Sentences with phrase «in high ambient»

The iPhone 7 produces up to an impressive peak brightness of 705 nits when Automatic Brightness is turned on in high ambient light, where high brightness is really needed.

«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).

Both of these would also improve the iPhone screen performance and readability in high ambient light.

Apple's page also says, «Charging the device in high ambient temperatures can damage it further.

It even delivered record high full - screen brightness for OLED smartphones of 634 nits compared to 560 nits on the Galaxy Note 8 with automatic brightness and that too only in high ambient light.

It is the display performance that determines how good and how beautiful everything on the Smartphone looks, including the camera photos and all of your Apps, and also how readable and how usable the screen is in high ambient lighting.

High screen Brightness is only needed when in High Ambient Light, so most of the time the Brightness should be set lower than the maximum.

In addition to the higher brightness levels, DisplayMate says the Note 8 also has a larger native color gamut compared to the Galaxy S8, for better colors when the phone is in a high ambient light setting.

Industry has employed motors in high ambient temperature conditions before, the technology exists, and the energy generated on braking will be stored or shed elsewhere thus I do not anticipate great temperatures at the wheel motors.

The Super AMOLED display is likely to be the highlight with infiniate contrast and the potential to boost low white - coverage (low APL) brightness in high ambient light situations.

DisplayMate says that the OLED display on the S3 is not as bright as the LCD, it is less readable in high ambient lighting, it has saturated green and distorted and exaggerated colors.

The most impressive improvements are in peak brightness, screen readability in high ambient light and the power efficiency.

That's quite a big difference... Screen visibility and readability in high Ambient Light depends on both the Maximum Brightness and Screen Reflectance, which we evaluate with a Contrast Rating for High Ambient Light.

One more interesting point - it seems that the S4 has very low screen reflectance (in fact DisplayMate says it's got one of the smallest values it ever tested)- and this means that the display performs great in high ambient lighting - even though it's not very bright compared to the iPhone 5 display (the S4 is brighter though than most LCD smartphones).

Among all existing Tablets of any size, the iPad mini 4 takes first place and breaks performance records in many of the most important test categories including: lowest screen Reflectance (2.0 percent), highest contrast rating in high ambient light (225), a near perfect log - straight intensity scale and gamma of 2.22, and the highest absolute color accuracy (average / maximum color errors of 1.9 and 4.2 JNCD — tied for first place with the Microsoft Surface Pro 4).

High screen brightness is only needed when in high ambient light, so most of the time the brightness should be set lower than the maximum.

On the plus side, the iPhone 5 has a much higher Peak Brightness (556 versus 421 to 491 cd / m2), a much lower Screen Reflectance (4.5 versus 5.6 to 6.5 percent), a much higher Contrast Rating for High Ambient Light (121 versus 65 to 88), and therefore much better screen visibility in high ambient light.

As discussed below, the record low screen Reflectance of 4.7 percent for the Galaxy Tab S further improves its effective Screen Brightness in high Ambient Light.

The Galaxy S7 has a Maximum Brightness that is 24 % higher than the Galaxy S6, which is a significant and visually noticeable improvement, particularly in high ambient light.

When Automatic Brightness is turned On, the Galaxy S7 reaches an impressive maximum screen Brightness of up to 855 nits in high Ambient Light, where high screen Brightness is really needed — it is tied with the Galaxy Note 5 for the Brightest mobile display that we have ever tested.

To be usable in high ambient light a display needs a dual combination of high Screen Brightness and low screen Reflectance — the Galaxy S7 has both.

● Improved Performance in High Ambient Light with Dynamic Color Management and Intensity Scales.

The Contrast and Contrast Rating in High Ambient Light have also significantly improved.

To be usable in high ambient light a display needs a dual combination of high Screen Brightness and low Screen Reflectance — the Galaxy Note8 has both.

When Automatic Brightness is turned On, the Galaxy S7 produces up to an impressive 855 cd / m2 (nits) in High Ambient Light, where high Brightness is really needed — it is tied with the Galaxy Note 5 for the brightest mobile display that we have ever tested.

