London's Amika and Egg nightclubs offer a more immersive atmosphere with Emto's outdoor LED screens

Emto Digital has supplied the LED screen solutions for two establishments in central London: Amika nightclub on South Molton Street and Egg club in Kings Cross.

Two nightclubs aimed at different types of audiences. While Amika is an establishment, located in one of the most luxurious and central streets in London, where different celebrities stop; Egg is a trendier hub that attracts young music lovers and the magic created by some of the best DJs and artists in the EDM scene. (Electronic Dance Music).

Despite targeting a very different audience, both opted for technology Empto Digital for the implementation of your LED screens.

In Friendly, Emto installed an outdoor screen of 6,3 meters wide and 6 mm thickness. Although the display is located inside a room, Emto opted to a outdoor model, much more robust and suitable given the characteristics of the business, where drinks can be spilled and smoke and mist effects occur. Emto also installed the media server ArKaos Grandvj to store and serve the content.

Egg is a club that consists of five areas divided into several levels in the center of which is a courtyard. The Emto project is located in the main room on the ground floor. Behind the DJ booth he has installed an LED screen of 2,5 meters wide and, opposite, LED panels have been located for measuring 3,5 meter wide by 1,1 meters high and 18 mm depth.

In this place, Emto has also opted for an outdoor model due to its robust finish and durability.. These screens are used for strobed effects, to help create the desired atmosphere. For your control, There is now supplying another GrandVJ ArKaos system.

Emto's second project at the Egg club is located in the smallest room of the establishment where you can find a screen composed of nine panels of 18 mm. This is located above the dance floor placed at an angle of 45 degrees to add depth and the extravagant look that was sought, giving the impression that the ceiling is much larger than it really is.