Light-emitting diodes (LEDs) came into being in 1962 and for the first decade were mostly red in colour. Nick Holonyak invented the first practical LED in 1962, when he was at General Electric.The first practical LED Screen was produced and introduced at Hewlett-Packard (HP) in 1968. The production was led by Howard C. Borden, Gerald P. Pighini, and Mohamed M. Atalla, an Egyptian engineer at HP Associates and HP Laboratories, who had engaged in R&D on functional LEDs between 1962 and 1968. They launched the HP System 5082-7000 Numerical Indicator in February 1969. It was the first LED device to use an integrated circuit (integrated LED circuit) technology and the first smart LED Screen, making it a revolution in digital display technology, replacing the Nixie tube and becoming the basis for subsequent LED Screens.

Earlier versions were planned to be monochromatic. The powerful Blue LED finishing off the color triad did not appear commercially until the late 1980s.

Aluminum Indium Gallium Phosphide LEDs had appeared in the late 1980s. They provided an effective red and amber source and were used in displays of information. Complete color was still difficult to achieve though. The "black" available was barely black at all-mainly yellow, and an early blue had excessive power consumption. It was only when Shuji Nakumura, then at Nichia Chemical, announced the production of the Indium Gallium Nitride-based blue (and later green) LED, that possibilities for large LED video displays were created.

Mark Fisher 's concept for U2 's 1997 "Popmart" tour gave an early shake-up to the entire notion of what could be achieved with LED. He realized that small pixel spacing could be used to produce very large images with long viewing distances, especially if viewed at night. The system needed to be ideal for touring, so that an open mesh structure was used which could be rolled up for transport. The entire show was 52 m long and 17 m (56 ft) tall. It's had 150,000 pixels in total. The company that supplied the LED pixels and their driving system, Montreal's SACO Technologies, had never previously built a display system, creating mimic panels for control rooms at power stations.

Wide screens today use diodes of high-brightness to produce a wide variety of colors. It took Sony three decades to launch an OLED TV, the Sony XEL-1 OLED panel, which was launched in 2009, and organic light-emitting diodes. Earlier, at CES 2012, Sony introduced Crystal LED, a true LED-based TV in which LEDs are used to create real images rather than as backlight for other display types, as in LED-backlit LCDs typically known as LED TVs.

There are many display technology, but what is the reason that you choose LED Screen? The High Definition LED Screens are the next step in digital display technology. As a highly interactive form of digital media, it captures attention and delivers a message with effect and vibrancy.

You can replay and display pictures, video, text and live data on a much larger physical scale, like a flat-screen television. LED displays are fully transparent unlike traditional display forms and do not get washed out by harsh ambient light. Provide one smooth video wall to make your post utterly impossible.

We've seen a lot of bad installations where businesses have opted to install LCD display walls in very bright areas over an LED panel offering very poor performance.

In very bright settings, ideal for use: outside, screens, light atriums

Fully seamless-an LED screen is a single block of video no links visible on the panel

Size factor-only large scale LED screens deliver such effects

Great value for money-screens can provide greater performance and lower costs relative to other forms of displays.