The evolution of digital signage – from flat displays to active surfaces

Paul Cain, Strategy Director

June 15, 2016

If we look around us on the street, in the shopping centre or at the airport, there are many cases where digital signage is already in use today. We are familiar with seeing large TV screens on buildings displaying videos, advertisements on buses, and flashy installations in malls - all competing for the consumer’s attention.

Digital signage has truly become part of the environment that surrounds us, bringing just one more dimension to the digitised world we live in.

Some estimates put the global market for digital signage at over $20bn by 2020 - and it’s growing at up to 40% year on year between now and then (source: Signage Live). For almost any industry segment you can think of, there’s an application for digital signage – with perhaps the most clear two areas being retail and transportation.

Digital signage has become a powerful tool in the retail world where digital information displays are used in store for branding, promoting products and entertaining customers. In the transportation sector, hubs, links and vehicles provide the opportunity for advertising alongside the need for up-to-date information on schedules and delays. For example, Transport for London (TfL) is trailing e-paper displays as bus stop timetables which can be remotely powered and updated using on solar energy.

LCD technology and digital signage

High information digital signs typically use glass liquid crystal displays (LCDs) today – a mature technology that is available up to very large sizes (think of 84" bus stop digital screens) with great screen performance: video rate and the ability to reproduce high quality colour. For outdoor use, brightness is a key factor in overcoming daylight – and LCD can respond to this with the use of brighter backlights (high dynamic range displays).

Regardless of which type of glass display technology is used, for larger signs the display becomes very heavy and in need of strong supporting gantries or frames. This limits where and how glass displays can be installed into and onto buildings and objects. For smaller displays the fragility of glass, combined with lack of flexibility limits the choice of surface that can be used to mount the display, for example on vehicles, bicycles or around pillars and posts.

The benefits of flexible display technology for digital signage

Flexible display technology, which uses plastic instead of glass, brings several functional and technical benefits to digital signage.

A particular kind of flexible display known as organic LCDs (OLCDs) provide all of the benefits of LCD for advertising in terms of brightness, colour performance, cost and video-rate capability, but with the clear advantage of being glass-free, thinner, lighter and conformable around surfaces. This will allow for even larger displays to be conformed to the shape of buildings, vehicles and other surfaces in our daily lives.

Digital signage for tiling walls

Flexible displays can be used as digital signage in tube stations
© Diyana Dimitrova / Shutterstock.com; © Sean Pavone / Shutterstock.com; © s_maria / Shutterstock.com

40 years ago, advertising giant JCDecaux pioneered the concept of street furniture by designing and installing bus shelters at their cost in return for the right to display commercial advertising on the side. Taking this idea forward, it may not be too long until we see almost any surface furnished with a flexible display. 

Digital signage integrated into furniture

Flexible displays can help transform public furniture
© aquapix / Shutterstock.com; © Kynata / Shutterstock.com

If you want us to qualify our flexible display technology for your application, please get in touch with us at displays@flexenable.com.

 

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