d50 Backup Virtual Machine on p1 d50 Backup Virtual Machine on p1 Difference
Single-Core Score 815 815 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Multi-Core Score 2553 2553 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Geekbench 5.3.1 Geekbench 5.3.1

System Information

d50 Backup Virtual Machine on p1 d50 Backup Virtual Machine on p1
Operating System Microsoft Windows 10 Pro (64-bit) Microsoft Windows 10 Pro (64-bit)
Model VMware, Inc. VMware7,1 VMware, Inc. VMware7,1
Processor Intel Core i7-9850H @ 2.59 GHz
2 Processors, 4 Cores
Intel Core i7-9850H @ 2.59 GHz
2 Processors, 4 Cores
Processor ID GenuineIntel Family 6 Model 158 Stepping 13 GenuineIntel Family 6 Model 158 Stepping 13
Processor Codename Coffee Lake Coffee Lake
Processor Package
L1 Instruction Cache 32.0 KB x 2 32.0 KB x 2
L1 Data Cache 32.0 KB x 2 32.0 KB x 2
L2 Cache 256 KB x 2 256 KB x 2
L3 Cache 12.0 MB x 1 12.0 MB x 1
Motherboard Intel Corporation 440BX Desktop Reference Platform Intel Corporation 440BX Desktop Reference Platform
Northbridge Intel i440BX/ZX 01 Intel i440BX/ZX 01
Southbridge Intel 82371 (PIIX4) 08 Intel 82371 (PIIX4) 08
BIOS VMware, Inc. VMW71.00V.16722896.B64.2008100651 VMware, Inc. VMW71.00V.16722896.B64.2008100651
Memory 24.00 GB EDO RAM 24.00 GB EDO RAM

Single-Core Performance

d50 Backup Virtual Machine on p1 d50 Backup Virtual Machine on p1 Difference
Single-Core Score 815 815 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
AES-XTS 1156 1156 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Text Compression 677 677 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Image Compression 967 967 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Navigation 737 737 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
HTML5 472 472 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
SQLite 823 823 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
PDF Rendering 857 857 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Text Rendering 825 825 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Clang 742 742 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Camera 695 695 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
N-Body Physics 621 621 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Rigid Body Physics 832 832 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Gaussian Blur 705 705 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Face Detection 794 794 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Horizon Detection 791 791 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Image Inpainting 1330 1330 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
HDR 1750 1750 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Ray Tracing 1085 1085 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Structure from Motion 792 792 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Speech Recognition 804 804 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Machine Learning 1048 1048 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 

Multi-Core Performance

d50 Backup Virtual Machine on p1 d50 Backup Virtual Machine on p1 Difference
Multi-Core Score 2553 2553 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
AES-XTS 3439 3439 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Text Compression 2214 2214 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Image Compression 2892 2892 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Navigation 1858 1858 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
HTML5 2215 2215 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
SQLite 2457 2457 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
PDF Rendering 2541 2541 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Text Rendering 2294 2294 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Clang 2116 2116 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Camera 2119 2119 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
N-Body Physics 2543 2543 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Rigid Body Physics 3182 3182 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Gaussian Blur 2634 2634 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Face Detection 3027 3027 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Horizon Detection 2649 2649 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Image Inpainting 4214 4214 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
HDR 5307 5307 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Ray Tracing 4070 4070 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Structure from Motion 2538 2538 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Speech Recognition 1883 1883 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1
 
Machine Learning 2277 2277 100.0%
d50 Backup Virtual Machine on p1
 
d50 Backup Virtual Machine on p1