Intel’s Next-Gen Lunar Lake CPU Spotted: Early Sample With 20 Cores, 3.9 GHz Boost Clocks, 16 MB L3 Cache
A super-early Intel Lunar Lake CPU has been spotted within the SiSoftware database which packs 20 cores and up to 3.9 GHz boost clocks.
At Innovation 2023, Intel showcased the very first demo of an early Lunar Lake CPU which booted into the operating system and was running an AI workload, showcasing its stability. Now, the same Lunar Lake CPUs are showing up in online databases with one early sample making its way to the SiSoftware database.
The Intel Lunar Lake CPU sample was recently added to the database (3rd October 2023) so it may as well be the same chip that we saw during the event. As for specifications, the Lunar Lake ES chip comes packed with 20 cores which operate at a base frequency of 1.0 GHz and a boost frequency of 3.91 GHz for the P-Core and 2.61 GHz for the E-Core cluster.
It was recently reported that Lunar Lake CPUs will retain the Lion Cove P-Core and Skymont E-Core architecture which is the same that is used for Arrow Lake chips. It is also likely that the compute tile will be based on the 20A process.
The chip features 10 MB of L2 cache for the P-Core clusters and 4 MB of L2 cache for the E-Core clusters for a combined total of 14 MB L2 cache. The entire chip features a shared 16 MB L3 cache too. That's 25% higher L2 cache for the P-Cores versus the upcoming Redwood Cove cores which are equipped with 2 MB L2 cache per core. But at the moment it is too early to tell what the final core/thread count of this chip would be and how they will be split between the P-Cores & E-Cores.
The Intel Lunar Lake CPU was running at an average power of 17W since the lineup is focusing on the mobility segment with improved performance/watt gains. The CPU itself was running on Intel's Reference Evaluation Platform with
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