- Dec 25, 2013
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TSMC expects 10nm volume production in 2017
There's also: TSMC clarifies 16nm and 10nm schedule:
Which quotes EETimes: TSMC Outlines 16nm, 10nm Plans
What does he mean with that last part? Is TSMC going to rename 10nm to 8nm ?
Fortunately, he corrects himself at the end of the article:
They're not. Now let's see what Intel's up to.
First, Intel is combining mobile and client in its quarterly report, which is causing some conspiracies of Intel hiding its losses :sneaky:. (Don't ask me how you can hide losses in a quarterly report.) Secondly, the Compute Stick will be launched shortly for $110 or $150.
Lastly, Intel showed a RealSense smartphone at IDF Shenzhen: Intel Marks 30 Years in China with New Products, Investments and Collaborations. More than 45 tablets are in development with Atom x3. They showed x3 LTE for H2. They announced Atom x3 for IoT. Braswell is shipping. They want to reduce cost and TTM for x5 with reference design.
Update: BK also showed Skylake. So no quadcore Broadwell-M, no BDW-K.
Finally, the semiconductor is a $340B business. Intel is 1, Samsung 2, Qualcomm 3: Semiconductor sales up eight percent.
“We are working with over 10 customers on their 10nm product design. The qualification schedule remains at the end of 2015. We are working with customers on tapeout, and we expect volume production in 2017.”
(...)
“We had a very advanced metal stack with a set of leading customers who wanted to squeeze every last drop out of planar. So 20nm turned into a great deal of business for us. We didn't have to take on two challenges at the same time—developing this complex metal system and bringing up FinFET.”
There's also: TSMC clarifies 16nm and 10nm schedule:
TSMC’s 16nm FinFET node (16FF) is already online, but the improved 16nm FinFET Plus (16FF+) node should be available soon as well. The company confirmed 16FF+ will enter volume production in mid-2015, roughly three months from now.
Which quotes EETimes: TSMC Outlines 16nm, 10nm Plans
Some analysis:The 10nm process will have 2.1 times the logic density of the 16nm node along with a 20% speed gain and 40% power reduction. The company demonstrated a 256 Mbytes SRAM made in the process. TSMC expects its 10nm to be in production by the end of 2016 and alluded to more than ten partnerships in various stages of design.
“We think 10nm will be the long-lasting technology node and for TSMC to be accelerating 10nm, I think that is a very good sign for the industry,” Jones [= International Business Solutions CEO] said. “With the acceleration of 10nm — which they might end up going 8nm — TSMC will close the gap with Intel. I think TSMC is on a roll.”
What does he mean with that last part? Is TSMC going to rename 10nm to 8nm ?
Fortunately, he corrects himself at the end of the article:
“If that happens and TSMC has closed the gap with Intel, the issue is then if TSMC’s 10 and Intel’s 10 are the same,” he said.
They're not. Now let's see what Intel's up to.
First, Intel is combining mobile and client in its quarterly report, which is causing some conspiracies of Intel hiding its losses :sneaky:. (Don't ask me how you can hide losses in a quarterly report.) Secondly, the Compute Stick will be launched shortly for $110 or $150.
Lastly, Intel showed a RealSense smartphone at IDF Shenzhen: Intel Marks 30 Years in China with New Products, Investments and Collaborations. More than 45 tablets are in development with Atom x3. They showed x3 LTE for H2. They announced Atom x3 for IoT. Braswell is shipping. They want to reduce cost and TTM for x5 with reference design.
Update: BK also showed Skylake. So no quadcore Broadwell-M, no BDW-K.
Finally, the semiconductor is a $340B business. Intel is 1, Samsung 2, Qualcomm 3: Semiconductor sales up eight percent.
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