Intel CEO Pat Gelsinger confirmed that the company is on track with its 7nm plan, and that the first chips to use the new, smaller node will debut on desktop PCs in 2023. Known as its codename as Meteor Lake, Intel’s new processors will be built using the company’s 7nm process with ultraviolet lithography or EUV in a discounted, simplified process flow, the company claimed.
Outlining Intel’s new construction plans, the company said, “Intel expects to tape in a calculating tile for its first 7nm client CPU (code-named” Meteor Lake “) in the second quarter of this year. As its integrated device manufacturing model or IDM 2.0. “In addition to process innovation, Intel’s leadership in packaging technology is an important differentiator that enables a combination of multiple IPs or ’tiles’ to deliver uniquely customized products That meet diverse customer needs in the world of pervasive computing. “
Intel’s initial struggle to bring smaller, more efficient 10nm and 7nm manufacturing processes was previously heavily publicized, but the company said it is leaning on the EUV to help simplify the process flow. Going forward, Intel predicted that a large part of its product line would be based on the 7nm process in 2023. AMD is already basing all of its recent products on TSMC’s 7nm node, while Nvidia is most recently using Samsung’s 8nm node.
Will not be the first Intel processor to use the 7nm process Technically There is a meteor lake. The process will initially begin on Ponte Vecoio, built for high-performance computing, such as the Aurora Supercomputer. Following the launch of Ponte Vecocchio, Intel hopes to launch Meteor Lake with a 7nm node in 2023, following design IP verification in the second quarter of this year. According to AnandTech, Meture Lake will also take advantage of Intel’s Favros packaging technology.
Like Elder Lake, which will debut in desktop and mobile later this year, Meteor Lake hopes to use Intel’s heterogeneous chip design with high-power cores with processing power with energy-efficient cores and Power is to maximize efficiency. Intel hopes to combine Ocean Cove and Gresmont Corps for Meteor Lake using a 3D stack with technology from its Favros acquisition.
Recently, it has been rumored that Intel would rely on a new Redwood Cove architecture that would turn Meteor Lake into a more agnostic node, meaning that cores could be manufactured in different laboratories and then piled together. is. According to Wccftech, Intel can build its own core by other fabs like TSMC or Samsung using 3D stacking. Using multiple fabs can help Intel avoid the shortcomings and manufacturing problems the company experienced in the past for Meteor Lake. Gelsinger, in his presentation, highlighted the company’s use of third-party laboratories, so those fabs would likely play a key role in Intel’s product plans. Additionally, Intel is investing $ 20 billion in a new fab as part of IDM 2.0 to expand its manufacturing capabilities.
Meteor Lake hopes to support the LGA 1700 socket, starting with Elder Lake, which means we can expect DDR5 and PCIe Gen 5 support with the new platform.
For data centers, 7nm granite rapid chips will also debut in 2023. Granite Rapids was originally banned for launch in 2022, but the 2023 launch date matches Intel’s revised timeline.