LaptopScience and Technology

Image of Intel Meteor Lake laptop processor released – fourteenth generation Core


Stephen Shankland from CNET He visited the Arizona chip factory and had a blue team, and fortunately shared the first image of Intel’s Meteor Lake laptop processor. While the tech giant has yet to unveil its twelfth-generation mobile processors, the Alder Lake P and Alder Lake M, we see these images of the next two generations of test silicones.

The images were taken at Intel’s Fab 42 plant in Chandler, Arizona. CNET has also released close-up photos of several other chips, including the next-generation Xeon Scalable with HBM memory and codenamed Sapphire Rapids or even the Ponte Vecchio data center accelerator.

Image of Intel Meteor Lake laptop processor

Most interesting of all is the image that Stephen took of the 300mm wafer of Meteor Lake M processors, fourteen-generation low-power models. In fact, these are the first images of real silicon that have actually been produced experimentally. In fact, there is one thing in common between all these chips, and that is the design of MCM with advanced packaging technologies. An issue that Intel is using to use in its new generation of products.

Image of Intel Meteor Lake laptop processor

Based on the dimensions of these chips, as mentioned, we will probably see the Meteor Lake M series, which will operate in the temperature range of 5 to 15 watts. The point is, it’s unclear where each Tile or chip on the package works. Intel has confirmed that Meteor Lake will use Foveros technology, and up to three Tiles have been approved for it: Compute Die (probably the largest die in the images), SoC LP for input / output, and a graphical die that may hold 96 to 192 executables. It has a place in itself. The experimental chip, however, clearly contains four Tiles, the purpose of which is currently unknown.

Meteor Lake processor
Image of Intel Meteor Lake laptop processor
SeriesProcessor architectureManufacturing technologyMaximum number of coresPlatform chipsetPlatform socketMemory supportedthermal powerPCIe supportRelease date
Intel Sandy BridgeSandy Bridge32 nm4/8Series 6LGA 1155DDR335 to 95 wattsPCIe Gen 2.02011
Intel Ivy BridgeIvy Bridge22 nm4/8Series 7LGA 1155DDR335 to 77 wattsPCIe Gen 3.02012
Intel HaswellHaswell22 nm4/8Series 8LGA 1150DDR335 to 84 wattsPCIe Gen 3.02013 to 2014
Intel BroadwellBroadwell14 nm4/8Series 9LGA 1150DDR365 wattsPCIe Gen 3.02015
Intel SkylakeSkylake14 nm4/8Series 100LGA 1151DDR4 / DDR3L35 to 91 wattsPCIe Gen 3.02015
Intel Kaby LakeKaby Lake14 nm plus4/8Series 200LGA 1151DDR4 / DDR3L35 to 91 wattsPCIe Gen 3.02017
Intel Coffee LakeCoffee Lake14nm plus plus6/12Series 300LGA 1151DDR435 to 95 wattsPCIe Gen 3.02017
Intel Coffee Lake RefreshCoffee Lake14nm plus plus8/16Series 300LGA 1151DDR435 to 95 wattsPCIe Gen 3.02018
Intel Comet LakeComet Lake14nm plus plus10/20Series 400LGA 1200DDR435 to 120 wattsPCIe Gen 3.02020
Intel Rocket LakeRocket Lake14nm plus plus8/16Series 500LGA 1200DDR4UnknownPCIe Gen 4.0?2021
Intel Alder LakeAlder LakeIntel 716/24?600 series?LGA 1700DDR5UnknownPCIe Gen 5.0?2021?
Intel Raptor LakeRaptor LakeIntel 716/30?700 series?LGA 1700DDR5UnknownPCIe Gen 5.0?2022?
Intel Meteor LakeMeteor LakeIntel 4Unknown800 series?LGA 1700?DDR5?5 to 125 wattsPCIe Gen 5.0?2023?
Intel Arrow LakeArrow LakeIntel 4?40/48?900 series?UnknownDDR5?UnknownPCIe Gen 5.0?2024
Intel Lunar LakeLunar LakeIntel 3?Unknown1000 series?UnknownDDR5?UnknownPCIe Gen 5.0?2025?
Intel Nova LakeNova LakeIntel 3?Unknown2000 series?UnknownDDR5?UnknownPCIe Gen 6.0?2026?

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