For 2017, LG
improved peak brightness by about 20 percent, improved the lowest part of the black range, adding more subtle gradients for better shadow detail, changed the anti-reflective screen coating so that the display looks deep black when turned off (instead of casting a purple hue as LG's OLEDs have in prior years), and reduced input lag down to about 21ms.
Not exact matches
· A record high
Peak Brightness of over of 1,000 nits, which
improves screen visibility in very high Ambient Light, and provides the very high screen
Brightness needed for HDR.
OLED displays have been
improving rapidly with increasing screen size,
peak brightness, and power efficiency.
· A new record high
Peak Brightness of over of 1,000 nits, which
improves screen visibility in very high Ambient Light, and provides the very high screen
Brightness needed for HDR.
· A record high
Peak Brightness of over of 1,000 nits, which
improves screen visibility in very high Ambient Light, and provides the high screen
Brightness needed for HDR.
Since
Peak Brightness can't keep increasing due to battery power limitations and thermal issues, developing a low Reflectance screen will be the key to
improving display performance in High Ambient Light.
· A new record high
Peak Brightness with over 1,000 nits, which
improves screen visibility in very high Ambient Light, and provides the high screen
Brightness needed for HDR.
Our detailed lab tests show that there have been significant display performance improvements in the new Note models including higher resolution, higher absolute color accuracy with better calibration, higher
peak brightness with
improved screen visibility and readability in high ambient light, and higher display power efficiency, resulting in a number of new records for smartphone display performance.
· A new record high
Peak Brightness of over 1,200 nits, which
improves screen visibility in very high Ambient Light, and provides the high screen
Brightness needed for HDR.
It will be interesting to see how the Pixel 2 will incorporate and utilize the very high
Peak Brightness of greater than 1,000 nits that the latest OLED displays can produce, particularly for the new HDR High Dynamic Range content, and for
improved display performance in ambient lighting.
· Another very noticeable and major improvement for the Galaxy Note8 is the display is 22 % Brighter than the Galaxy S8, with a
Peak Display
Brightness of over 1,200 nits, a new Record for Smartphones, which provides significantly
improved display performance and screen readability in challenging indoor and outdoor high ambient light viewing conditions.
The
Peak Brightness for the OLED Galaxy Smartphones have been steadily increasing, to over 1,000 nits for the Galaxy Note7, which is used in implementing the new HDR High Dynamic Range modes and content, and for
improved display performance in ambient lighting.
A record high
Peak Brightness of over of 1,000 nits, which
improves screen visibility in very high Ambient Light, and provides the very high screen
Brightness needed for HDR
With specially mastered content (expect to see it on 4K Blu - ray discs), HDR tellies will offer higher
peak white
brightness than regular sets,
improved colour performance and much greater contrast.
Improved color gamut, smarter always - on display and extremely high
peak brightness are among the highlights, according to DisplayMate.
However, while OLED panels are
improving, their
peak brightness levels are limited compared to current LED (especially Samsung's QLED panels).
But beyond that - and perhaps more importantly - is that dynamic range capture has been widening and, through HDR (high dynamic range) presentation, the depth of black levels and
peak white
brightness for
improved contrast, along with a broader colour palette, has increased considerably.