CPU Performance Comparison

The following lists the Passmark CPU performance scores of processors used in our products. They have been obtained either from our own tests or from http://www.cpubenchmark.net/

The Passmark scores are averages from real users running "Performance Test" software on their systems and posting the results to the web site, enabling the comparison of the relative speeds of the different processors. Performance Test conducts eight different tests and then averages the results together to determine the CPU Mark rating for a system.

In this table the scores are from Performance Test v10, and v11 from 14th Gen:

CPU           Technology              Max TDP  Product Family Passmark CPU Mark
i9 14900T B760i DDR5 5200 with T600 Graphics 14th Gen Raptor Lake Refresh 45W Sigao 39532
i9 14900T B760i DDR5 5600 with UHD 770 Graphics 14th Gen Raptor Lake Refresh 45W Sigao 39244
i9 13900T B760i DDR5 4800 with UHD 770 Graphics 13th Gen Raptor Lake 45W Sigao 37403 
i7 14700T H610T DDR4 3200 with UHD 770 Graphics 14th Gen Raptor Lake Refresh 25W-45W TX-Series 32566
i9 13900T B760i DDR5 4800 with UHD 770 Graphics 13th Gen Raptor Lake 35W Sigao 32104
i9 12900T B660i DDR5 4800 with UHD 770 Graphics 12th Gen Alder Lake 45W Sigao 33386 
Core Ultra 7 155H with Arc Graphics 14th Gen Meteor Lake 28W NUC 14 Pro 27557
i9 12900T B660i DDR5 4800 with UHD 770 Graphics 12th Gen Alder Lake 35W Sigao 27332
i9 12900T B660i DDR5 4800 with T600 Graphics 12th Gen Alder Lake 35W Sigao 26969
i9 12900T B660i DDR5 4800 with P620 Graphics 12th Gen Alder Lake 35W Sigao 26819
i7 13700T H610T DDR4 3200 with UHD 770 Graphics 13th Gen Raptor Lake 35W TX-Series 25349
i7 12700T B660i DDR5 4800 with UHD 770 Graphics 12th Gen Alder Lake 35W Sigao 25205
i7 12700T B660i DDR5 4800 with P620 Graphics 12th Gen Alder Lake 35W Sigao 25161
i7 12700T B660i DDR5 4800 with T600 Graphics 12th Gen Alder Lake 35W Sigao 24944
i7 12700T H610T DDR4 3200 with UHD 770 Graphics 12th Gen Alder Lake 35W TX-Series 21915
i5 14400T H610T DDR4 3200 with UHD 770 Graphics 14th Gen Raptor Lake Refresh 25W-45W TX-Series 21821
i7 1360P DDR4 3200 with Iris Xe Graphics 13th Gen Raptor Lake 28W NUC 13 Pro 21702
i9 11900T B560i DDR4 2666 with UHD 750 Graphics 11th Gen Rocket Lake 35W Sigao 21652
Ryzen 7 5700U DDR4 3200 with Radeon Vega 7 Graphics AMD Lucienne Zen2 15W Turing NUC 20720
i5 13400T H610T DDR4 3200 with UHD 770 Graphics 13th Gen Raptor Lake 35W TX-Series 19494
i5 12400T H610T DDR4 3200 with UHD 770 Graphics 12th Gen Alder Lake 35W TX-Series 17315
Ryzen 7 4700U DDR4 3200 with Radeon Vega 7 Graphics AMD Renoir Zen2 15W Turing NUC 16346
i7 10700T H410T DDR4 2666 with UHD 630 Graphics 10th Gen Comet Lake 35W BLK Family 14153
i5 10500T H410T DDR4 2666 with UHD 630 Graphics 10th Gen Comet Lake 35W BLK Family 11251

 

All our old scores are from Performance Test v9. The latest version v10 has radically changed the algorithms used, meaning that you cannot make meaningful comparisons between scores obtained from v9 and v10. Please bear this in mind if comparing our scores with those above or on the Passmark website obtained from v10.

