Wednesday, October 18th 2023
Intel Core i9-14900KF OC Record is Over 9000 MHz
Intel's 14th Gen Core i9-14900K and i9-14900KF are making their mark around the OC community, with the highest validated clock speed record now at 9048 MHz by elmor, and the highest clock speed reached during a live OC session at 9.10 GHz by SkatterBencher. The records were set on the latest crop of Intel Z790 chipset motherboard models that manufacturers launched over the past few week, which were designed keeping the 14th Gen processors in mind. Both the overclocking pros used a core voltage of 1.360 V, and extreme cooling to boot. SkatterBencher used liquid helium to cool the processor for his OC attempt, in which the glorious 9100 MHz frequency was achieved. This speed couldn't be validated as CPUID is working on improving the validation process of CPU-Z to prevent artificially inflated clock speeds, so hopefully we'll see the 9.10 GHz record being validated soon. Until then, elmor is officially on top of the leaderboard with his 9048 MHz feat!
Sources:
SkatterBencher (YouTube), elmor (CPU-Z validation), VideoCardz
38 Comments on Intel Core i9-14900KF OC Record is Over 9000 MHz
It's Over 9000!
It's an old PR stunt, but a rather pointless one. They're kind of trying to tell people that 14th gen clocks significantly better, the truth is that they don't. Intel's putting up this farce to make $INTC shareholders happy... and news sites are ravenous for clicks as always, which is why you get to see this.
Much better headline.
XBOX did it better though.
Gota get me a NOS pot one day..
This is Techpowerup, not Knitting Weekly.
Small improvement over the previous record though I think, about 100mhz iirc. Still a new record though.
It's like being impressed by Tesla Roadster that goes 25.000 km/h! Fastest car ever! Oh yeah, it's in space, circling somewhere between Earth and Mars, and it was pushed to that speed by a rocket that costs 90 million dollars. What does that tell us about production car speeds?
Also amazed that the old FX chips can OC that high
We woudn't have daily rigs today running 5.0GHz while gaming if such wasn't being done in the first place and the only way to discover improvements is to push the tech as far as it can go, then to see how it goes or fails.
That's just how it's all developed or we'd still be running 90Mhz CPU systems (Old assed Pentiums and so on) today with the same concerning the other stuff too.
Just imagine how wonderful those framerates would be.....
That's what it takes - Pushing the limits and yes, most of the time it's the "In house" / Sponsored guys like Elmor doing it as part of R&D, along with doing it for the same reason one might decide to climb a mountain - Not just because it's there but to find out if they can even do it, which is more of a personal matter - That being up to the individual.
For daily use, yeah it is useless because who's going to be pouring Ln2 while playing a game and who would even have enough of it to last the full extent of a real gaming session?
To be fair:
At the same time, by your statement it's useless to you and that applies to you alone based on your viewpoint by said statement, said opinion you are entitled to have of course so I have to respect that.
If others share the same thought, that's OK too because in fact we're all entitled to it and I'm not going to throw off on it one way or the other.
I've done it, hit 8GHz+ several times with some legit runs too in a bench at over 8GHz and I do view it as a challenge because frankly, not everyone can do it.
In truth, the worth of it being of any value or not is up to the individual to decide but I had to say that about why it's done and the good that does come out of it. Any pot in good shape should do, main points are whether the base is still in good condition (Not gouged, dented or scratched up severely) and for the mounting hardware/ parts of it to be present in good shape as well.
Pots do not "Wear Out" simply due to age but they can become an obsoleted design. Even with that, any pot in good shape is useable and at least will deliver the goods if properly used. If you happen across a pot that looks OK you can easily dress up and polish the base with some fine grit sandpaper in the same way as lapping a cooler/chip lid for better contact to smooth out the scratches/blemishes and it will work just fine as long as the work is done correctly.
Just be aware not all pots work with all boards.
One with a smaller footprint of it's base will do for just about anything, but larger ones like a T-Rex for example can only be used with boards that have alot of open space around the CPU socket due to component interference.
In those cases there isn't alot you can do about it short of modding the board in a few instances.... Which I've done before with one of my old 939 LanParty DFI's for example to make it fit and work with the board.
Please explain......
Hey - I get that OC'ing it to the limit for gits and shiggles in itself isn't "Innovation" but at the same time for R&D purposes, it's done the same as anything else is - You push it to the breaking point and you learn from it.
I will also say most of the sponsored guys themselves are given these to run for "Hype" (Media) purposes with no requirement to give it back when it breaks but there are also a few "In House" guys that DO run them to that point for that purpose.
You won't hardly see what they do out in the open but it's done as proven by Intel when THEY announced sometime back these chips were hitting 8Ghz+ upon public introduction of the line and I'm sorry - There was only one way that could have been known to make such an announcement and that was by DOING, not speculating about it which would have been some REAL bullshit.
Intel says Raptor Lake includes 6 GHz CPU stock, expected to set 8 GHz overclocking world... | TechSpot Forums
Intel Teases 6 GHz Raptor Lake at Stock, 8 GHz Overclocking World Record | Tom's Hardware
In another article it was said an in-house team from Asus were the ones that did the deed at that time, that also being R&D for Asus too just to figure out HOW to handle the new chips in their boards.
One benefitting the other and sharing the info, that's usually how it's done.