Greetings!
I am thinking about upgrading my rig which is currently based on i7 4930k towards Ryzen 7 1700X or 1800X model.
Current config is:
i7 4930k on Gigabyte X79-UD3 with 16GB (4x4GB) DDR3 1866, GTX 1060 6GB, 2 SSDs (Samung 850 Pro for 256Gb and Intel 520 for 180 Gb) a few WD HDDs (2x640Gbs, 2x1Tb). All is powered by 750W PSU.
Usual use-cases for my rig are
According to Geekbench 4 results for example average (not overclocked) i7 4930k scores:
single core: 3500 multicore: 20000
average Ryzen 7 1800X (not overclocked) scores:
single core: 4200 multicore: 22000
As for Cinebench R15 results, i'm getting from 970 - 1040 for MC and 100 in SC on my i7,
and Ryzen 7 gets much better performance in Cinebench R15.
It looks like not a big difference between 4930k and R7 in Geekbench and pretty big in Cinebench.
So I'm curious will I gain any significant performance boost for my use-cases from such switch?
I am thinking about upgrading my rig which is currently based on i7 4930k towards Ryzen 7 1700X or 1800X model.
Current config is:
i7 4930k on Gigabyte X79-UD3 with 16GB (4x4GB) DDR3 1866, GTX 1060 6GB, 2 SSDs (Samung 850 Pro for 256Gb and Intel 520 for 180 Gb) a few WD HDDs (2x640Gbs, 2x1Tb). All is powered by 750W PSU.
Usual use-cases for my rig are
- Developing in Visual Studio
- Virtualization via VirtualBox or VMWare
- Some 3D in Blender and 3DMax
- AutoCAD
- Sometimes gaming
According to Geekbench 4 results for example average (not overclocked) i7 4930k scores:
single core: 3500 multicore: 20000
average Ryzen 7 1800X (not overclocked) scores:
single core: 4200 multicore: 22000
As for Cinebench R15 results, i'm getting from 970 - 1040 for MC and 100 in SC on my i7,
and Ryzen 7 gets much better performance in Cinebench R15.
It looks like not a big difference between 4930k and R7 in Geekbench and pretty big in Cinebench.
So I'm curious will I gain any significant performance boost for my use-cases from such switch?