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AMD
unveiled the details of its 7 nm Zen 2 microarchitecture, which represents the second, perhaps the most important step in the Zen timeline, dating back to 2017 with the launch of its first-ever Ryzen, Ryzen Threadripper and EPYC processors generation.
The Zen 2 microarchitecture represents the most awaited improvement of Zen to this day.AMD
Mark Papermaster of AMD spoke in detail about his new 7 nm Zen 2 core and its partnership with TMSC, which will manufacture it. It claims immediately a doubling of the central density and a halving of energy consumption for the same performance, which could indicate an increase in the number of cores in the future by its processors . He also claimed that Zen 2 would offer an IPC performance gain 1.2 times greater than that of current Zen + based processors, thanks to the use of a second generation Infinity Fabric fabric. .
AMD Zen Micro-Architecture 2 is expected to be launched in the near future and offer lower power consumption, higher frequencies and increased core densityAMD
Zen 3 on track, Zen 4 in design
The manufacturing process in 7 nm and the Zen chronology do not stop at the highly anticipated Zen 2. The microarchitecture of Zen 3 is apparently on track and Zen 4 is in the design phase.
The AMD timeline includes 7 nm Zen 2, Zen 3 and Zen 4 models.AMD
AMD's success with Ryzen, Threadripper, and EPYC has been a major topic of discussion for the computer industry over the past two years and for good reason; these process lines offered fierce competition to
Intel
7nm core designAMD
Intel's 10-nm delayed manufacturing process still does not have a specific release date. The company is still using a 14-nm process that has been refined many times, including the Broadwell processors launched in 2014.
Mark Papermaster of AMD describes the new micro-architecture of the 7 nm Zen 2 and reveals that Zen 3 and Zen 4 are also on the right track.Antony Leather
Zen 2 will be the cornerstone of its Ryzen and Ryzen Threadripper desktop processors as well as its EPYC server processors. This is the most important step in Zen chronology for several reasons. AMD needs to keep up its performance to remain competitive and has already made significant gains with Zen +, offering higher frequencies and improved boost algorithms with tangible benefits, especially for low-threaded workloads. The move to 7nm should allow higher frequencies as well as higher yields, which will affect the three levels of the current processor range.
I will discuss in more detail the launch and discuss the impact of AMD's 7DM Zen 2 microarchitecture on its product line and competition with Intel. So be sure to follow me here on Forbes or on social networks using the links below. .
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AMD
unveiled the details of its 7 nm Zen 2 microarchitecture, which represents the second, perhaps the most important step in the Zen timeline, dating back to 2017 with the launch of its first-ever Ryzen, Ryzen Threadripper and EPYC processors generation.
The Zen 2 microarchitecture represents the most awaited improvement of Zen to this day.AMD
AMD's Mark Papermaster spoke in detail about his new 7 nm Zen 2 core and its partnership with TMSC, which will manufacture it. It claims immediately a doubling of the central density and a halving of energy consumption for the same performance, which could indicate an increase in the number of cores in the future by its processors . He also claimed that Zen 2 would offer an IPC performance gain 1.2 times greater than that of current Zen + based processors, thanks to the use of a second generation Infinity Fabric fabric. .
AMD Zen Micro-Architecture 2 is expected to be launched in the near future and offer lower power consumption, higher frequencies and increased core densityAMD
Zen 3 on track, Zen 4 in design
The manufacturing process in 7 nm and the Zen chronology do not stop at the highly anticipated Zen 2. The microarchitecture of Zen 3 is apparently on track and Zen 4 is in the design phase.
The AMD timeline includes 7 nm Zen 2, Zen 3 and Zen 4 models.AMD
AMD's success with Ryzen, Threadripper, and EPYC has been a major topic of discussion for the computer industry over the past two years and for good reason; these process lines offered fierce competition to
Intel
Intel's 10-nm delayed manufacturing process still does not have a specific release date. The company is still using a 14-nm process that has been refined many times, including the Broadwell processors launched in 2014.
Mark Papermaster of AMD describes the new micro-architecture of the 7 nm Zen 2 and reveals that Zen 3 and Zen 4 are also on the right track.Antony Leather
Zen 2 will be the cornerstone of its Ryzen and Ryzen Threadripper desktop processors as well as its EPYC server processors. This is the most important step in Zen chronology for several reasons. AMD needs to keep up its performance to remain competitive and has already made significant gains with Zen +, offering higher frequencies and improved enhancement algorithms with tangible benefits, especially for light loadloads. The move to 7nm should allow higher frequencies as well as higher yields, which will affect the three levels of the current processor range.
I will discuss in more detail the launch and discuss the impact of AMD's 7DM Zen 2 microarchitecture on its product line and competition with Intel. So be sure to follow me here on Forbes or on social networks using the links below. .
