No. You make the mistake of only comparing single-threaded turbo boosts. But the additional power is not for that. The additional power is for the all-core turbo boost which goes from 4.9GHz on the 13900K to 5.6Ghz for the 13900KS. That’s 700MHz, not just 200MHz. And, yes, due to thermal throttling in cases of insufficient cooling the all-core of the 13900KS may drop to 5.4GHz but so does the power consumption from 320W to 280-295W. Still even in the worst case it is 500MHz for an extra 30-40W.67 watt for 200MHz higher boost clock is crazy and surely not innovative!
It would be better if Intel had the same speed as the last 13 cpu but with 67W less power.
It only uses those high watts when you're bench-marking, how often does a normal person do that, an hour every couple of months?That power consumption @.@
Thank goodness no normal consumer needs a thing like that...
Factorio benefits massively from single thread performance/cache/memory latency, the 5800X3D outperformed most/all newer CPUs in benchmarks with it. That along with the fact their expansion will probably release later this year, I'm going with one of the newer X3D's coming out... not sure which model yet. It'll be interesting to see how the 3 compare performance-wise.The problem with high-end gaming CPU is that there are no games for them. Most i5 are good enough nowadays to run anything.
There's hate because it is purely for marketing and most people see right through it. Most people (myself included) would like to see Intel bring something better to the table than "MOAR POWAH" for something like this. I mean, the 5800X3D was kinda the same thing in a way, but it brought something new and innovative at the same time so it was at least interesting (If grossly overpriced at the time). This thing only smells of Pentium 4 Extreme Emergency Edition and that abomination that was the 9000 series from AMD to me.It's only a $110 premium over the K series. For a ~2% gain. Gen-to-Gen it's actually cheaper.
Not a value proposition to be sure but, in a high-end system where else are you going to spend $110 and get a much better return ?
DDR5 over DDR4 seems similar - A few percent for a few hundred $.
Premium SSD over Main Stream SSD - Same
3rd party GPU card over a reference GPU - Similar
AIO over Big Air - Close
Water cooling vs AIO - ?
I'm not sure why there is a lot of hate for this chip ?
I concur that the KS comes with a relatively small performance advantage over the 13900K. But for people who generally would buy a 13900K a mere $110 is practically meaningless! As to AMD’s next move into the now touted 7000X3D chip…my opinion: “It’s not over until it’s over!” Not exactly that AMD has had a sterling 2022 having produced a Zen4 sales dilemma besides forcing the masses to buy a new MB along with DDR5. Thus despite immediate price cuts the Ryzen 7000 remained a failure. Quickly following just in time before year-end were the RX 7900 XT/XTX with their excessively high temperature issues and with refunds and exchanges running rampant! All good things come in three’s, so let’s see if AMD will get it right the third time around with the 7000X3D!It's only a $110 premium over the K series. Not a value proposition to be sure but, in a high-end system where else are you going to spend $110 and get a much better return ? I'm not sure why there is a lot of hate for this chip ?
I dont think thats fair to say. That 6GHz turbo is adaptive and only on 2 cores? What matters more is the consistent (base) clock speed or simply put all core speeds. Id prefer buying a chip that has a solid speed instead of this base / turbo / max boost state.It sure took a while, but we got there:
2004 - first chip pushed past 6GHz using LN2, extreme overclocking world record.
2023 - 6 GHz from an off-the-shelf chip with an off-the-shelf cooler, not even subambient.
Ha!! What is exactly "normal consumer use"?? You mean like playing Solitaire or reading the news??But in normal consumer use it would be more effcient than other chips. It will actually use less power.
The problem with high-end gaming CPU is that there are no games for them. Most i5 are good enough nowadays to run anything.
Quite different. Bulldozer was a chip too far ahead of its time---poor single thread performance, great for highly threaded workloads. Which even today just about any game would still run better on an Ivy Bridge/Sandy Bridge i7 (its main competitors) than a 9590. At like half the power consumption.Bulldozer deja vu but from team Blue.
If you buy this CPU for anything else than actual high-end tasks, you are doing something fundamentally wrong, sorry. Speaking solely of Intel here. If all you do is browsing the web, you want a low-end CPU like an i3 or lower, not this thing. If you game, you want an i5 or i7, not this thing. The only use case for this CPU is high-end computing. And there, AMD is significantly more power efficient for similar results. In almost all scenarios, for that, not just Prime 95 or power viruses. Don't believe me, go back and take a real close look at the charts again.Yes - and everything else up to the capabilty of the standard K chip.
My response is to the post that implied that such a chip is power wasteful especially if an "average person" were to use it. For those really concerned about power consumption it might be a very appropriate purchase based on the "Task effcientcy".
Is it cost effcient ? Probably not.
My Take -
Does your build plan already include a mid-to-high end Z board, generously sized power supply and a AIO CPU cooler? If yes, Then the KS may be for you.
If you aren't doing stuff that needs this performance why the heck do you buy a 12900K/KS or similar CPUs in the first place?!?It only uses those high watts when you're bench-marking, how often does a normal person do that, an hour every couple of months?
That power consumption @.@
Thank goodness no normal consumer needs a thing like that...
Are you just going to call me a sheep, or making actual arguments to why I'm wrong here, especially also taking into account my second post? I'm really looking forward to your opinion.
Well said!If you buy this CPU for anything else than actual high-end tasks, you are doing something fundamentally wrong, sorry. Speaking solely of Intel here. If all you do is browsing the web, you want a low-end CPU like an i3 or lower, not this thing. If you game, you want an i5 or i7, not this thing. The only use case for this CPU is high-end computing. And there, AMD is significantly more power efficient for similar results. In almost all scenarios, for that, not just Prime 95 or power viruses. Don't believe me, go back and take a real close look at the charts again.
No, just because you have a "mid-to-high end Z board, generously sized power supply and a AIO CPU cooler" in your build already, it does not mean this CPU "might be for you". As it is, the only reason for you to buy this CPU is if for whatever reason you want an Intel-CPU. Or maybe if you do a lot of high-end stuff that require single-core performance that isn't gaming. And before you call me an AMD-fanboy or some bs like that... 2/3 of my systems are Intel and the only one that isn't is a laptop. It's just, there is sensible, and then there is bonkers. This thing is bonkers.
If you aren't doing stuff that needs this performance why the heck do you buy a 12900K/KS or similar CPUs in the first place?!?
If you do, AMD provides better performance/watt.
Eh, I'm not quite following you here? Third time around? The 5800x3d is the first iteration. The 7xx0x 3d etc is the second time around, and IMO the first round was a win!so let’s see if AMD will get it right the third time around with the 7000X3D!