The Pixel Pitch of LED Display

The Pixel Pitch of LED Display

Pixel pitch is the physical distance between LED clusters, also known as pixels on an LED screen. A smaller pixel pitch leads to better resolution, which in turn produces sharper and more compact screens. It’s a crucial factor in the success of any LED display or video wall project, so it’s important to choose the right one for your specific needs.

As LED display technology continues to progress, pixel pitches are getting smaller and smaller. The result is that the image quality of LED screens is beginning to rival traditional LCD and projection technologies. To ensure that your LED project’s performance matches your vision, reach out to a sales representative to discuss which pixel pitch is the best fit for you.

Fine Pitch LED Display is a high-end, professional line of displays with pixel pitches ranging from 0.9mm to 2.5mm that provides an impeccable viewing experience. Featuring TrueColourTM technology, Fine Pitch LED Display offers excellent flatness and uniformity with ultra-high brightness, refresh rates, grayscale, contrast, and shadow blanking, all while maintaining low power consumption.

Featuring high color consistency, wide color-gamut and stunning image quality, Fine Pitch LED Display is an ideal solution for creative multimedia applications like conference rooms and exhibitions. Its back panel has an LCD information window that displays real time temperature, voltage, cabinet usage timing and total hours of usage. This feature makes it easy for maintenance engineers to troubleshoot the problem.

For example, LianTronics installed a set of fine-pitch LED displays in the classroom of KOC University in Turkey. The wide 16:9 golden ratio display provides a satisfying viewing experience for students, and allows the school to broadcast live broadcasting pictures without any scanning lines, and it has an excellent viewing angle of up to 160 degrees.

Another application that requires fine-pitch LED displays is the locker room display for sports teams. For example, Kansas University recently used modular Fine Pitch LED displays to showcase player names and photos, game schedules and statistics, and spirited video content in their locker rooms. This helped to create a more welcoming environment for players and fans alike, while promoting team pride.

As the demand for LED displays increases worldwide, manufacturers are developing new LED manufacturing processes to meet customers’ demands for higher resolution and smaller pixel pitch. GOB LED technology is one such process that is gaining popularity around the world. This innovative production method replaces the mask with a layer of neutral soft rubber, which eliminates the risk of LED board and lamp bead falling off due to hard gel aging. It is also mechanized, which reduces the labor cost while ensuring high yield and quality. This is an exciting development that will help the industry rise to new heights.

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