Intel 16C/24T “Alder Lake-S” CPU engineering sample is faster than Core i9-9900K

Published: 9th Feb 2021, 23:11 GMT   Comments

Intel 10nm Alder Lake-S with 16-cores and 24 threads

This is not the first time 16-core Alder Lake CPU has made an appearance on the Geekbench website. In fact, the CPU has been appearing more and more often over the past few weeks. The previous leaks have already confirmed that the 12th Gen Core CPU will utilize DDR5 memory. What the leaks have not demonstrated yet is how fast Alder Lake really is.

It is clear that Geekbench software is not able to fully understand the complicated internal structure of Intel Hybrid Technology yet. The CPUs based on this architecture will utilize high-efficient ‘Gracemont’ and high-performance ‘Golden Cove’ cores. This is why the software reports on 16 cores and 24 threads, as the ‘small cores’ do not support Intel hyper-threading technology. While the software correctly reads the base frequency, there appears to be an issue with the max frequency reporting.

In comparison to previous leaks, this 16C/24T sample has a faster base clock. We have already seen 1.4 GHz in Geekbench V5 leak and more recently 1.8 GHz in SiSoft Sandra’s. In the Geekbench V4 benchmark the software reports 2.2 GHz as the base frequency. It is unclear if this sample is a higher-clocked model or we are simply looking at a matured prototype.

The software reports on 27.2 GHz maximum frequency which is obviously an error. It is unclear how the software ended up with such a number, but one would guess it’s either a multiplication of 8 or 10. It would mean that the actual frequency is around 2.7 to 3.4 GHz. It is also possible that the frequency is only read from the Gracemont cores, which might have a lower boost frequency compared to Golden Cove.

Intel Alder Lake-S 16-core 24 Thread Geekbench Specs, Source: Geekbench

Intel Alder Lake 16-core CPU Performance, Source: Geekbench

Since Geekbench does not have an official ranking page for its V4 (Version 4) scores, median results were used from the software’s public database (for both single-core and multi-core). This method is not an ideal solution, but it should be accurate enough to see where this Alder Lake-S CPU stacks up at this stage.

With a single-core score of 6436 points and a multi-core score of 47870 points, the 12th Gen Core CPU is already faster than Core i9-9900K in both benchmarks. The sample is also faster than 10900K in the multi-core benchmark, but the Comet Lake CPU still has a 5% lead in the multi-core test. Unfortunately, there are no 11900K Geekbench V4 benchmark results yet that could have been used for comparison.

The performance is likely to increase with ES2 (second revision engineering sample) and later with the retail unit. However, it remains to be seen how much more frequency will still be added to the 16-core and 24-thread Alder Lake CPU.

Intel Alder Lake-S Geekbench V4 Performance
SKUConfigurationSingle-CoreMulti-Core
Intel Alder Lake-S8C+8c/24T
 
6436
 
47870
Intel Core i9-10900K10C/20T
 
6720
 
45000
Intel Core i9-9900K8C/16T
 
6340
 
35500
AMD Ryzen 9 5950X16C/32T
 
7420
 
66800
AMD Ryzen 9 5900X12C/24T
 
7340
 
57000
AMD Ryzen 7 5800X8C/16T
 
7500
 
44600
AMD Ryzen 9 3950X16C/32T
 
6000
 
57800

Intel is expected to launch its 12th Gen Core series by the end of 2021.

INTEL Mainstream CPU Series Specs
VideoCardz.comCoffee Lake-SComet Lake-SRocket Lake-SAlder Lake-SRaptor Lake-S
Launch Year20182020Q1 20212H 20212022-2023
Fabrication Node14nm14nm14nm10nm SuperFinTBC
Core µArchSkylakeSkylakeCypress CoveGolden Cove + GracemontGolden or Ocean Cove + Gracemont
Graphics µArchGen9.5Gen9.5Gen12.1Gen12.2Gen 12.7
Max Core Countup to 8 coresup to 10 coresup to 8 coresup to 16 (8+8)TBC
SocketLGA1151LGA1200LGA1200LGA1700LGA1700
Memory SupportDDR4DDR4DDR4DDR5DDR5
PCIe GenPCIe 3.0PCIe 3.0PCIe 4.0PCIe 5.0PCIe 5.0
Intel Core Series8th/9th Gen Core-S10th Gen Core-S11th Gen Core-S12th Gen Core-S (?)13th Gen Core-S (?)
Motherboard ChipsetsIntel 300 (eg. Z390)Intel 400 (eg. Z490)Intel 500 (Z590)Intel 600 (eg. Z690) (?)Intel 700 (eg. Z790) (?)

Source: Geekbench via HotHardware




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