[Abstract] Intel will no longer directly link PC upgrades with more advanced processes, saying that users are concerned about performance rather than process, which means that it will use the same process to produce more generations of chips.
Tencent Digital (Wen Xin) According to the PCWorld website, Intel is changing its view of the chip upgrade path.
Intel considers continuing performance improvements in the release of each new chip architecture and no longer directly linking chip upgrades to manufacturing processes.
Venkata Renduchintala, president of the Intel client and IoT business and system architecture group, said: "We will divide the algebraic number of chips by the rate of performance increase. I do not think that chip generation is related to process upgrades."
Ludundantara said that the improvement of performance is more important, and the process of manufacturing chips will no longer be so concerned. “Chip algebra is no longer linked to the manufacturing process, and it can be reflected in a more predictable product release rhythm and it can help promote users. Upgrade the PC."
At the same time, Intel will increase the development of modems in order to move toward the 5G era more quickly. Intel is committed to achieving growth in the telecommunications market and moderately reducing its emphasis on PCs - the growth of the PC market has stagnated. Intel demonstrated the new modem at the International Consumer Electronics Show in Barcelona.
In the past, Intel will use the same manufacturing process to release two generations of PC chips. Intel adopts the Tick-Tock model for chip release, which is to introduce a new process every two years and then launch a new microarchitecture every other year. But in the 14-nm manufacturing process, Intel changed the pace of product release.
Intel has released three generations of 14nm process PC chips - Broadwell, Skylake and Kaby Lake. It recently disclosed that the eighth-generation Core chips will also be manufactured using a 14-nm process. The announcement made by Intel is surprising because it has already completed the development of the 10-nanometer process.
Because of its ability to improve chip designs and optimize existing manufacturing processes to improve product performance, Intel has produced more generations of chips using the 14-nanometer process.
However, Intel will also release a chip code-named Cannonlake later this year - this is its first 10-nanometer process chip. One of the big questions in the industry today is whether the eighth-generation Core chips also include Cannonlake.
PCWorld said that Intel has not yet decided on what brand name Cannonlake adopts, or how it will market chips that it plans to release later this year.
Luntangtara said, "If Cannonlake goes public at the end of this year, how we market it is still an interesting issue. We haven't made any decisions yet."
Intel has said that compared to the current Kaby Lake chip, the performance of the eighth-generation Core processor with 14nm process will increase by more than 15%.
The parallel sale of 10 and 14 nanometer process chips will create a brand plight, and Intel may have to release the ninth and eighth generation Core chips in parallel.
Given Intel's new strategy in chip design, it's hard to predict how many generations of chips will use the 10-nm process. A rough estimate is that before adopting the 7-nm process, Intel will release 3-4 chip architectures.
PCWorld said that at present, the first to adopt the new architecture is the PC chip, but this situation will change in the coming years, the server chip will first adopt a new architecture. This shows that due to the weak PC market, the importance of PC chips within Intel has dropped, and the importance of server chips has risen relatively.
Ludundantara said that Intel will shift to a new model, and users can expect that "the platform will be upgraded once a year and its performance will be significantly higher than the previous generation."
Source: PCWorld
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