CPU           Technology              Max TDP  Passmark v9 CPU Mark
i9 10900T DDR4 2666 10th Gen Comet Lake 35W 19887
i7 10700T DDR4 2666 10th Gen Comet Lake 35W 17552
i9 9900T DDR4 3000 9th Gen Coffee Lake Refresh 35W 17228
i7 9700T DDR4 3000 9th Gen Coffee Lake Refresh 35W (50W*1) 15226
i7 8700T DDR4 3000 8th Gen Coffee Lake 35W (50W*1) 14876
i7 8700T DDR4 2666 8th Gen Coffee Lake 35W (50W*1) 14661
i7 10710U DDR4 2666 10th Gen Comet Lake 25W 13759
i7 8559U DDR4 2400 8th Gen Coffee Lake-U 30W 13022
i5 10400T DDR4 2666 10th Gen Comet Lake 35W 12948
i7 8700T DDR4 2666 8th Gen Coffee Lake 35W 12814
i5 8600T DDR4 2666 8th Gen Coffee Lake 35W 11772
i5 9500T DDR4 2666 9th Gen Coffee Lake Refresh 35W 11464
i5 8259U DDR4 2400 8th Gen Coffee Lake-U 28W 11264
i5 8500T DDR4 2666 8th Gen Coffee Lake 35W 10954
i5 9400T DDR4 2666 9th Gen Coffee Lake Refresh 35W 10649
i7 7700T DDR4 3000 7th Gen Kaby Lake 35W 10408
i5 8400T DDR4 2666 8th Gen Coffee Lake 35W 10279
i7 6700T DDR4 3000 6th Gen Skylake 35W 10124
i7 7700T DDR4 2133 7th Gen Kaby Lake 35W 9964
i7 6700T DDR4 2400 6th Gen Skylake 35W 9827
i7 4790S 4th Gen Haswell 65W 9629
i7 6700T DDR3 6th Gen Skylake 35W 9418
i7 4770S 4th Gen Haswell 65W 9347
i7 4790T 4th Gen Haswell 45W 9245
i7 3770S 3rd Gen Ivy Bridge 65W 9105
i7 4785T 4th Gen Haswell 35W 8183
i3 8300T DDR4 2400 8th Gen Coffee Lake 35W 7880
i7 4765T 4th Gen Haswell 35W 7540
i5 7500T 7th Gen Kaby Lake 35W 7485
i3 8100T DDR4 2400 8th Gen Coffee Lake 35W 7424
i5 4570S 4rd Gen Haswell 65W 7021
i5 7400T 7th Gen Kaby Lake 35W 6887
i5 6400 6th Gen Skylake 65W 6850
i5 6500T DDR4 2400 6th Gen Skylake 35W 6340
i5 6500T DDR3 6th Gen Skylake 35W 6280
i5 7260U 7th Gen Kaby Lake 15W 5883
i5 4590T 4rd Gen Haswell 35W 5843
i5 6400T DDR4 6th Gen Skylake 35W 5657
i3 6100 6th Gen Skylake 65W 5341
i3 7100T 7th Gen Kaby Lake 35W 5289
i5 7300U 7th Gen Kaby Lake 15W 5252
i7 5557U 5th Gen Broadwell 28W 5235
i3 6100T 6th Gen Skylake 35W 4944
i5 3470T 3rd Gen Ivy Bridge 35W 4591
Pentium Gold G5400T 8th Gen Coffee Lake 35W 4565
i3 3225 3rd Gen Ivy Bridge 55W 4371
i5 6260U 6th Gen Skylake 15W 4355
i3 4130T 4th Gen Haswell 35W 4260
i3 7100U 7th Gen Kaby Lake 15W 4076
i5 3427U 3rd Gen Ivy Bridge 17W 3866
i5 5250U 5th Gen Broadwell 15W 3855
i5 3337U 3rd Gen Ivy Bridge 17W 3673
i5 4250U 4th Gen Haswell 15W 3616
i3 2100 2nd Gen Sandy Bridge 65W 3601
i3 5010U 5th Gen Broadwell 15W 3278
Pentium G3440T 4th Gen Haswell 35W 3241
Pentium Silver J5005 8th Gen Gemini Lake 10W 3074
i3 4010U 4th Gen Haswell 15W 2652
i3 3217U 3rd Gen Ivy Bridge 17W 2624
Celeron J3455 7th Gen Apollo Lake 10W 2125
Pentium N3700 5th Gen Braswell 6W 2035
Celeron N2820 4th Gen BayTrail-M 7.5W 1100
Celeron N3050 5th Gen Braswell 6W 1067
Celeron 847   2nd Gen Sandy Bridge    17W 1023
 

*1 - when used in many motherboards the i7 9700T/8700T does not have a 35W limit imposed by default, and our testing shows they are achieving their performance scores by using around 50W of power.

Thermal Design Power (TDP) represents the near maximum power a product can draw for a thermally significant period while running commercially available software.