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Why is Intel delaying the 10nm process?
Recently, Intel's CEOBobSwan talked about some topics related to the company, and some of them thought about the reasons why the 10nm can't be released. He said: "On the point where the process is becoming more and more difficult, we set up. A more radical goal. Since then, the completion of new processes has been delayed."
Intel's 14nm process has been in use for almost five years since it was officially launched in late 2014. It may be Intel's longest used process in more than a decade. Process development is becoming more and more difficult, and time to defer formal use again and again has forced Intel to revise their product plans and roadmaps over and over again over the past few years.
14nm also experienced an extension in the early stage, which led to the partial failure of Intel's Tick-Tock strategy. Broadwell, which should have been launched in mid-2014, is the five-generation Core. Because of the 14nm extension, Intel introduced the HaswellRefresh series, such as the classic. The E3-1231V3 and i7-4790k are the products of this Refresh.
In the past few years, due to the serious delay of the 10nm process, the Tick-Tock strategy was completely abandoned, and the process was deeply excavated. So we saw the products of the eight generations and nine generations of Core II 14nm++ process, and even It is possible to see the 14th+++ 10th generation Core at the end of this year or next year.
In the goal of the 10nm process, Intel initially set a goal of increasing transistor density by 2.7 times compared to the 14nm process. This radical goal made 10nm encounter a considerable degree of difficulty, resulting in continuous delay. When BobSwan was asked about the 7nm node problem after 10nm, he replied that this time they set a goal to increase the density by a factor of two, and revealed that 7nm is already under development and will be officially launched within two years.
Intel currently has a few companies that combine the design of high-performance chips with the manufacture of state-of-the-art process chips. The insistence on using their own processes on the CPU has made them tired of the challenges that AMD has faced in the past two years. Not long ago, there were news reports. Intel will choose a third party to create its own new GPU. It also shows that they are in a period of shortage in terms of capacity. I hope that Intel can survive this difficult time and continue to lead the industry as a leader in the semiconductor industry.
Intel's 14nm process has been in use for almost five years since it was officially launched in late 2014. It may be Intel's longest used process in more than a decade. Process development is becoming more and more difficult, and time to defer formal use again and again has forced Intel to revise their product plans and roadmaps over and over again over the past few years.
14nm also experienced an extension in the early stage, which led to the partial failure of Intel's Tick-Tock strategy. Broadwell, which should have been launched in mid-2014, is the five-generation Core. Because of the 14nm extension, Intel introduced the HaswellRefresh series, such as the classic. The E3-1231V3 and i7-4790k are the products of this Refresh.
In the past few years, due to the serious delay of the 10nm process, the Tick-Tock strategy was completely abandoned, and the process was deeply excavated. So we saw the products of the eight generations and nine generations of Core II 14nm++ process, and even It is possible to see the 14th+++ 10th generation Core at the end of this year or next year.
In the goal of the 10nm process, Intel initially set a goal of increasing transistor density by 2.7 times compared to the 14nm process. This radical goal made 10nm encounter a considerable degree of difficulty, resulting in continuous delay. When BobSwan was asked about the 7nm node problem after 10nm, he replied that this time they set a goal to increase the density by a factor of two, and revealed that 7nm is already under development and will be officially launched within two years.
Intel currently has a few companies that combine the design of high-performance chips with the manufacture of state-of-the-art process chips. The insistence on using their own processes on the CPU has made them tired of the challenges that AMD has faced in the past two years. Not long ago, there were news reports. Intel will choose a third party to create its own new GPU. It also shows that they are in a period of shortage in terms of capacity. I hope that Intel can survive this difficult time and continue to lead the industry as a leader in the semiconductor industry.