The guide is on the hub page that you get the software.I want to try it, but I don't know how to configure it for my hardware. Can you help mi with that?
I was searching for a tutorial/guide but I think there is none
The guide is on the hub page that you get the software.I want to try it, but I don't know how to configure it for my hardware. Can you help mi with that?
I was searching for a tutorial/guide but I think there is none
IIRC that dude actually has a CPU that isn't listed on the CPU performance upgrade page, so he's probably wondering the specific settings for his CPU. But I could be completely wrong, i just remember wanting to help him one time on this matter and i gave up once i saw that.The guide is on the hub page that you get the software.
Yeah, new x3d will be way ahead of the new intel in vam. New intel is pretty much just a refinement of power usage. New X3d is minimal gaming increase with much better all core; but still way ahead of intel in gaming and sims.Anyone plans to get their hands on the new stuff? I am wondering how vam with the optimizations would react to the new intel architecture. Reviews are mixed, but certain cases shows improvement, may be here too. I am curious if its a step ahead or the new x3d will get just further ahead.
Most likely yes. Tough Intel is finicky, they can be altered quite far from default, where amd is like plugnplay.Yeah, new x3d will be way ahead of the new intel in vam. New intel is pretty much just a refinement of power usage. New X3d is minimal gaming increase with much better all core; but still way ahead of intel in gaming and sims.
It's not just about ST score, for VAM it's about memory latency. The unity engine does a lot of physics which is wasn't designed for. The physics simulation does a lot of memory reading/writing in a non-optimized memory layout. Crazy memory speeds or huge caches lower this latency and that's why intel cpus with 8000mhz ram or ryzens with x3d are so good for VAM. Previous gen CPUs might still beat current gen CPUs if they can drive high RAM speeds.Most likely yes. Tough Intel is finicky, they can be altered quite far from default, where amd is like plugnplay.
Intel still has the highest ST score and can be tuned with insane memory frequencies.
I am just sad I never saw a result here with 8k+ ram configs with tuned ring and such.
Plus if you run stuff constantly to enhance vam (like browsers/ai stuff) then you have an additional parasitic loss on an 8 core platform which is not appearing while you benchmark.
What you mean in the coming month? It's in the stores, where's the benchmarks guys?! Bench it!!Really interested in seeing some 9800x3d results in the coming month.
I know right?! I've seen a lot of glowing reviews of the 9800x3d, but not sure how it translate to VAM (compared to 13900/14900 etc.)What you mean in the coming month? It's in the stores, where's the benchmarks guys?! Bench it!!
Thats what I missed for soo long! Thank you!13900KS All P core 5.8G
Turn off E-core and Hyper-Threading
With CPU performance patch
Compare the differences between DDR4 and DDR5
Conclusion: DDR5 has better min1%
Hope to see the results of 9800X3D
DDR4 4000 C20
View attachment 428869
DDR5 8000 C38
View attachment 428870
8000MT/s ram, sheesh, that's not possible on AMD13900KS All P core 5.8G
Turn off E-core and Hyper-Threading
With CPU performance patch
Compare the differences between DDR4 and DDR5
Conclusion: DDR5 has better min1%
Hope to see the results of 9800X3D
DDR4 4000 C20
View attachment 428869
DDR5 8000 C38
View attachment 428870
NO raised ring and uncore ratioThats what I missed for soo long! Thank you!
Did you raised ring and uncore ratio too?
Which had the lower memory latency? DDR4 has usually, but then it seems vam benefits bandwith too somehow.
Also with cpu patch or processlasso you can set which cores use vam, rest of the OS overhead could go onto the E cluster. I hoped somehow with intel the baseline 3 avg physicstime could break the 1 ms barrier.
Altough I think we should need a different more cpu heavy benchmark or at least add some more script to this scene.
Yeah best i could do on the 7800x3d was 1.09ms. Im sure the 9800x3d probably breaks the 1ms barrier easily.Thats what I missed for soo long! Thank you!
Did you raised ring and uncore ratio too?
Which had the lower memory latency? DDR4 has usually, but then it seems vam benefits bandwith too somehow.
Also with cpu patch or processlasso you can set which cores use vam, rest of the OS overhead could go onto the E cluster. I hoped somehow with intel the baseline 3 avg physicstime could break the 1 ms barrier.
Altough I think we should need a different more cpu heavy benchmark or at least add some more script to this scene.
Dam, im really thinking about. Theres plenty just sitting at my local microcenter calling out to me.What you mean in the coming month? It's in the stores, where's the benchmarks guys?! Bench it!!
7800x3d can be sold pretty well now, and its a simple drop in. I dont like giving purchase advices, but if you are tempted anyway..Dam, im really thinking about. Theres plenty just sitting at my local microcenter calling out to me.
RPL can handle ring usually up to 5.4 if I remember correctly, that would speed up the internal connections everywhere. There is still potential left in your system.NO raised ring and uncore ratio
DDR5 had the lower memory latency(DDR4 60ns、DDR5 55ns)
I tested switching the E core on and off and there was no big difference in performance. I turned off the E core because it can significantly reduce power consumption and overclock the P core to a higher frequency. A higher P core frequency can significantly improve game performance.
Yeah any smart 7800X3d owner right now : sell your 7800X3D... and buy a 9800X3D... it'll cost you like noting or very little and you'll get +10%-15% performance.7800x3d can be sold pretty well now, and its a simple drop in. I dont like giving purchase advices, but if you are tempted anyway..
Im sure lots of folks are eager to see what that brings too.
lol its not possible on amd. Yes yes it is. Its just not worth it. Better get DDR6000-6400 on CL28 instead.8000MT/s ram, sheesh, that's not possible on AMD