The iPhone 6S Sees Its Modem Leak; Cat 6 With 300MB/s Download Speeds

As we edge slowly to the adjacent iPhone's launch, 9to5Mac'southward Marking Gurman seems to have got his game on point when it comes to iPhone component leaks. Nosotros've already seen Apple tree's 2022 flagship's exterior vanquish leak out before, according to which you shouldn't be expecting whatsoever major design or grade upgrades on the iPhone 6S, as has been Apple tradition. At present, co-ordinate to today'due south latest leaks, the iPhone 6S will exist able out do its predecessor when it comes to network connectivity.

Apple's iPhone 6S To Feature Qualcomm's 20nm Cat 6 Modem

After its rear shell was showcased earlier, now the iPhone 6S' modem has leaked, and looks like Apple volition continue its reliance on Qulacomm this time effectually besides. The modem shown in the prototype above is Qualcomm's MDM9635M or the 9x35 'Gobi' modem and is capable of delivering up to 300 MB/south download speeds, doubling what the electric current iPhone 6 is capable of. The 9x35 is also institute within Samsung's Galaxy S5 and is the upgrade to the 9x25 institute in the iPhone 6.

Qualcomm also promises that the chip delivers increased battery life, which would undoubtedly cease up making the iPhone 6S more battery efficient on LTE, something which has been a thorn in the side of a lot of loyal users. This flake is True cat. 6 and uses lesser space than its predecessor, assuasive Apple to save some much crucial infinite within the iPhone. Its likewise manufactured on an upgraded 20nm mode, as compared to the 28nm earlier versions take utilized. All of this results in reduced rut and improved performance, that should benefit users immensely. The iPhone 6S is shaping upwardly to be a good device, past the looks of things so far and all these upgrades coupled with Force Touch should help Apple keep its customers, and perhaps win over some new ones this time effectually. Stay tuned for more and let us know what you think in the comments department below.