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CPU rankings

Each table is one benchmark at one version. There is no overall score: different benchmarks measure different things.

Multi-thread performance

Blender Benchmark 4.0.0

CPU, sum of scenes monster + junkshop + classroom · higher is better

Blender Open Data (Blender Foundation), November 14, 2026
#ModelChartsamples/minOf leaderAt launch
1Ryzen 9 7950X550100%$699
2Ryzen 9 7950X3D53798%$699
3Core i9-14900K52195%$589
4Core i9-13900K50892%$589
5Core i7-14700K46284%$409
6Ryzen 9 7945HX45683%—
7Ryzen 9 790043178%$429
8Apple M3 Max (16-core CPU)41876%—
9Ryzen 9 7900X41475%$549
10Apple M3 Max40974%—
11Core i7-13700K38871%$409
12Ryzen 9 5950X38770%$799
13Core i9-14900HX37969%—
14Core i9-13900HX36366%—
15Apple M3 Max (14-core CPU)35865%—
16Core i9-12900K34763%$589
17Core i5-14600K31657%$319
18Core i5-14600KF31457%—
19Core i5-13600K30455%$319
20Ryzen 9 5900X30255%$549
21Core i7-12700K28652%$409
22Ryzen 7 7700X27850%$399
23Ryzen 7 770026749%$329
24Ryzen 7 7800X3D26648%$449
25Apple M3 Pro (12-core CPU)25747%—
26Apple M2 Max25546%—
27Apple M3 Pro25046%—
28Apple M2 Pro (12-core CPU)25046%—
29Core i7-13650HX24745%—
30Ryzen 7 7840HS22841%—
31Apple M3 Pro (11-core CPU)22641%—
32Core i5-12600K22040%$289
33Core i9-13900H21539%—
34Apple M1 Max21138%—
35Core Ultra 9 185H20838%—
36Apple M1 Pro (10-core CPU)20838%—
37Ryzen 5 7600X20738%$299
38Ryzen 7 5800X3D20637%—
39Ryzen 7 5800X20437%$449
40Apple M1 Pro20337%—
41Ryzen 5 7500F19936%$179
42Apple M2 Pro19836%—
43Core i5-14400F19636%—
44Core i7-13620H19636%—
45Core i5-13400F19535%—
46Apple M2 Pro (10-core CPU)19435%—
47Ryzen 5 760019335%$229
48Core i7-12700H18834%—
49Ryzen 7 7735HS18333%—
50Core i7-13700H18233%—
51Core Ultra 7 155H17231%—
52Apple M316931%—
53Apple M1 Pro (8-core CPU)15929%—
54Core i5-12400F15929%$167
55Core i7-12650H15829%—
56Ryzen 7 5800H15328%—
57Ryzen 5 560015127%—
58Ryzen 5 5600X14827%$299
59Core i5-12500H14025%—
60Ryzen 5 5600H11621%—
61Core i5-13420H11521%—
62Core i5-12450H11321%—
63Apple M210920%—
64Apple M19617%—
65Ryzen 5 5500U7914%—

No ranking data yet for: single-thread performance, gaming (cpu-bound scenarios), power efficiency.

How the difference is calculated is explained in the methodology.