How to remove ihs Videos

Bad idea. Intel solders their heatspreaders onto their CPU cores. This gives MUCH better temps than using TIM like you see here, but if you try to take off the heatspreader you WILL destroy the CPU. Even if you do take it off successfully, you'll only get about a 4 degree temp decrease because solder transmits heat extremely well. What you can do is lap the top of the heatspreader with sandpaper until you get a mirror-shiny copper surface.

i7s (in fact all recent Intel chips) use soldered heatspreaders. You have to melt the solder in addition to cutting the adhesive, and even then you're very likely to destroy the CPU. It's not worth it, especially since solder transmits heat much better than TIM.

Intel puts poor quality TIM inside Ivy and Haswell IHS. Only Sandy and earlier CPUs has solid metal solder. This is why you will see many serious overclockers removes the IHS and have heatsink direct contact to the naked core. And is not 4 degree, look it up.

That's a good practice, might need to do this some day when i get my Ivy bridge CPU. Reminds me when clean cut open that PSP battery was alot harder then this.

No, the point is to put the heatsink directly on the core, which can be done as long as you're careful not to crack its corners.

Today I tried do this - now I need buy the new CPU, because without heat a thermal grease under IHS we can destroy CPU.

@JAF5537 you can DRASTICALLY decrease the temps of the cpu, therefore you can have higher, more stable overclocks.

shit your awesome...but why do that? are their better ihs's to put on processors? lol

woow this song is from Nitro riders PC game right? its soo cool

Wild, man! can you do this to Intel socket 478 CPUs as well?

Is this the song from Interstate 76? OMFG I miss that game.

@simiolonga You actually did this to a working cpu?

Nice try, you were close. Integrated heat spreader.

I wonder if anyone has done this on an i7 yet

thnx, is better than the one that i posted.

lol i did this today out or curiosity FTW!!

>Sempron >Worrying about damage LOLURSOSMRT

What is the purpose off this?

dat i76 soundtrack doe

Interstate 76'!!!!!

awesome !! +5

The IHS is not made from aluminium. But answer for your question is YES, it will corrode aluminium.

+YksHaile I thought the IHS is made from aluminum. I'm not sure, just wondering if the paste affected anything with the metals.

What do you exactly mean?

+Bboy Tyby No. Just no.

Yeah, that should do the trick!

+YksHaile I'll just put some non conductive tape on the iVRMs and that should do it. Anyways, thanks for answering!

No it's not. It's precaution to secure iVRM's, cause I'm using Coollaboratory Liquid Ultra (which is conductive). If you use something else or if u are sure it won't gush to iVRM's you don't need nail polish.

Thank you. And I will add english subtitles rather than speak english - you don't want to hear it. :D

Yeh for sure i dont think there is anything wrong with nail polish and imo your guide is the best on the internet in terms of accuracy and all the steps completed, you should re do it in english because you do things other videos miss.

That's true! But it still can gush to iVRM's when you put the IHS on (if you have apllied CLU too much).

+Greg Cunningham Yeah, and he has a nervous laugh in his de-lidding video that is  very annoying.. I have no idea wtf he keeps laughing at.  Just STFU and complete the task! 

+David Bembenek  You are very aggressive for no reason. The idea is to soften the epoxy, not melt it.

epoxy did not melt here, the thing is by heating the metal he increased its volume so it started to change its shape. (heated things change their volume-increases most of the time with some exceptions)

Pois é, sei os riscos, mas já fiz o procedimento e já está tudo funcionando! Vlw pela dica.

Ahh sim, tenho a pulseira anti-estática sim, eu até usei quando montei o meu PC, quanto ao álcool isopropílico não sabia, vou usar luvas então quando eu for fazer o procedimento então, mais muito obrigado por responder, abração ae!

Ola irmão, Obrigado pelo Apoio, Então! eu estava Utilizando um Pulseira Anti Estática preza no tornozelo, Caso não tenha uma, Pode Fazer o procedimento Descalço ( Com os pês em contato direto com o Chão ) que Você não terá Risco. Sobre o Contato dos Dedos na CPU, Eu Recomendo no Vídeo a Utilização de Luvas, Pode ser ate mesmo Aquelas de Hospital, Porem, Caso tbm não tenha, Apos Realizar o Procedimento é só limpar os Contatos com Álcool isopropílico Umedecido no algodão que elimina Qualquer Possibilidade de Oxidação!   Abraço!

Этот процессор был вскрыт чтобы записать процесс. + Эксперимент. А цель автор описывает здесь: youtube.com/watch?v=Vd74rP4jw7Y

Появился вопрос. Зачем нужны все заснятые в видео манипуляции? Заранее спасибо.

Герметик обязательно снимать??? или лучше его обратно с крышкой присобачить?

