Note7 Galaxy or Galaxy S7 edge? Which is more resistant to … – Komorkomania

MATTHEW Żołyniak • 14 hours ago • 57 comments

Do you really Note’a new screen is more resistant to breakage than the panels used in previous flagowcach? He checked this website CNET.

time for a test falls Galaxy Note7 and S7 edge

Note7 Galaxy and Galaxy S7 edge is the top news from Samsung this year, which are characterized by similar structures (metal frame and panels rounded at the sides of the glass) and high quality. Samsung argues, however, that the newer one is better able to cope in the event of falls, in the merit of the latest generation of glass Corning – Gorilla Glass 5 .

Team CNET recently conducted a test of falls both smartphones & amp; hairsp; – & amp; hairsp; the device was dropped from a height of knees, pockets and eyes. In the first round it was to check the strength of the fall of the screen, and in the other & amp; hairsp; – & amp; hairsp; on the side edge. Which high-end Samsung models performed better?

None of the smartphones did not leave the test unscathed, but in the most important parts of a lot better fell Galaxy Note7 . The front panel of the device survived because even after the fall of the screen at eye level to the bottom (bruises appeared on the rear panel of the falls sideways). Galaxy S7 edge quite bravely endured downs, but in the end the screen broke up.

Gorilla Glass 4 is Gorilla Glass 5?

Material prepared by the service CNET is another already confirmed that the new Corning glass is indeed more resistant to breakage. This does not mean, however, that in every situation falls on better than Gorilla Glass 4. Earlier tests have new Galaxy Note’a showed that Gorilla Glass 5 much easier to scratch & amp; hairsp; – & amp; hairsp; enough material with a hardness of 4 on a scale Mohs.

for those who want everything on the resistance to scratching, smartphones with the new glass, Corning is not the best choice. The more that Gorilla Glass 4 & amp; hairsp; – & amp; hairsp; which was evident even in the above material & amp; hairsp; – & amp; hairsp; not characterized by low resistance to breakage.