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Unless you have an unlimited budget, there is no point to go to highest end on everything. Also, as the question is more "future proof" centered, I think that it's better to save money so in the future you can use it to upgrade for new middle-high end parts.
I admit, I laughed my ass off when I read this because it's flat-out wrong. Just because it's a consumer-grade chip from AMD, doesn't mean it's "too slow" for workstation tasks. You don't even own a Ryzen CPU, do you?
The Ryzen 9 3900X completely stomps 1st gen TR4 and the 12-core 2920X, and isn't too far behind the 16-core 2950X, which will probably end up being stomped by the 3950X due to that being a 16-core chip instead of a 12-core. Beyond workstation tasks, the 3900X is a much better value than the 2920X and 2950X because it's more versatile and using a superior and newer architecture. Users seeking more than just a workstation chip will find Ryzen 9 more desirable, while the rest would still be into TR.
Threadripper isn't even worth buying into right now as AMD is moving from X399 to TRX40, TRX80, and WRX80 chipsets, which AMD claims 3rd gen TR will not be compatible with X399 motherboards. Workstation users that can afford paying more for the higher end chipsets are waiting for them.
https://www.youtube.com/watch?v=RxMYN_zanfo
I got a Radeon VII, & if the Radeon VII struggles with 8K at 16GB VRAM, then hoping my CPU can get me better results to help push my PC into the 60 or higher FPS range with better clock speeds, & such, i dunno however you put it...
CPU only cares about FPS, and 60 FPS is a goal almost any CPU can do.
No card can play games at '8k', we're still struggling with '4k'.
I was hoping for a better cpu coming soon then our current navi cpu & such...
CPU doesn't care about resolution, getting a CPU with more cores won't help either.
im only talking about fps & cpu, & such... oO
Because higher resolution equates to lower load on the CPU as you're getting less FPS the higher your resolution. Hence why a lot of CPU benchmarks are done at 1080p for the most part instead of 1440p or 2160p. Weak CPUs that normally struggle with 1080 Ti at 1080p will handle it better at 4K because it's not holding back the 1080 Ti, as lower resolution means less GPU load and higher CPU load, as the CPU is preparing more frames for the GPU to render, to the point where if its too weak for that GPU, it'll hold it back and cause stuttering and below average performance for that card.
8K gaming isn't even possible yet, the 2080 Ti can struggle at 4K in some games, and 8K is four times as bad.
You could put a top of the line noctua or be quiet! Air cooler and be almost the same price of the intel.
I highly suggest AMD over intel If you want to save a little while not compromising performance.
Let's look at the numbers. AMD market share on this market as low as 3.4%. Intel has other 96.6%.
https://www.tomshardware.com/news/amd-desktop-pc-mobile-server-overall-market-share,40141.html
https://www.extremetech.com/computing/296655-amd-reports-q2-2019-market-share-as-intel-sticks-to-its-guns-on-pricing
Market share doesn't mean ♥♥♥♥ to me. I know more people buy Intel than AMD in that respect because they can afford to pay more for a marginal difference. I don't care that companies are buying more expensive workstation CPUs, because I'm talking workstation workloads on a closer to consumer-grade level, not freaking servers and datacenters. Those don't even apply to this thread.
Ryzen still performs better than Intel does in work related tasks, unless you're comparing something like 2nd gen Ryzen to a 9900K, which gets stomped by the 3900X in that regard. That is more in line with what the OP is asking.
highly depends on what you do as server or workstation. To be fair a server often is used to run multiple VM's and emulating multiple servers as game servers in whichc ase it becomes core depending. The same importance to cores should be given when you use the server for AI learnign but then again we're betetr off with an Xeon Phi 72 Core CPu over any consumer grade CPU, HEDT or even the Epyc CPU's.
For Workstation it depends if you do rendering only which runs better with more cores no matter how strong they are and then AMD unless you OC intel HEDT. An I agree that you better of with TR because of Quad-Channel and Core count. If you do VM's and compiling and not just need the core count you proberly better off with Intel 80XE CPU's espacially if you can overclock them to 4.5-5.0GHz (also the reason why I currently looking into i9-10980XE release)
And last but not least we have Adobe the grand example for Intel. Adobe with AMD and you pretty fast going to regret not to use Intel.