Close ad

The new generation of the iPhone, with the probable designation 6S, which should see the light of day classically in September, would apparently it was not supposed to bring any design changes. However, the internals of the new phone from Apple will of course receive improvements. Server 9to5mac brought a photo of the motherboard of the iPhone 6S prototype, and from that you can read what kind of improvement it should be.

The picture shows a new LTE chip from Qualcomm labeled MDM9635M inside the upcoming iPhone. This is also known as "9X35" Gobi and compared to its predecessor "9X25", which we know from the current iPhone 6 and 6 Plus, theoretically offers up to twice the download speed via LTE. To be specific, the new chip is supposed to offer a download speed of up to 300 Mb per second, which is twice the speed of the current "9X25" chip. However, the upload speed of the new chip remains at 50 Mb per second, and given the maturity of mobile networks, in practice, even downloads will probably not exceed 225 Mb per second.

However, according to Qualcomm, the big advantage of the new chip is energy efficiency. This could cause a significant increase in the battery life of the upcoming iPhone when using LTE. In theory, the iPhone 6S could also fit a larger battery, since the entire motherboard of the prototype is slightly smaller. The new chip is manufactured using 20nm technology instead of the 29nm technology used in the production of the older "9X25" chip. In addition to lower chip consumption, the new production process also prevents its overheating during intensive work with data.

So we certainly have a lot to look forward to in September. We should wait for an iPhone that will be more economical thanks to a faster LTE chip and will allow applications that work with data to run faster. In addition, there is also talk that the iPhone 6S could have a display with Force Touch technology, which we know from the Apple Watch. It should thus be possible to control the iPhone using touches with two different intensities.

Source: 9to5mac
.