+Anthony DiRenzo copper and i think they are plated with nickel.

+windows 10 マイクラ動画あります！ そういう選択肢があっても面白いですね

+光学迷彩 4.6GHz 1.20V OCCTで８８度から７５度になったので約１３度下がりました

+草薙素子少佐攻殻機動隊 クリーナーは一枚だけ付いてたと思いますグリスはリキプロのみです

そうですか、回答ありがとうございます。

黄色のマスキングテープですか？マスキングテープなので、綺麗に剥がせましたよ。

ミュートという手はなかったのか・・・

次からは気を付けるよ

それなｗｗｗ

+Alex Griffin There are waterblocks you can buy which allow for this. Corsair makes one. Drops by like 30 degrees

+MrCharkteeth None, they all over volt the chip. Use an x264 encoder to render a video really slowly and load all the cores (Handbrake 0.10.1), or run 3DMark11 PhysX test on a loop for 12 hours.

+Hostile what stress tester do you recommend?

+MrCharkteeth A. Don't use Prime95 for stress testing a Haswell chip.B. 5 or so degrees.

+Codeth1991 deliding the haswell is easier than i thought but it was a nerve wracking experience. z87 is fast as hell! even faster than x79 and 970 for am3+. intel cpu maybe overpriced, but sure it is worth the money. sorry amd that i ditch you but you are Another Major Disappointment.

+Liger-Zero Honestly, I've only dealt with 8350 which was held by the pins being clamped by the Motherboard. If you have a steady hand you could probably hold the lid down with the cooler. It's just going to be more difficult since the intel brand has that clamp to hold it in place, so that placing your cooler would be the same regardless. Ultimately up to you on what you're willing to do and the effort/time you're willing to put into it. However after thinking about it AMD would only truly be possible by holding that lid down with the CPU cooler, but way more difficult as I've said several times.

+Codeth1991 cool, im delidding the 4690K as soon as i got the motherboard from newegghope i wont destroy the $200 worth of cpuwhich amd cpu i could delid?

+Liger-Zero he just set it back ontop and reclamped it. You don't need to glue it back in place... Now if you're doing it with an AMD that's probably a different story. I've used both AMD and Intel and you'll most likely have to glue the AMD back together... the probelm with that is the glue can expand and cause a gap between your paste and the plate which is going to cause problems.

Done about 20 or so de-lid's. Never used anything on the regs and never had a problem.

+michael hart The problem isn't the paste. It's the glue that secures the IHS. Or more accurately, the quantity of it.

People are stupids Devil canyon as a performance upgrade with avx task that make it overheat on most avx based benchmark..... i run my 4790k at 4.7 on a h75 and 1.3v max temp under cinebench is 80-85c but my paste is old

Well, that's what I was planning to use it for... heavily threaded workloads.. mainly 3d renders. I don't even plan on overclocking it but my question is: is there any way to run this chip at sustained 4.4 ghz on all cores with 100% usage without any throttling? I have a beefy aftermarket cooler and i get 60c max after many hours of sustained 100% load on all cores with this old 125 watt phenom 2 (overclocked as well) and its 100% stable/0 throttling. I'm at a loss right now... I can't find a  well performing cpu for my needs at a reasonable budget...

+Advection357 CAD prices are absolutely abhorrent too; $300 USD at Micro Center for 5820k or $500 CAD at every major retailer. It "Runs" the advertised clockspeed as far as most games are concerned but will throttle like you wouldn't believe the second you put any real stress on it; which a lot of my customers do as they purchase PCs for AutoCAD programs.

Good thing I did some research before dumping 400$ CAD on a cpu that can't even run the advertised clock speeds with an aftermarket performance cooler...

I think the heat is produced via the tighter tolerances of 22nm. Now the prob with some of them is that the black adhesive is making the IHS and die a bit further apart than it should be. And it's the job of the thermal paste to fill in gaps and should not be called upon to span distance.

It's really sad too; personally do a lot of custom commissions for customers and have yet TO THIS DAY to see or receive a 4790k that didn't have major heat problems out of the box; even with decent All-In-One solutions thermals were still crazy and I can only assume it's due to the poor thermal application seen in this video. Running my own 4820k at 4.7GHz (1.29v) on custom water loop and barely even scrape the 42 Celsius mark in Prime95 but a stock 4790k with an H100i hits 78 Celsius after just 2 minutes? Forget overclocking on Devil's canyon; you have to severely undervolt just to get these damn chips heat-stable for 24/7 usage. I really love Intel chips but would love to see some consumer and enthusiast friendliness tossed our way sometimes (unlocked i3s?)

I couldn't agree more, so instead of getting this compounded piece of crap, I'll hold on to my Sandy Bridge until Intel gets their act together.