But you're also left with some architecture choices that were made to deliver the server product. Infinity Matrix is a technology that really never should have happened in the consumer segment. It ruins performance in huge class of tasks. And why? To make cheap 32C server CPUs possible. Great! :-DNo, simply taking 1/4 a server CPU doesn't automatically make a consumer CPU... you lose some features that are useful for servers and gain features that are useful for a regular desktop user. You lose a pile of cores, the ability to address obscene amounts of RAM, ECC support (in many cases, not all)... but what you're left with is a smaller number of cores that work faster, which is what a regular desktop user wants.
Even you're praising this idea, which find fairly disappointing...
You missed what I'm trying to say. Apart from servers and workstations designed for particularly parallel tasks, nobody needs 16 cores for anything. Ever.Nobody needs 16 cores to game.
Computation is like cooking. It's about transforming what you have available into what you need - in the right order and quantity.
So how many pans do you have? And do you think owning 16 will make you a better or faster cook?
I kid you not: a well organized cook can make 16 omelettes at once on 16 pans.
But good scrambled eggs are single-panned and this will never change. If you need to prepare more eggs, you need a bigger pan, not more of them.
I just have this feeling that we're wasting time and potential on this pointless core war - betting that suddenly everyone will rewrite every mathematical recipe created in the last 300 years, because we're just too lame to make faster cores based on GaN or concentrate on quantum computing.
So why is it used so much on gaming websites? Why not just scrap it and learn a better way to test workstations?7-zip may not be the best productivity benchmark...
No one cares about HEDT. Just forget about it.but there are plenty of others that Ryzen rulez at. It may not always beat Intel at everything, but it's usually not far behind, and does so while being cheaper, especially in the HEDT or server space.
As for servers: Zen is seriously rubbish for databases and so-so for virtualization. It is good for some computation tasks simply because of core count advantage.
On the other hand, it's still an exotic technology that hardly anyone buys. You may think it's cheaper, but that's true only when the effect of scale kicks in (datacenters and stuff). For small and medium companies - operating up to a few servers - it might turn out to be more expensive and they won't take that risk.
LOL on "invaded". Ask around.Not sure what you mean by ignoring the business segment? They've invaded the server space with EPYC, which is a pretty big deal.
Top3 already make desktops with AMD Ryzen CPUs. No one buys them.If you mean typical office machines, then AMD needs to get in with OEMs, like Dell. If they can manage to do there what they did in the server space, they'd be in good shape.
Actually isn't Dell dropping these from the lineup??? I'm pretty sure they had more variants just few months ago...
No, they won't. Seriously, not happening. :-DAMD systems are going to be cheaper than similar Intel systems
Yeah... as much as it was entertaining, I think it's not getting anywhere.
If you can spare some time, I once again strongly suggest asking around about EPYC sales.