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Switching to 10nm process technology won’t solve all Intel problems
Intel representatives now like to talk about how much progress they made in terms of performance when changing from one generation of 10nm process technology to another, as a result of which the latter was even given the designation SuperFin. Some knowledgeable sources continue to believe that even at the height of its success, the 10nm process technology will not be able to save Intel from all problems.
Image source: Intel
Charlie Demerjian, who usually hides his revelations behind the barrier of paid subscriptions to SemiAccurate, spoke at the Susquehanna conference, allowing some participants in the discussion on Reddit pages to record their points in writing. It was about the problems that Intel will face in the development of 10nm technology.
Charlie began by reminding the audience of the extremely low yield of good crystals in 10nm Cannon Lake processors, which Intel even had to classify as «generation 0» due to limited market penetration. So, less than 25% of the Cannon Lake crystals obtained on a silicon wafer were later suitable for use for their intended purpose, even taking into account the disabling of integrated graphics on all production copies.
Of course, the so-called SuperFin has bypassed Cannon Lake by two generations, but the yield of suitable products within this version of 10nm technology is still lower than in the case of the 14nm process technology. The source claims that more than half of all 10nm crystals are usable, but this figure is far from typical for mature lithographic technology.
Intel and production capacity is not enough to produce 10nm products in sufficient quantities. For this reason, the rate of expansion of the range of 10nm products may be lower than promised, and the production volumes of already presented products will be limited. In particular, laptop manufacturers are complaining about a shortage of 10nm Tiger Lake processors, produced by Intel with the advanced version of SuperFin technology. Intel’s desperate move to port Rocket Lake to 14nm for modern desktop processors Charlie Demerdjian criticizes. According to him, the processors received large crystals and a high level of power consumption, and this increases their cost and worsens consumer qualities.
In fact, the source does not believe that the 10nm process technology will be able to bypass the 14nm technology in terms of Intel’s production volumes. This could create problems for 10nm Alder Lake-S desktop processors to be released in sufficient quantities, although Intel officials are looking forward to a significant performance increase over their predecessors. Whether Alder Lake’s limited production capacity will reverse the tide of AMD’s solidification in the desktop segment is a big question.