which board is that? Must look funny lol
search on google Z490 Velocita from ASRock

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which board is that? Must look funny lol
Just quick search around the new motherboards for them using 3 fans for the VRM.![]()
all retailer's should put up warning's of how power hungry the cpus become under overclocking conditions, i wouldn't be surprised if Intel refuse rma's due to cpu's dying using low end psu's, you'd be talking 1k psu's or 2 650-800w units in tandem if you got serious with overclocking![]()
Yup, overclocking + 2080Ti + fans/drives etc. You're probably pushing 700-750W under full load. I can imagine Intel distancing themselves from that as quick as they can or a lawsuit appearing about it.
to add gonna need psu's with serious amount of amps on the 12v rail, whats the general average amps on the 12v rail's psu's output now?
It's already been confirmed by motherboard vendors today, the CPU will pull up to 350w with all the boost options enabled. It is limited by temperature though - the bios won't let the 10900k just draw 350w on a tiny $10 cooler - cpu temperature must be under 70c at load for the full boost to kick in but when they boost kicks in that's when you get 350w and 5.3ghz, if the temps go over 70c clock speed and power draw drops
Not even a 360mm AIO is enough to get advertised performance from the 10900k, it's a custom loop and a big one at that or bust.
In previous generations Intel cpus would boost as long as temps stayed under 100c but for the 10900k the boost limit is 70c. I wonder why, is Intel thinking the cpu will degrade at over 70c???
As a 9900K (5Ghz 1.35vlts) owner that can keep temperatures well under control with a £50 Dark Rock 4 air cooler, I take all claims about crazy cooling requirements with Intel CPU's with a bucket of salt.
..if you intend to sit there and run Prime95 stress tests or encoding video or graphiocs rendering 24/7, at 5Ghz+ all day long, then yes, you'll need a top end AIO or custom loop, in which case there are better CPU choices out there, but for 98% of the rest of us, a good high end air cooler is perfectly adequate for gaming and all the other things we do, at 5Ghz.
I've never seen my 9900K get above 65c in gaming, with it topping out at 85c-90c in the usual suspect of CPU intensive benchmarks.
So when it comes to cooling top end Intel CPU's, don't believe all the hype and disinformation put about by the AMD fanboy crowd.
Having said all that, my next PC will be a Zen 3/4 build![]()
No, it's very much still worth talking about. You are assuming that every person who buys an intel cpu only plays games and nothing else. Using applications for work that are multithreaded will hit the cpu hard.
ASUS have some of the boards and accompanying data online. I was looking through it and then I noticed that ASUS recommends you use a 360mm AIO cpu cooler going down the stack as low down as the 10600k.
So even the 6 core 10th series models are power hungry and hot
I’m about to get a Lenovo Ideapad Flex 3, prices on this seem reasonable for the N5030. I’m even using employee discount to get it for £230. Unfortunately it’s only 4GB RAM but I might chuck Linux on it if Windows struggles with that.I wonder if Comet Lake is the reason for the lack of affordable Gemini Lake systems available. Each generation I've gone up for about £150 for a 11 inch laptop, first an Atom Z8350, now a Pentium N4200 Apollo Lake, was looking at an N5000 laptop but didn't have the cash and thought the Gemini Lake Refresh N5030 was about to go into mainstream laptops... yet current prices are sky high even for budget laptops.
Perhaps they've reallocated 14nm production to Comet?
So now that "reveal" is over, my take is that CML should have been on 1151. There's no reason for a socket change. The chip themselves are well priced, will OC real well and will have a great IMC so you get the maximum out of high end memory. For a lot of us Z390 owners, an upgrade would be in the cards. As of now, due to the cost of the new boards that add nothing whatsoever from a features and value standpoint, there's no point in upgrading regardless of how good the chips are. I will be jealous of people I know who will be running 5.4+ and 5000mhz ram for daily though!
5000mhz ram? Who will buy that kind of ram, only LN2 world record setters no one doing that daily. In any case, 8400mhz DDR5 will be here late next year
I didn't think Intel benefitted much from fast ram?.Plenty of people I know run 4400+ daily on their bdie and rev.e on z390.
I'm at 4200 1T but can run 4400 just as well but on 2T so it's not worth it. Running 4400+ on a 2 dimm z390 with a 9900k isn't anything special if you know how to mem tune.
I didn't think Intel benefitted much from fast ram?.
As a 9900K (5Ghz 1.35vlts) owner that can keep temperatures well under control with a £50 Dark Rock 4 air cooler, I take all claims about crazy cooling requirements with Intel CPU's with a bucket of salt.
..if you intend to sit there and run Prime95 stress tests or encoding video or graphiocs rendering 24/7, at 5Ghz+ all day long, then yes, you'll need a top end AIO or custom loop, in which case there are better CPU choices out there, but for 98% of the rest of us, a good high end air cooler is perfectly adequate for gaming and all the other things we do, at 5Ghz.
I've never seen my 9900K get above 65c in gaming, with it topping out at 85c-90c in the usual suspect of CPU intensive benchmarks.
So when it comes to cooling top end Intel CPU's, don't believe all the hype and disinformation put about by the AMD fanboy crowd.
Having said all that, my next PC will be a Zen 3/4 build![]()