VB is also reporting that LG will implement an MLCD + panel for the new phone's display, which is able to hit a max 800 -
nit brightness while using 35 percent less power than standard IPS panels.
This new panel is said to be capable of high, 800 -
nit brightness while consuming 35 percent less power than standard IPS LCD panels, Android Police has learned.
LG will also reportedly use a new type of display known as a MLCD +, which is capable of 800
nit brightness while consuming 35 % less power than a standard IPS LCD.
It's reportedly capable of 800 -
nit brightness while consuming less battery power than traditional IPS LCD panels.
Not exact matches
The display is an IPS one that supports 10 point multi-touch and
while the resolution is not the highest it is very clear and easy to read with very high
brightness levels at a rated 400
nits.
The display right now can boast of a 1024 x 600 pixel resolution, 250
nits of
brightness while also covering more than 50 percent of the NTSC color gamut.
The new CPT display panel can boast of a color gamut of 60 % MTSC
while also having a
brightness of 200
nits, all this
while being 50 percent more efficient than a regular LCD display.
The current record holder for Tablets is the Nokia Lumia 2520 with 684 cd / m2 (
nits),
while the Tab S has 546
nits with Automatic
Brightness On and 415
nits under manual
Brightness (10 percent lower for mixed content with 50 percent Average Picture Level APL and 25 percent lower for an all white 100 percent APL screen).
Where the Galaxy Tab S does very well but does not break performance records is in maximum display
Brightness — the current record holder for Tablets is the Nokia Lumia 2520 with 684
nits,
while the Tab S has 546
nits with Automatic
Brightness On and 415
nits under manual
Brightness (10 percent lower for mixed content with 50 percent Average Picture Level APL and 25 percent lower for an all white screen).
While ASUS claims 330
nits of
brightness, on our tests we measured a max average of 271
nits, which is also lower than the category average of 333
nits and the Acer Iconia One 7's score of 280
nits.
On the Laptop Mag battery test, the 8,000 - mAh battery in the G Pad 10.1 lasted 13 hours and 55 minutes
while continuously Web surfing over Wi - Fi with the
brightness set to 150
nits.
On manual
brightness both phones are able to reach almost the same
brightness (421
nits on the V30, 398
nits on the GS8),
while on automotive mode the LG reaches 606
nits and the GS8 only 535
nits (DisplayMate says the GS8 should reach 1,020
nits - but AA could not reach this high
brightness in these tests).
Both are 1280 - by -800-resolution IPS panels, but the Prime has a Super IPS + display with 600
nits of
brightness,
while the Transformer Pad maxes out at 350
nits.
However, last year's flagship was able to achieve a low
brightness of just 2
nits,
while the Pixel 2 and 2 XL can only go down to 7 and 5
nits, respectively.
The Pixel 2's display can also achieve a
brightness of 440
nits,
while the Pixel 2 XL's display can go up to 483
nits.
The downside is that
while HDR10 is more open, it holds to a lower standard of video quality than Dolby Vision, mastering content at 1,000
nits of
brightness compared to Dolby Vision's theoretical 10,000 -
nit limit.
MLCD + has an RGBW matrix with white sub-pixels, and it has a
brightness rating of 800 -
nits while also using 35 % less power compared to IPS LCD tech.
The OnePlus 5 is a comparatively dim 394
nits,
while the S8 comes closer to matching the XZ Premium's
brightness, at 437
nits.
The MLCD + panel will have 800
nits of
brightness,
while consuming less than 35 per cent of power than a regular LCD display.
The display is also capable 800
nits of
brightness,
while also using less energy than standard IPS LCD displays.
In comparison, the Samsung Galaxy S7 Edge's max
brightness topped out at a slightly higher 530
nits,
while the Google Pixel XL was dimmer, at 396
nits.
The Galaxy S9 generated a peak full - screen
brightness of 603
nits while in Adaptive mode with auto -
brightness turned on.
One things I've noticed is that
while sound can be quoted in decibels, resolution in pixels, and
brightness in
nits, I'm not aware of any rating scale for vibration.
Its -
nit brightness exceeds the industry - standard 170,
while its 98.75 - percent color gamut falls a few points shy of perfection.
While Samsung's latest OLED panels, which are used in the Galaxy S8 and the Galaxy Note 8, can reach a peak
brightness of up to 1,000
nits, the iPhone X's peak screen
brightness is limited to 625
nits.
Brightness was only moderate at 277
nits,
while we like to see even matte displays come in at more than 300
nits.
The display has 500
nits brightness and gives you clear clarity
while you watch anything.
The above applies to LED - lit LCD screens
while for OLED screens (which have lower
brightness and much lower black levels than LCD) it's 540
nits peak
brightness and less than 0.0005
nits black level.