Core 14000 benchmarks leaked with 14 and 16 cores

While Intel’s current Raptor Lake processors are still quite similar to the previous generation Alder Lake, there will be big changes again in the second half of the year with Meteor Lake (Core 14000). According to the current state of knowledge, Intel wants to switch from Intel 7 to Intel 4 in production and use both the new P and E cores with Redwood Cove and Cresmont. Additionally, Meteor Lake is said to be based on the first-time chiplet approach, which AMD has been using successfully for years.

Sisoftware double leak

Overall, chances are good that the upcoming Core 14000 processors will be able to clearly differentiate themselves from Intel’s current generation. However, it is not yet clear how great the benefits actually are. However, the first hints now come from well-known Twitter leaker @momomo_us: This has identified two entries in the Sisoftware database where Meteor Lake processors have apparently been tested.

Unfortunately, the entries don’t provide exact model numbers; The processors are read as Intel Core 0000. However, this is not unusual for an upcoming Intel processor, so they may actually be engineering samples for the next generation Meteor Lake.

According to the entries, one of the two models has 14 cores and 28 threads with a clock speed of 3.26GHz. L2 cache is said to be 2MB for every two cores, and the processor is said to have a total of 16MB of available L3 cache. On the other hand, there’s more of everything in the second model, which runs on 16 cores or 32 threads at 3.07/4.2GHz. The L2 cache is said to be 9 x 2MB, and the L3 cache is said to be 24MB. Here, however, the L2 cache does not match the number of cores mentioned, and in general it would be unusual for Meteor Lake to have twice as many cores. Because at least until now, electronic cores did not have SMT. This could be a reading error.

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In terms of performance, the 14-core processor achieved 2375 GFLOPS in the Scientific Analysis Benchmark, while the 16-core processor achieved 3468 GFLOPS. It is noticeable that the current generation of Intel is already achieving significantly higher performance values. An Intel Core i9-12950HX comes out of the laptop For example, to 7290 GFLOPS. If the entries are in fact the Meteor Lake models, they are unlikely to show their actual or final performance.

Source: via tom devices