Intel’s subsequent new processors would be the Meteor Lake chips coming to laptops and small-form-factor desktops by the tip of the 12 months and thru the start of subsequent 12 months. After that, we’ll see Arrow Lake doubtless late subsequent 12 months, which is anticipated to interchange each Meteor Lake in laptops in addition to the Raptor Lake Refresh platform in desktops.
Intel demoed Lunar Lake on stage at its Innovation ’23 present final month, so we already knew the corporate had working silicon, however a benchmark leak (noticed by Everest) over on the SiSoftware Official Benchmark Ranker provides us a sneak peek at an early pattern of the chip. We all know it is Lunar Lake as a result of it says so proper within the outcome: “Intel Lunar Lake Shopper Platform Lunar Lake Shopper System (Intel LNL-M LP5 RVP1).”
A number of the quickest laptop computer outcomes for the benchmark.
The complicated a part of the result’s that SANDRA appears to learn the processor as a twenty-core CPU. In reality, it says “5M 20c,” which reads to us like the applying is maybe decoding the Lunar Lake CPU as an outdated AMD “building” household CPU with clustered multi-threading. These chips used “modules” containing two “cores” that shared an FPU, though after AMD’s loss in courtroom, it was pressured to confess that “modules” had been extra like “cores” than what AMD was calling a “core.”
The upshot is that, as @uzzi38 says above, that is most likely an eight-core CPU—doubtless 4+4 contemplating the cache construction—however it could seem in an uncommon technique to the working system’s scheduler owing to its partitioned thread scheduling functionality.
In the end we would not put an excessive amount of inventory within the efficiency outcome as a result of that is certainly an early pattern of Lunar Lake, and never notably more likely to replicate remaining efficiency. It is nonetheless fascinating to see the chip present up in a benchmark leak like this, although, and it proves that Intel’s demo on stage wasn’t only a one-off chip.
