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In its latest earnings presentation, Intel has revealed its plans to launch the first 10nm Desktop CPU family, codenamed Alder Lake in the second half of 2021. At the same time, Intel has confirmed the delay of its entire 7nm product portfolio, shifting by at least 6 months and a 12-month delay of the 7nm process yield.
Intel Alder Lake 10nm Desktop CPUs Confirmed For 2H 2021 While 7nm (Yield) Delayed Till 2023
Intel has confirmed within its presentation that the Intel Alder Lake line of CPUs will be based on the company's brand new 10nm process node and will be the first desktop lineup to make use of the process node. The lineup is expected in the second half of 2021 and will be succeeding its 11th Generation Rocket Lake CPUs that are expected to arrive by the end of this year or early next year.

Intel Confirms 10nm Alder Lake Desktop CPUs Launching in 2H 2021, 7nm Delayed Till 2023
Intel has confirmed to launch its first 10nm Desktop CPU family codenamed Alder Lake in the 2H 2021 while 7nm process is delayed till 2023.

AMD (NASDAQ:AMD 69.4 16.50%) has emerged as the biggest winner from Intel’s (NASDAQ:INTC 50.625 -16.18%) massive cock-up yesterday, further cementing its status of a rising challenger. As an illustration, AMD shares are up 16.27 percent, trading at $69.26 price level, as of 14:50 ET. Should AMD manage to close near this point, it will have formed a fresh all-time high.
So, how did AMD receive such a boost? The saga began yesterday when Intel revealed as part of its Q2 2020 earnings:
“The company's 7nm-based CPU product timing is shifting approximately six months relative to prior expectations. The primary driver is the yield of Intel's 7nm process, which based on recent data, is now trending approximately twelve months behind the company's internal target.”

AMD (NASDAQ: AMD) Shares Soar Over 16% as Intel Flounders in the 7nm Arena
AMD shares are on track for a new all-time high on the back of the announcement by Intel yesterday of a delay in its 7nm products

Damn, Intel keeps failing on those nodes. I mean, we all know those CPUs will be really fast, but damn.