Sentences with phrase «peak brightness levels»

However, while OLED panels are improving, their peak brightness levels are limited compared to current LED (especially Samsung's QLED panels).

Both the iPhone 7 and 7 Plus feature radically enhanced displays with very high contrast ratios, very low reflectance and peak brightness levels above 700 nits.

Not exact matches

• When Automatic Brightness is turned On, the iPhone 7 produces up to an impressive 705 nits in High Ambient Light, where high Brightness is really needed — the Highest Peak Brightness for a Smartphone for any Average Picture Level APL, including Full Screen White.

When Automatic Brightness is turned On, the iPhone 7 produces up to an impressive 705 cd / m2 (nits) in High Ambient Light, where high Brightness is really needed — the Highest Peak Brightness for a Smartphone for any Average Picture Level APL, including Full Screen White.

It is well known that full array local dimming (FALD) backlight systems produce better black levels — and therefore better contrast — as well as higher peak brightness, all while minimizing cloudiness and halos around bright objects on dark backgrounds.

What this means is that the TVs can express all colors regardless of the level of brightness with the subtlest of differences being visible at QLED's peak luminance between 1,500 and 2,000 nits.

We measured a very high Peak Brightness of 602 cd / m2 (nits), the Highest Peak Brightness that we have measured for a Smartphone for all Average Picture Levels APL, including Full Screen White.

Black level is the flip side of peak brightness, and directly impacts the sharpness of the display.

Many HDR sets have a backlight system that can output about 1,000 nits peak brightness or greater, whereas standard HDTVs typically only output 100 nits, which is the level that Blu - ray and standard TV content is specified to.

One, for peak brightness to be more than 1,000 nits with a black level of less than 0.05 nits (we'll call that LCD; it's 0.03 nits for mastering displays); two, for peak brightness to be 540 nits with a black level of less than 0.0005 nits (we'll call that OLED).

This brings the benefit of ultra-low black levels, just like OLED, but with higher peak brightness.

«Highest Absolute Color Accuracy for any display for Both Color Gamuts (1.35 JNCD), Lowest Screen Reflectance for any mobile display (1.7 percent), Highest Peak Brightness in a full size Tablet for any Picture Level (511 nits), Highest Contrast Rating in High Ambient light (301), and Smallest Color variation with Viewing Angle (all under 2.0 JNCD).

It's also the way the screen's new direct lighting and local dimming can deliver its competition - crushing levels of peak brightness without compromising dark parts of the picture.

Touting them as «QLED» sets, the new Samsung Q9 looks impressive indeed, using a new quantum dot technology that deploys a different metal for the nano - sized quantum dots, enabling the LCD set to meet the 4K HDR demands for a wider color gamut (up 20 percent over last year) and still more brightness — now with peak levels of between 1,500 and 2,000 nits.

The 55 - inch Philips 901F OLED TV, for example, has a peak brightness of around 650nits, which means it is capable of searing whites that share the same screen as deep, immersive black levels.

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.

The other key metric for a Premium - badged panel is a contrast ratio of at least 1,000 nits peak brightness and less than 0.05 nits black level.

The how and the why is pretty technical, but a very basic explanation is this: Dolby Vision - equipped TVs are capable of accepting a Dolby Vision HDR signal and interpreting it to match what the TV is capable of in terms of black level, color gamut, and peak brightness.

OLED TVs have perfect black levels, and therefore achieve contrast ratios an order of magnitude higher than TVs that boast 1,000 Nits peak brightness, but are incapable of deep black levels.

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.