Vestel cuts power usage in typical 500-nits display by 80%

Vestel Visual Solutions highlighted its commitment to sustainability by unveiling its Eco Display technology at ISE.

The technology, which will feature across several UHD displays being launching in the UK this year, is said to reduce the power used by a 500-nit commercial display by up to 80%.

Vestel also unveiled a series of interactive screens designed for the edtech sector. Featuring a Google EDLA-approved Android 13 SoC core, the displays’ zero-bonded screen construction improves touchscreen accuracy, while reducing power consumption.

The brand showcased displays up to 98″ in landscape and portrait orientation, a Dolby Atmos cinema set-up with a large-screen UHD LED video wall, and interactive retail display solutions featuring partner Octopus’s augmented reality real-time product information.

As well as highlighting its collaboration with Octopus, Vestel used ISE as a platform for promoting its partnerships with specialists in display content management including Embed, Telelogos and PLAYipp.

Low-haze screens will be added to Vestel’s display portfolio this year, alongside new hospitality displays and hotel-specific models.

The company’s UK senior product manager, Tim Matthews, said: “Vestel’s eco-efficient display line-up for 2024 is set to revolutionise the commercial display and signage industry with massive power consumption savings.

“By reducing power consumption by 80 to 100 watts, depending on screen size, over a typical 500-nit display each screen can save up to £400 annually [running 24/7 at £0.46/kWh]. That is a substantial saving for venues with multiple displays and can make a significant contribution towards customers achieving their sustainability, carbon and energy-consumption targets.

“In our zero-bonded displays, the layers of the screen – including the LCD panel, touch-sensitive layer and protective glass – are bonded together without air gaps. Eliminating the air gap significantly improves touch sensitivity and accuracy by minimising parallax errors and sealing out potential contaminates such as dust.”