company conference room speeches, railway station monitoring rooms and other scenes. Because the P2.5 indoor high-definition display is mainly used indoors, its brightness will not be too dazzling, and the viewing comfort is also very good.
To understand the display effect of the P2.5 indoor high-definition display, we need to have a detailed understanding of the advantages of the P2.5 indoor high-definition display, display effect characteristics and its main application places.
First of all, we must know what is a P2.5 indoor high-definition display. Technical parameters and specifications of P2.5 indoor high-definition display The model P2.5 indoor high-definition display is made of SMD2121 black light, the pixel point is up to 160,000 dots/㎡, the module resolution is 64 dots * 64 dots, and the module size is 160mm *160mm, mostly used in high-end conference rooms and hotels, viewing distance ≥ 2M, within its viewing distance range, the clarity and color reproduction are much higher than that of LCD TVs.
Let's take a look at the popular advantages of P2.5 indoor high-definition display:
The image effect is clear, the picture effect is vivid and diverse;
The video effects are smooth, lifelike, no bright spots, no blurry screens, no dead spots, and high brightness;
Low light decay, long life and good quality;
High resolution, capable of perfect performance of high-definition pictures and delicate colors, fully meeting customer requirements.
Imported luminescent materials, high-quality IC chips, noise-free high-power power supply;
The whole screen has no fan design, no noise, low power consumption, and can be used in the temperature range of 0℃~55℃;
The display mode can be arbitrarily arranged by the user;
Can display text, graphics, images, animation, and video information;
The amount of information displayed is not limited;
The wave soldering process is adopted, and the green oil oxygen barrier layer is adopted to prevent the moisture and oxidation of the circuit and increase the service life;
Has good high and low temperature resistance;
After curing, it becomes a transparent protective film, which has excellent insulation, moisture-proof, anti-leakage, shock-proof, dust-proof, anti-corrosion, anti-aging, corona resistance and other properties;
Perform anti-vibration tests on the shape before shipment to eliminate the connection problems of the cabinet screws and wires.
Next, let’s take a look at the characteristics of the P2.5 indoor high-definition display:
Project customized display effect and resolution design;
Point-to-point control of the mapping between the playback system and the display surface;
Each primary color of RGB has 16-bit color change capability, which can combine 281 trillion colors;
DVI interface supports digital information input, and can be expanded into a multi-functional video interface display system: CV, YPbPr, HD-SDI, HDMI, VGA, S-Video, etc.
Full-path Gigabit fiber/network transmission and 128-bit signal processing system;
Low gray scale and high performance ability, rich program levels, and display synchronously with the computer;
Instant edit and display of emergency playback content;
The software and hardware system supports functions such as playback layout adjustment, playback plan arrangement, playback record statistics, etc.;
The viewing distance of the screen is small, and the viewing range is larger, up to 140° in both vertical and horizontal directions;
Supports operation of the entire screen under high-brightness conditions;
Support front mobile installation technology.
Finally, take a look at the display effect of the P2.5 indoor high-definition display in the combination of the above content:
Uniform color and natural picture: broadcast-grade color gamut, color temperature and brightness are intelligently adjustable, uniform color, high contrast, beautiful and natural picture; anti-ultraviolet, anti-deformation module kit to ensure that the screen is flat and not deformed.
Wide viewing angle: 160-degree viewing angles up, down, left, and right, broadcast-level color gamut, color temperature and brightness are intelligently adjustable, more suitable for long-term viewing. The cabinet is planned into a 16:9 ratio according to the characteristics of the display screen of the command and control center, and it is easy to realize a 4:3 or 16:9 ratio screen.
Energy saving ≥36%: Using the industry's top low-power ultra-bright LED lights, energy saving ≥30%, with the core patented technology of industrial-grade high-power switching power supply, overall energy saving ≥36%, energy saving and environmental protection.
Exquisite craftsmanship: High-precision cabinet, flexible structure and exquisite craftsmanship, the flat splicing distance of the screen body is controlled at 0.1mm; exquisite craftsmanship ensures that the screen body is flat and seamless, and the dot pitch is consistent. The picture is uniform and consistent, using non-linear point-by-point correction technology, the text is clearer and the sense of hierarchy is stronger;
Play format: Support mainstream format playback and support DVI, HDMI, 3G/HD/SD three-speed SDI high-definition display mode, suitable for TV video programs VCD or DVD and live broadcast and other indoor and outdoor venues.
Optional supporting solutions: mature optional supporting solutions such as camera, cable, 3G, WIFI technology, cloud broadcast control, and full network access. The power supply and system dual-backup guarantee technology are optional supporting solutions.
Of course, the inspection before leaving the factory is an important step to ensure the best display effect of the P2.5 indoor high-definition display screen in use:
Experiment 1: Semi-finished product electrical performance test. Before the semi-finished module is sealed, after the QC test is completely OK, all products are powered on and subjected to high temperature aging for at least 48 hours.
Experiment 2: Finished product aging test. Install the finished module p2.5 on the LED box and simulate the on-site assembly of the whole screen. After passing the aging test for 72 hours, it can be shipped without failure.
Experiment 3: Waterproof experiment. The outdoor LED full-color display adds a high-pressure flushing experiment to the screen, and conducts water penetration and water splashing experiments on each box to ensure the waterproof effect.
Experiment 4: Anti-corrosion experiment. In order to ensure the anti-corrosion reliability of circuit boards and cabinets that have been repeatedly processed, salt spray experiments must be carried out during the production process.
The above is all about the P2.5 indoor high-definition display. I believe that through step-by-step analysis, we have a clear understanding of the display effect of the P2.5 indoor high-definition display. To learn more about the P2.5 indoor high-definition display, please click here: P2.5 indoor high-definition display detailed parameters