CDT Cambridge Display Technology
  Search for
HOME | SITEMAP | CONTACT US 8 October 2008
Technology  
Introduction to PLEDS
How PLEDS work - Chemistry
How PLEDS work - Device Structure
Features and Benefits of PLEDS
Active and Passive Matrix
Dendrimers
Photovoltaics
Applications
The Future
Glossary

Sign up here and we'll keep you updated on all the latest developments
Keep me informed

World Offices
London
06:24
Los Angeles
22:24
Tokyo
14:24
Awards
Awards
The Future

So what does the future hold for PLED technology?  What applications present the most exciting potential for the devices now being developed?

Here's just a few ideas which build on the versatility of light emitting materials.

PDA VisualHigh efficiency displays running on low power and economical to manufacture will find many uses in the consumer electronics field. Bright, clear screens filled with information and entertainment data of all sorts may make our lives easier, happier and safer.




© CDT 2004

Clothing Visual

Demands for information on the move could drive the development of 'wearable' displays, with interactive features.

 


 



© CDT 2004


Point of Sale - Packaging VisualEye catching packaging with changing information content at the point of sale would give many brand owners a valuable competitive edge.

 

 




Photo courtesy of Dai Nippon Printing

Mug Visual

The ability of PLEDs to be fabricated on flexible substrates opens up fascinating possibilities for formable or even fully flexible displays.









Photo courtesy of Dai Nippon Printing

GE lighting panel

 

Another goal for organic light emitting devices is to create sheets of paper-thin lighting that can be applied to whole wall surfaces.

 

 

 

 

Photo courtesy of GE Corporation


Perhaps the really surprising fact is that all these ideas and many more are already under development among the growing community now dedicated to exploiting the possibilities of PLED technology.

back to topback to top