Your Web News in One Place

Help Webnuz

Referal links:

Sign up for GreenGeeks web hosting
November 18, 2016 08:00 pm

Apple's Chip Choices May Leave Some iPhone Users in Slow Lane

Not all iPhone 7s are created equal, it turns out. The latest flagship smartphones from Apple that run on Verizon's network are technically capable of downloading data faster than those from AT&T. Yet in testing, the two phones perform about the same, according to researchers at Twin Prime Inc. and Cellular Insights. From a Bloomberg report: Neither firm is clear on the reason, but Twin Prime says it may be because Apple isn't using all the potential of a crucial component in the Verizon version. "The data indicates that the iPhone 7 is not taking advantage of all of Verizon's network capabilities," said Gabriel Tavridis, head of product at Twin Prime. "I doubt that Apple is throttling each bit on the Verizon iPhone, but it could have chosen to not enable certain features of the network chip." "Every iPhone 7 and iPhone 7 Plus meets or exceeds all of Apple's wireless performance standards, quality metrics, and reliability testing," Apple spokeswoman Trudy Muller said. "In all of our rigorous lab tests based on wireless industry standards, in thousands of hours of real-world field testing, and in extensive carrier partner testing, the data shows there is no discernible difference in the wireless performance of any of the models." It would be an unusual step for a major phone company to restrain its devices. Normally, companies battle to make the fastest, most reliable handsets. Apple may be doing this because it wants to ensure a uniform iPhone experience, according to analysts.

Read more of this story at Slashdot.


Original Link: http://rss.slashdot.org/~r/Slashdot/slashdot/~3/mX6eLGgnDWU/apples-chip-choices-may-leave-some-iphone-users-in-slow-lane

Share this article:    Share on Facebook
View Full Article

Slashdot

Slashdot was originally created in September of 1997 by Rob "CmdrTaco" Malda. Today it is owned by Geeknet, Inc..

More About this Source Visit Slashdot