Intel will launch 14-generation Core Meteor Lake processors in the second half of this year, launching the Intel 4 process, the company's first EUV process, and will use a new 3D packaging process, Intel will use a new 3D packaging process.

While welcoming the 4nm EUV, Intel is also speeding up the clean-up of the legacy, and the 11-generation Core Tiger Lake processor released in 2020 has now entered the decommissioning stage.This batch is mainly medium and low-end core i7 / i5/i3 and Cy Yang series, including U series and H35 series, the most high-end is the core i7-1165G7.

It was decommissioned with the matching 500 series chipsets, including RM590E,HM570E and QM580E series.

Orders for these products can be placed before October 27, 2023.June 28, 2024 is the final shipping date, the retirement period is as long as one year, and it is estimated that some mini-hosts will continue to use 11-generation Core.

In April, Intel retired 11 generations of high-end Core Desktop and Mobile models, the former actually the Rocket Lake Rocket Lake series of 14nm technology, and the latter the Tiger Lake-H45 standard pressure series.

The Tiger Lake processor launched Intel's 10nm SuperFin process, which can be thought of as the previous 10nm + process, which is basically the same as the current renamed Intle 7 process (the latter is said to be 10nm SuperFin Enchanced), and its performance can be improved by more than 15% compared with the original 10nm.

The Tiger Lake processor launched Intel's 10nm SuperFin process, which can be thought of as the previous 10nm + process, which is basically the same as the current renamed Intle 7 process (the latter is said to be 10nm SuperFin Enchanced), and its performance can be improved by more than 15% compared with the original 10nm.

The Tiger Lake processor launched Intel's 10nm SuperFin process, which can be thought of as the previous 10nm + process, which is basically the same as the current renamed Intle 7 process (the latter is said to be 10nm SuperFin Enchanced), and its performance can be improved by more than 15% compared with the original 10nm.

The 11th generation core mobile version is in fact well controlled in terms of performance and power consumption, is very competitive in notebooks, and is not out-of-date at present, and a lot of products can be found on the market.