The clarity of the P3.076 indoor LED module is comparable to that of the P2.5 LED module, making it one of the most cost-effective indoor LED modules available today. If you are unfamiliar with the P3.076 indoor LED module, join us as we explore it further in this article!

Types  

For the P3.076 indoor LED module, there are primarily two types: standard P3.076 indoor LED module and flexible P3.076 indoor LED module. However, regardless of the type, the dimensions of the P3.076 indoor LED module are 320 x 160 mm.

Standard P3.076 Indoor LED Module

The standard P3.076 indoor LED module features a standardized screw hole design, allowing it to be securely mounted on an LED cabinet using screws for rear maintenance. The module includes internal reinforcing ribs to prevent PCB board deformation and reduce the likelihood of warping due to various factors.

Flexible P3.076 Indoor LED Module

Flexible P3.076 indoor LED modules primarily use a magnetic attachment design, which can be secured to the LED cabinet using the adhesive force of strong magnets, enabling front maintenance. P3.076 Flexible indoor LED modules are made of flexible materials and can be slightly bent to assemble screens of various irregular shapes.

Features  

Packaging Technology  

SMD technology is the primary packaging technology for the P3.076 indoor LED module, enabling three primary color LEDs to be integrated onto a single chip, allowing the P3.076 indoor LED module to display colors with consistent accuracy.

If users require waterproofing, the P3.076 indoor LED module uses GOB packaging technology, which involves applying a layer of adhesive to the surface of the LED chips, providing front-side waterproofing and effectively protecting the LED chips.

Pixel Pitch  

Pixel pitch refers to the distance between the centers of two adjacent LED chips in the P3.076 indoor LED module. The pixel pitch of the P3.076 indoor LED module is 3.076mm, making it a compact indoor LED module with a small pixel pitch, capable of delivering high-definition display quality.

Refresh Rate

The refresh rate refers to the frequency at which the P3.076 indoor LED module updates frames per second. The higher the refresh rate of the P3.076 indoor LED module, the more complete the display, the smoother the transition between frames, and the less likely moiré patterns will appear during filming.

The P3.076 indoor LED module typically has two refresh rates: 1920Hz and 3840Hz. The 1920Hz P3.076 indoor LED module meets the viewing needs of most users and offers a good cost-performance ratio. The 3840Hz P3.076 indoor LED module meets high-demand requirements for screen display and provides a smoother user experience.  

Contrast Ratio

Contrast ratio refers to the ratio between the dark and bright areas on the P3.076 indoor LED module. The P3.076 indoor LED module features 14-bit grayscale and achieves a measured contrast ratio of up to 10,000:1, making bright areas brighter, dark areas darker, and color transitions more refined. This delivers a clearer, brighter, more vibrant, and more layered display experience.

Color Accuracy

Color accuracy refers to the degree to which the colors displayed by the P3.076 indoor LED module resemble real-world colors, primarily related to color space and color depth. According to measurement results, the P3.076 indoor LED module has a 24-bit color depth, capable of covering all colors visible to the human eye, making the display more vibrant. Additionally, its broader color space enhances the realism of the color display, delivering vibrant, lifelike visuals.

Brightness

The brightness of the P3.076 indoor LED module ranges from 550 to 850 cd/m², allowing the light emitted by the screen to blend seamlessly with the indoor environment. The light is soft and gentle, preventing visual fatigue and providing a comfortable viewing experience.  

Stability  

Stability is a key advantage of the P3.076 indoor LED module. Its brightness remains consistent within a specific range and does not diminish over time. The color presentation of the P3.076 indoor LED module is durable, with no obvious color differences or color bands, allowing you to use it normally for a long time.

Programmability

The screen composed of P3.076 indoor LED modules can be edited via a PC, for example: changing text content, flexibly placing text and image positions, text scrolling and switching effects, etc. If you need to create stunning dynamic visuals, you can use LED control software to upload pre-made videos to the P3.076 indoor LED display screen.

Flexible Applications

In meeting rooms and classrooms, screens assembled from P3.076 indoor LED modules can provide split-screen effects, making data more intuitive and easier to comprehend. In exhibition halls and shopping centers, the P3.076 indoor LED modules can provide people with beautiful and vivid display images, attracting their attention.

Beyond the aforementioned indoor venues, the P3.076 indoor LED modules can also be flexibly applied to indoor scenarios such as sports arenas, stage events, and parties.

Aging Test  

The aging test is a crucial quality inspection step conducted after the P3.076 indoor LED modules are manufactured. The test duration is 72 hours, during which all P3.076 indoor LED modules remain fully illuminated to check for issues such as LED pixel failure or noticeable color discrepancies. Defective modules are replaced to ensure the quality of the P3.076 indoor LED modules, providing users with greater peace of mind.

Conclusion

Through this article, you have gained a thorough understanding of the P3.076 indoor LED module. If you are interested in purchasing the P3.076 indoor LED module, please contact JYLED, and we will provide you with a satisfactory quotation.