Earlier quoted context omitted.
Single threaded tasks should never run at the base clock. The base clock can pretty much be thought of as the minimum clock speed you should see when all cores are maxed out and the thermal solution is only just meeting the spec.
I still want my computer to remain responsive even when I'm rendering in the background.
First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
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Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#32Earlier quoted context omitted.
Single threaded tasks should never run at the base clock. The base clock can pretty much be thought of as the minimum clock speed you should see when all cores are maxed out and the thermal solution is only just meeting the spec.
I still want my computer to remain responsive even when I'm rendering in the background.
That's why i decided to go with a 5950x + 3090 rtx + gamer ram for my current "workstation" instead of a 5995wx + rtx 6000 + ecc ram for my current machine. even tho its not workstation rated, it seemed like the better way to go for quality of life feel.
When the next generation of cpu/gpu/ram drops in the next couple eyars, i can re-evaluate the gamer vs professional offering to see if it matters.
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#33Earlier quoted context omitted.
I still want my computer to remain responsive even when I'm rendering in the background.
I doubt 2.5ghz vs 4.2ghz is going to make any real difference to "responsiveness". The more pressing concern would be making sure the kernel actually schedules foreground workloads promptly.
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#34What use cases is this CPU ideal for? It's not a GPU, so gaming, ML model training, and crypto mining are out.
> not a GPU
Well, 3970x is able to soft-render DotA in 4k with 8-11 fps...
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#35What use cases is this CPU ideal for? It's not a GPU, so gaming, ML model training, and crypto mining are out.
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#36What use cases is this CPU ideal for? It's not a GPU, so gaming, ML model training, and crypto mining are out.
Shoving somewhere in a datacenter and virtualizing so that 96 different clients can use it at once.
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#37Earlier quoted context omitted.
I still want my computer to remain responsive even when I'm rendering in the background.
I doubt 2.5ghz vs 4.2ghz is going to make any real difference to "responsiveness". The more pressing concern would be making sure the kernel actually schedules foreground workloads promptly.
When a pretty big task (compiling, rendering) activates the scheduler and causes the cpu to boost to their respective 5 ghz or w/e, then yeah the numbers would be the same, but they don't be at the beginning when i'm dragging windows around and right clicking on stuff in visual studio. I don't believe this feeling is reflected in the scores.
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#38Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#39What use cases is this CPU ideal for? It's not a GPU, so gaming, ML model training, and crypto mining are out.
Re: First 96-Core AMD Zen 4 Threadripper Tests Show Utter Domination over Intel
#40Earlier quoted context omitted.
They're testing CPU performance, not memory capacity. They need that much for the channels.
It just seems so incredibly sloppy to not have that be consistent. Do they expect all of their readers to then audit the code of the benchmarking that they are doing to ensure that it cannot possibly be bound by this?