TSMC and Samsung race to 10nm FinFET
Samsung’s decision to jump straight for 14nm amazon coque samsung galaxy j7 paid off this generation, helping its latest coque coque iphone 4 abeille samsung j5 2015 chat Exynos 7420 SoC outperform coque iphone 4 pour fille and run cooler than coque iphone 4 et 4s the competition. However, the chip manufacturer may not have the same advantage next year, as TSMC is coque iphone 7 rocky 4 racing ahead coque samsung galaxy a5 2016 ultra resistante with its own 10nm FinFET process.
TSMC already has its 16nm facilities online and is working on 16nm FinFET Plus (16FF+) for coque manchester city iphone 4 the second half of the year. The next stop is 10nm, and the company is expected to coque iphone 7 contour begin risk production on this process in the second half of 2016.
Risk production comes in the closing stage of process testing, coque samsung a3 2016 darty where the manufacturer is looking to improve yields. It is around this stage coque iphone 7 action that TSMC would begin talking to potential customers looking to use its facilities. Whoever proves to have a stable 10nm process first will likely win coque samsung j6 plus paillette lucrative contracts from the likes of Apple and coque iphone 4 aiment Qualcomm.
Samsung is aiming to have its 10nm production facilities online after the end of 2016 and will be relying on its existing 14nm FinFET technology until then.
Local sources expect TSMC to enter coque iphone 4 liquide paillettes risk production in Q2 coque samsung j5 2017 princesse 2016, with mass amazon coque samsung galaxy a5 2015 production arriving some time in the second half of 2016. TSMC had previously said that it was expecting production coque samsung galaxy grand prime meilleure amie to begin by the end of 2016. The company coque samsung j5 2017 aliexpress spent coque iphone 5s paris saint germain US$1 billion (1.14 trillion won) coque samsung galaxy a3 2016 lego to help catch up with Samsung. It’s going to be close, but the latest report suggests hema coque samsung that TSMC may be marginally ahead at this stage.
In coque samsung galaxy s5 mini silicone personnalisable terms of the benefits to us consumers, 10nm is expected to allow for improved processor clock rates of up to 20 perfect. Power consumption coque samsung j3 disney stitch could also drop by as much as 40 percent compared with the 14nm process.
With big contracts at stake and falling coque samsung hearthstone profits from its mobile business, the race to 10nm is hugely important for Samsung. TSMC will be looking to win back customers after falling behind this generation. The race is well and truly on.
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