Compare processors

AMD logo Ryzen 7 7735H
versus
Intel logo Core i5-6260U

AMD Ryzen 7 7735H logo Intel Core i5-6260U logo
General information Ryzen 7 7735H Core i5-6260U
Launched Q1 2023 Q4 2015
Used in Mobile Mobile
Factory AMD Intel
Socket FP7 FCBGA1356
Clock 3.2 GHz 0 % 1.8 GHz 43.8 %
Turbo Clock 4.8 GHz 0 % 2.9 GHz 39.6 %
Cores 8 0 % 2 75 %
Threads 16 0 % 4 75 %
Thermal Design Power (TDP) 54 W 0 % 15 W 72.2 %
Performance Ryzen 7 7735H Core i5-6260U
Overall Score 62933 0 % 37946 39.7 %
Future Proof 92 % 0 % 50 % 45.7 %
Benchmark Score 15686 0 % 2073 86.8 %
Single Thread Score 3328 0 % 1660.9 50.1 %
Encrypting Data 19416 MB/s 0 % 1057.9 MB/s 94.6 %
Compressing Data 300 MB/s 0 % 40.9 MB/s 86.4 %
String objects sorting 32232.6 thousand/s 0 % 5294.1 thousand/s 83.6 %
Prime numbers generation 61.1 millions/s 0 % 16.1 millions/s 73.7 %
Mathemathic operations (integer) 86925 millions/s 0 % 9380.7 millions/s 89.2 %
Mathemathic operations (float) 49795.4 millions/s 0 % 5783.5 millions/s 88.4 %

Comparison of average FPS

Comparison of average FPS count by settings on resolution 1920 × 1080 (FHD (1080p)) for Ryzen 7 7735H, Core i5-6260U.

Average frames per second Ryzen 7 7735H Core i5-6260U
Screen resolution: 1920 × 1080 pixels   Change
Ultra settings 141.7 FPS 67.4 FPS
High settings 226.7 FPS 107.9 FPS
Medium settings 283.3 FPS 134.9 FPS
Low settings 354.2 FPS 168.6 FPS
Difference 0 % 52.4 %

Grand Theft Auto V Frames per second

Comparison of FPS count by settings on resolution 1920 × 1080 (FHD (1080p)) in game 1920 × 1080 (FHD (1080p)) for Grand Theft Auto V.

Grand Theft Auto V Ryzen 7 7735H Core i5-6260U
Screen resolution: 1920 × 1080 pixels   Change
Ultra settings 161.4 FPS 117.5 FPS
High settings 258.3 FPS 188.0 FPS
Medium settings 322.9 FPS 235.0 FPS
Low settings 403.6 FPS 293.7 FPS
Difference 0 % 27.2 %
Configuration Settings
Gaming astronaut image
Video game
Required
Screen resolution Screen resolution image
Required
Screen resolution image
Compare processors
Processor image
Processor Processor image
Selected processors