Resistance to fall Samsung Galaxy Note 10+ victory over Apple iPhone XS MAX
The Samsung Galaxy Note 10 series features an ultra-thin design combining metal and glass. The glass uses Corning's 6th generation gorilla glass, which claims to fall 15 times on rough surfaces such as asphalt roads. Youtuber took the Samsung Galaxy Note 10+ and Apple's iPhone XS Max, which was launched last year, to test the fall resistance. As a result, Samsung Galaxy Note 10+ beat Apple.
The iPhone 11 series, which will be launched next month, is said to use new anti-drop technology, and it is expected that there will be better performance.
According to the joint news network, Youtube "PhoneBuff" compares iPhone XS MAX and Samsung Galaxy Note 10+, and both phones are made of glass. iPhone XS MAX won the last comparison with the Samsung Galaxy S10+, and the Samsung Galaxy Note 10+ with a more solid 6th generation gorilla glass won. PhoneBuff fell on the back, corner and front, respectively. Resistance to falling.
• Cell phone fragmentation, touch and fingerprint recognition
The measured results show that, from the back and corners, both phones have cracks, iPhone XS MAX damage is slightly less than Samsung Galaxy Note 10+; but after the front falls, the XS MAX crack is more obvious than Samsung Galaxy Note 10+ a lot of. PhoneBuff additionally increases the performance of the test for 10 consecutive drops. After the iPhone XS MAX falls three times, the screen touch will fail, but after 10 times of Samsung Galaxy Note 10+, both the front and the back are broken, the touch and fingerprint recognition can be normal. Operation.
The scores were scored in 10 points for each of the four items. iPhone XS MAX scored the full score on the back and corner items, while Samsung Galaxy Note 10+ scored the full score on the other two items. However, because Samsung Galaxy Note 10+ beat iPhone XS MAX in the continuous drop test, it eventually won iPhone XS MAX 37 to 34.
According to Bloomberg forecast, the new iPhone 11 series will be launched next month with a new anti-drop technology, which is expected to have better protection and reduce the chance of damage.
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