It is similar to the curved screen Galaxy Round that we tested in 2013, where we showed that its slight concave screen curvature significantly reduces ambient light reflections, which then significantly improves screen readability in high ambient light.

To be usable in high ambient light a display needs a dual combination of high screen brightness and low screen reflectance — the Galaxy Note 4 has both.

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.

To be usable in high ambient light a display needs high screen Brightness and low screen Reflectance — the Note 3 has both.

This article has screen shots that show how screen images degrade in High Ambient Lighting.

• The iPhone 7 produces up to an impressive Peak Brightness of 705 nits when Automatic Brightness is turned On in High Ambient Light, where high Brightness is really needed.

• The wider Color Gamut and much brighter display significantly improve screen readability and usability in high ambient light, which along with battery running is one of the most important issues for consumers.

The Contrast Rating determines the on - screen Effective Contrast Ratio for the display in high ambient light.

To be usable in high ambient lighting a display needs a dual combination of high screen Brightness and low screen Reflectance — the Galaxy S6 has both.

The Galaxy S8 is 5 to 10 percent Brighter than the Galaxy S7, and up to 19 % Brighter in High Ambient Light with Automatic Brightness.

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.

Our detailed series of DisplayMate Lab tests that are listed below show that there are many significant display performance improvements in the new Galaxy S6 models, including higher resolution, higher absolute color accuracy, better calibration, higher peak brightness, better screen visibility and readability in high ambient light, and higher display power efficiency, resulting in a number of new performance records for Smartphone displays.

That might be one reason why the recently announced Apple Watch Sport edition has a cover glass rather than sapphire like the other models — because it is much more likely to be used unshielded in high ambient light outdoors.

When Automatic Brightness is turned On, the Galaxy S6 reaches an impressive maximum screen Brightness of 784 cd / m2 (nits) in high Ambient Light, where high screen Brightness is really needed — it is the Brightest mobile display that we have ever tested.

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.

display performance improvements in the new Galaxy S6 models, including higher resolution, higher absolute color accuracy, better calibration, higher peak brightness, better screen visibility and readability in high ambient light, and higher display power efficiency, resulting in a number of new performance records for Smartphone displays.

• 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.

To be usable in high ambient light a display needs a dual combination of high screen Brightness and low screen Reflectance — the Galaxy Note 5 has both.

However, just like their Smartphones, Nokia is emphasizing the display's performance in high ambient light with «Enhanced outdoor readability,» most likely indicating a very bright and low reflectance screen.

When Automatic Brightness is turned On, the Galaxy Note7 produces up to an impressive 1,048 cd / m2 (nits) in High Ambient Light, where high Brightness is really needed — it is the brightest Smartphone display that we have ever tested.

High screen Brightness is only needed when in High Ambient Light, but since the Surface Pro 4 is larger it is less likely to be opened outdoors in unshielded high ambient light environments like Smartphones and smaller Tablets, so its Peak Brightness should not be an issue for most users and applications.

When Automatic Brightness is turned On, the Galaxy S9 has a High Brightness Mode that produces up to a very impressive 1,130 cd / m2 (nits) in High Ambient Light, which is where high Brightness is really needed, up to 20 % Brighter than the Galaxy S8.

When Automatic Brightness is turned On, the Galaxy Note 5 reaches an impressive maximum screen Brightness of up to 861 nits in high Ambient Light, where high screen Brightness is really needed — it is the Brightest mobile display that we have ever tested.

High screen Brightness is only needed when working in High Ambient Light, but since the Surface 3 is larger it is less likely to be used outdoors in unshielded high ambient light environments like Smartphones and smaller Tablets, so its somewhat lower (but still Very Good) Peak Brightness should not be an issue for most users and applications.

When Automatic Brightness is turned On, the Galaxy Note 5 produces up to an impressive 861 cd / m2 (nits) in High Ambient Light, where high Brightness is really needed — it is the brightest mobile display that we have ever tested.