Force Touch in iPhone 6S confirmed again by Apple's partners

Force Touch iPhone 6SForce Touch in iPhone 6S was confirmed again by Apple's partners, various rumors bringing to the attention of the whole world the fact that the new technology will be part of the smartphone that will be launched in the fall on the market.

To implement Force Touch in iPhone 6S the Apple company increases the number of orders for the components that make up the chip already used in the Apple Watch or MacBooks, its partners indicating to the whole world that new contracts have been granted to them by those from Cupertino.

Zhen Ding Technology and Flexium Interconnect are two Asian companies from which Apple orders components to implement Force Touch in iPhone 6S, their representatives implying that the revenues would increase starting from June.

Apple buys high-quality components for the implementation of Force Touch in the iPhone 6S, so it will also pay a tailored price for them, so the use of this technology in its smartphone would increase the production cost compared to the iPhone 6.

The upcoming iPhone 6S series will feature Force Touch technology, which will demand more flexible PCBs (FPCB). As a result, Apple is set to increase orders to its FPCB suppliers including Zhen Ding Technology and Flexium Interconnect, according to industry sources.

Separately from the two previously mentioned companies, in order to implement Force Touch in the iPhone 6S, Apple intends to buy components including from Compeq Manufacturing and Unimicron Technology, two traditional manufacturers of the components required for this technology.

Considering that Apple will implement Force Touch in the iPhone 6S and its partners will deliver the first components this month, it is clear that in August the final production of iPhone 6S terminals will begin in order to be launched on the market in September of this year.

For those of you who don't know, the Force Touch technology in the iPhone 6S will bring us a multitude of new functions, Force Touch being designed to distinguish between strong and light presses to control various functions of an operating system.