the production of its upcoming Snapdragon 820 chipset, after the TSMC fiasco with 810, while Apple has given the A9 production to the Samsung fab in Austin.In fact, the TSMC risk trial productions of 10nm chips will start as soon as this year, and the foundry will be able to accept orders from big customers like Apple or Qualcomm as soon as next year, if all goes well. This apparently doesn't sit well with Samsung, as it managed to steal those two important customers from TSMC with its 14nm process already. Qualcomm has tasked Samsung with
For now, Samsung plans on expanding its 14nm capacity, and hasn't announced any change of schedule for the start of its own 10nm lines, which was originally set for the end of next year. Back in May, however, the System LSI division showcased the first 10nm wafers in a highly unusual move, likely aimed at giving a pause to big customers like Apple, before they commit to TSMC for the development of their next-gen chipsets. The 10nm process, as with every die shrink of this magnitude, will introduce a 20% increase in peak clock rates, and a whopping 40% decrease in power consumption, all in the same footprint, and that's what the race is all about.