Home  ›  News  ›

Micro-LED Backlights Could Bring OLED Performance to LCD Screens

Article Comments  

Jan 5, 2017, 6:50 PM   by Rich Brome

AT CES this week, Rohinni demonstrated its micro-LED technology, and provided a glimpse at new backlight technology it's working on for the LCD display panels used in phones. While most LED chips are around 1mm, Rohinni's micro-LEDs are many times smaller and can be placed precisely on thin, flexible plastic sheets. Rohinni is working with unnamed partners to use this technology in LCD backlights, which could reduce panel thickness, allowing thinner phones. Also, much like high-end "LED" home TVs, it would allow local dimming, which would improve contrast and lower power consumption, bringing most of the benefits of OLED technology to LCD panels. Micro-LEDs can also be printed on thin, flexible plastic sheets in any configuration. They're currently used for the thinnest laptop keyboard backlights, and have many other potential applications in mobile devices.

source: Rohinni

 
About the author, Rich Brome:

Editor in Chief Rich became fascinated with cell phones in 1999, creating mobile web sites for phones with tiny black-and-white displays and obsessing over new phone models. Realizing a need for better info about phones, he started Phone Scoop in 2001, and has been helming the site ever since. Rich has spent two decades researching and covering every detail of the phone industry, traveling the world to tour factories, interview CEOs, and get every last spec and photo Phone Scoop readers have come to expect. As an industry veteran, Rich is a respected voice on phone technology of the past, present, and future.

Related

more news about:

CES 2017
 

Comments

This forum is closed.

This forum is closed.

No messages

 
 
Page  1  of 1

Subscribe to news & reviews with RSS Follow @phonescoop on Threads Follow @phonescoop on Mastodon Phone Scoop on Facebook Follow on Instagram

 

Playwire

All content Copyright 2001-2024 Phone Factor, LLC. All Rights Reserved.
Content on this site may not be copied or republished without formal permission.