Prediction time:Intel continues to "fix" their 14nm stuff, making up as many new processor names as needed. Eventually, they will fix it and ship it in real volume.
You may notice a remarked similarity between some of the failed current 14nm Broadwell offerings and some of the 1-2 step down "not named yet" type offerings in the future, so watch out for smeared ink on the chipsets from the ink removing and re-imprinting steps.
Remember, there is also a large mass of sub-par silicone out there from all the Apple lots being sorted for good/bad too .....Intel skips over 10nm completely since they have no tech coming on board to build it with. Instead, they eventually use IBM's Germanium Extreme Ultraviolet lithography production system at 7nm. Not wishing to repeat their "go it on their own" massive screw ups yet again, Intel pays royalties to IBM and licenses the real IBM tech that seems to work so well for Samsung and Apple.
Intel's high cost posture limits what they can do competitively against Samsung and Global Foundry, but Intel now has a functional pathway to survive through the next 5 years. Intel survives, but loses their ever shrinking Apple business completely during the struggle years.
Apple gets stronger and stronger, taking more market share away from MS PC.
Samsung continues work on 10nm for Apple for shipment next summer, builds them on time and ships them successfully on time. Between Samsung's and Global's production of 14nm and 10nm and 7nm the top end of the ARM world continues to make progress for the next 3 years in small steady incremental steps.
Apple designs a 7nm chipset to run on the new IBM process (or else rewrites their software to run on the IBM PowerPC chipset that already exists right now). Apple's need for new progress for 2017-2019 has not gone away with Intel's big "womping around floundering wildly" 14nm mess that they have going on right now.
Microsoft with Win 10 stays pretty much embedded in PC land and makes little progress moving into phones and mobile space. Lacking a phone basis, their attempts in IoT are of minor impact as higher cost and increased complexity are not MS's friends any more.
Android folks find a relatively complete smart dock standard is already sitting there in Android M and the Oriental World embraces their new more powerful cell phones sitting in a dock on their desk as their main PC experience.
Google Android slowly accepts all the FOSS bits and pieces (such as resizable windows and menu bars) that the orientals write into the Android open source code to support these docked uses.
Google does not actively participate in the mad rush to phone/PC, but Ubuntu and Microsoft duke it out to be first to get there. Google and Linaro just quietly accept and standardizes what free and open source dockable marketplace can come up with.
http://liliputing.com/2015/07/ubuntu-phone-gains-landscape-support-paves-way-...
"Ultimately this paves the way for something Canonical is calling Convergence: the ability to treat your smartphone as both a mobile phone and a desktop computer.
Since Ubuntu for phones shares a code base with Ubuntu for desktop or notebook computers, the idea is that you’ll be able to use mobile-friendly apps on the go and hook up a keyboard, mouse, and display to run full-fledged desktop apps when you’re at home or at the office.
Microsoft is building a similar feature (called “Continuum for phones”) into the next version of its Windows operating system for smartphones. But both Microsoft and Canonical suggest that their desktop/smartphone hybrid software will require a fair amount of processing power: both companies say that you probably won’t be able to take full advantage of the desktop-style features on current hardware. You’ll probably need to buy a new phone… once new phones that support Convergence/Continuum are available."