LaptopScience and Technology

Geekbench Core i9 12900HX benchmark – up 14% better than 12900HK


We will soon see the first Intel laptop processor with 16 cores, which is why the Core i9 12900HX benchmark in Geekbench Has been disclosed.

An unnamed gaming notebook from Lenovo with a 16-core Core i9 12900HX chip that uses BGA-designed Alder Lake HX desktop silicon has been tested in Geekbench. This processor has more cores and strings than the current mobile flagship called Core i9 12900HK with 14 cores of 20 threads.

The new processor reports a base frequency of 2.5 GHz and a boost of 4.89 GHz, but it is likely that its boost frequency will increase to 5.0 GHz in the final version. We are currently seeing the preliminary results and will have to wait for more tests.

The laptop is also equipped with GeForce RTX 3080 Ti graphics, which is the fastest separate graphics for notebooks with Ampere GA103 graphics processor.

Geekbench Core i9 12900HX notebook processor benchmark

Geekbench Core i9 12900HX notebook processor benchmark

The Core i9 12900HX scored 19 points in the Geekbench single-core test in 1921 and 15,974 in the multi-core test. Unfortunately, the Core i9 12900HK is not yet in the official Geekbench charts and the average score is not known, but the latest scores of this processor are 1800 and 14000, respectively. This means (probably) 7 and 14% better performance than the HX model.

Unfortunately, there is no complete information on the Alder Lake HX family, and we only know of two models, the 12900HX and 12650HX, which will have a higher base power of 55 watts. These processors are based on 16 desktop cores of silicon and, of course, have a smaller number of graphics (integrated) cores.

Processor nameNumber of cores / stringsBase frequencyBoost frequencyMemory cacheIntegrated graphics configurationthermal powerMaximum thermal power
Core i9 12900HX8 + 8/24Unknown5.0 GHz?Unknown32 executive units?55 wattsUnknown
Core i9 12900HK6 + 8/202.5 GHz5.0 GHz24 MB96 executive units
1450 MHz
45 watts115 watts
Core i9 12900H6 + 8/202.5 GHz5.0 GHz24 MB96 executive units
1450 MHz
45 watts115 watts
Core i7 12800H6 + 8/202.4 GHz4.8 GHz24 MB96 executive units
1400 MHz
45 watts115 watts
Core i7 12700H6 + 8/202.3 GHz4.7 GHz24 MB96 executive units
1400 MHz
45 watts115 watts
Core i7 12650HX6 + 8/20UnknownUnknownUnknown32 executive units?55 wattsUnknown
Core i7 12650H6 + 4/162.3 GHz4.7 GHz24 MB64 executive units
1400 MHz
45 watts115 watts
Core i5 12600H4 + 8/162.7 GHz4.5 GHz18 MB80 executive units
1400 MHz
45 watts95 watts
Core i5 12500H4 + 8/162.5 GHz4.5 GHz18 MB80 executive units
1300 MHz
45 watts95 watts
Core i5 12450H4 + 4/122.0 GHz4.4 GHz12 MB48 executive units
1200 MHz
45 watts95 watts
Core i7 1280P6 + 8/201.8 GHz4.8 GHz24 MB96 executive units
1450 MHz
28 watts64 watts
Core i7 1270P4 + 8/162.2 GHz4.8 GHz18 MB96 executive units
1400 MHz
28 watts64 watts
Core i7 1260P4 + 8/162.1 GHz4.7 GHz18 MB96 executive units
1400 MHz
28 watts64 watts
Core i5 1250P4 + 8/161.7 GHz4.4 GHz18 MB80 executive units
1400 MHz
28 watts64 watts
Core i5 1240P4 + 8/161.7 GHz4.4 GHz12 MB80 executive units
1300 MHz
28 watts64 watts
Core i3 1220P2 + 8/121.5 GHz4.4 GHz12 MB64 executive units
1100 MHz
28 watts64 watts

Score: 5.0 Out of 5 (2 votes)