Before we begin with this story, let’s recap it a bit. Intel’s currently available cellular processors are known as “Core Extremely 100”, codenamed Meteor Lake, and it is about to launch the “Core Extremely 200V” sequence, codenamed Lunar Lake. There are additionally “Core Extremely 200” desktop processors in the best way; these can be Arrow Lake, after which, later in subsequent years, we’ll see new LGA 1700 CPUs known as “Core 200”, codenamed Bartlett.
Sooner or later, most likely by the end of the subsequent year, Intel will launch its next-generation cellular processors, often known as “Panther Lake.” We first heard about this processor in the early final year. These components would be the successors to “Lunar Lake” and thus are anticipated to be branded “Core Extremely 300.” In line with the newest leaks, Panther Lake will function as many as sixteen CPU cores from the Cougar Cove and Skymont architectures.
This data comes from the person who appears to have all of the Intel data these days, Jaykihn. He shares that Panther Lake goes to come back in no less than three completely different setups: 25W SKUs with as many as 16 CPU cores and 4 “Celestial” GPU cores, one other model that is similar apart from the transfer to 12 Xe3 cores, after which a lower-power model that drops all the “full-power” E-Cores to have simply 8 CPU cores and the 4 Xe3 GPU cores.
The CPU core configurations within the tweet are discussed with P-cores and E-cores, after which low-power E-cores are discussed. We have already seen such a design within the extant Meteor Lake Core Extremely processors. However, Panther Lake should take a web page from Lunar Lake and double the variety of LP E-cores. It is fascinating that the “full energy” E-cores are minimized within the 15W model; half seems similar to Lunar Lake, with half the GPU cores.
The leaker explains in tweet replies that whereas the two configurations with various graphics capabilities might have identical base energy restrictions, the “PL2,” the short-term turbo energy restriction, could also be completely different. We’re undecided about whether it is a fantastic technique for a component with an enormous GPU, provided that gaming is a workload with a reasonably constant energy draw; however, Intel designs CPUs, and we do not. These are rumors; who knows what the ultimate spec can be?
This picture is way more legible within the massive model, so click on it.
This picture was additionally shared, depicting a Panther Lake-H (25W) package deal. Within the illustration, you may see five separate cubes, though the illustration refers to a “Die 0,” which is probably going to the bottom tile that these parts connect to. The most important die, Die 4, is reportedly the Compute tile with the CPU cores, and the second-largest, Die 5, is supposedly the Celestial GPU. The lengthy and thin Die 1 is seemingly the Platform Management Die or PCD, carrying “uncore” features, after which the second and third dies are merely blanks for structural functions.
On condition that we do not know something about clocks, caches, and even the traits of the Cougar Cove cores (nor any modifications that Intel would possibly make to Skymont between Lunar Lake and Panther Lake), it is inconceivable even to guess how these components would possibly carry out. Hopefully, Intel will reveal extra details about its upcoming CPUs at its Innovation occasion in September.