Tuesday, September 4th 2018

Intel Core i7-9700K All-core Overclocked to 5.30 GHz On Air

Intel's upcoming 8-core/8-thread Core i7-9700K is in the news yet again, this time with a noteworthy overclocking feat of 5.30 GHz with all cores enabled, under air cooling. An enthusiast with access to an i7-9700K chip and an unknown motherboard posted blurrycam pictures of their setup and a CPU-Z screenshot showing 8-core/8-thread config, and 12 MB L3 cache, confirming this is an i7-9700K. The multiplier of this chip is dialed up to 53.0x, which multiplying the untouched base-clock works out to ~5.30 GHz. The core voltage made it to the screenshot - 1.215V.

The most impressive part about this feat is the cooling. A mainstream-looking tower-type cooler is used. Crossing 5.20 GHz with all cores enabled takes current-generation i7-8700K at least AIO liquid coolers. This is probably a testament to the soldered IHS the i7-9700K is equipped with, which improves heat transfer between the die and the IHS. Then again, it could also be the effect of a lack of HyperThreading. At higher overclocked speeds, disabling HTT on current-generation Core i7 processors contributes to stability.
Source: Expreview
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35 Comments on Intel Core i7-9700K All-core Overclocked to 5.30 GHz On Air

#1
StrayKAT
I guess all the complaints about soldering actually is proven right (I never really doubted it, but I didn't exactly care either).
Posted on Reply
#2
Xzibit
Maybe i'm not seeing it but how is the CPU cooler mounted? Looks like its just laying on top of the CPU. MB mounting hole is there empty.
Posted on Reply
#3
techy1
so prev gen could push 5.1 max 5.2 (both delided), now this can go 5.3, so same IPC, same old hardware buggs, and +0.1 freq... *sign me up and charge me 350$ for non HT true cpu next gen*
* - (Ture = False)
Posted on Reply
#4
hat
Enthusiast
Anyone can do as much as we know about this (booted at 5.3GHz and took a picture of CPU-Z), even with a not-so-great air cooler and monkey spit paste HEDT chip. Is it actually stable? What are load temps?
Posted on Reply
#5
DeathtoGnomes
1) its not in a case cooling
2) the picture is not clear and cant see what cooler it actually is
3) what is the ambient temp?
4) 5.28 is not 5.3

This is as bad as using a chiller to claim top prize. :shadedshu:
Posted on Reply
#6
dj-electric
A few things about this:

CFL is CFL - expect the same voltage to frequency ratios.
This is nothing but a post in a frequency, can be done in a much much lower voltage than needed for any kind of stability test
Posted on Reply
#7
Xzibit
Apparently its using this cooler

DeepCool GamMaxx 400




If you look up the install instruction and look at this pic



Something is odd
Posted on Reply
#8
DeathtoGnomes
XzibitApparently its using this cooler

DeepCool GamMaxx 400




If you look up the install instruction and look at this pic



Something is odd
maybe they cropped it to hide the chiller? o_O:rolleyes:
Posted on Reply
#9
Ruru
S.T.A.R.S.
I remember my old Nokia 6600 with VGA camera to have better image quality than these pics.
DeathtoGnomes4) 5.28 is not 5.3
Well, the multiplier is 53x and it's not that uncommon that the BCLK isn't stable 100MHz at least all the time. My i7-5820K seems to be around 100.2 even I've set it at 100 in bios.
Posted on Reply
#10
Caring1
So by association we are being led to believe the set up in the second pic is the same as the first CPU-z shot?
Why is the cooling missing from the VRM section, if they used an ordinary tower cooler?
Something is amiss.
Posted on Reply
#11
SL2
That cooler doesn't have these closed sections on the sides.

Posted on Reply
#13
kastriot
Clap clap hooray now set price @199.99$ ;)
Posted on Reply
#14
Liviu Cojocaru
Not bad...if it's true...too bad it does not work on Z270 :) , anyway I am waiting for the 7nm Zen2
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#15
Frick
Fishfaced Nincompoop
stimpy88Tech Journalism is dead.
Not really. Before launches these things have always flourished.
Posted on Reply
#16
JalleR
Where is the Sleasy NVidia preorder tactics..... I want to PRE order NOW...… :) If its true it is a really Flimsy cooler for that OC.
Posted on Reply
#17
DeathtoGnomes
Chloe PriceI remember my old Nokia 6600 with VGA camera to have better image quality than these pics.


Well, the multiplier is 53x and it's not that uncommon that the BCLK isn't stable 100MHz at least all the time. My i7-5820K seems to be around 100.2 even I've set it at 100 in bios.
thats fine but bragging rights means OVER not under.
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#18
Basard
This could probably be achieved with an 8700k. Just go into IET, crank everything up, hit apply, take a picture of your frozen computer screen.
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#19
Vayra86
BasardThis could probably be achieved with an 8700k. Just go into IET, crank everything up, hit apply, take a picture of your frozen computer screen.
Yeah it'll boot on 1.2v no problem, even at 5.3

There is just no way these chips will do 1.215 at full load with 8 cores at > 5 Ghz. Just. Not. Happening.
Posted on Reply
#20
dangrig
XzibitMaybe i'm not seeing it but how is the CPU cooler mounted? Looks like its just laying on top of the CPU. MB mounting hole is there empty.
That hole is from VRM heatsink, the CPU cooler mounting screw you can see it a little more to the right.

Posted on Reply
#21
Midland Dog
1.215 volts, lmao thats a 5.4ghz chip on water i bet
Posted on Reply
#22
trog100
1.215 volts at 5.4 gig sounds a little to good to be true.. :)

trog
Posted on Reply
#23
dangrig
I like how tech leaks and aliens are always recorded with the most potato camera possible. :D
Posted on Reply
#24
Caring1
dangrigI like how tech leaks and aliens are always recorded with the most potato camera possible. :D
iPhone users no doubt, the lot of them :p
Posted on Reply
#25
newtekie1
Semi-Retired Folder
dangrigThat hole is from VRM heatsink, the CPU cooler mounting screw you can see it a little more to the right.

Nope, the hole to the left is the CPU heatsink mounting hole, the one you point to is the screw in the middle of the bottom of the socket retention mechanism.





It looks to me like the heatsink might only be held down by two screws with an S bracket running between the top left and bottom right screws. It's a lazy way to do it, but probably good enough to keep the heatsink held down on a horizontal board.
Posted on Reply
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