Lapped 9980XE Kingpin IHS: Unexpected Results

[@GamersNexus]

Watch part 1 here: kzbin.info/www/bejne/n4TLlHpvZsp_pcU Article will have to wait as we are in Canada right now to roast Linus!

[@allen-simpson]

Oh I bet that'll be delicious.

[@mountedpatrolman]

Just delid the damn 9980XE

[@darthkarl99]

@@mountedpatrolman Der8auer wreaked a 9980XE that way, the way the components are mounted on the 9980XE the lid tends to rip of micro capacitors and other little things as it comes off.

[@mountedpatrolman]

@@darthkarl99I saw the video, He also did one successfully...

[@PhatAssObese]

CNC SURFACE GRIND that cpu. Off course not with your hands, it is impossible to put the right amount of pressure on that thing

[@paulshardware]

Sorry to tell you this Steve, but I don't think you're the first to benchmark Kingpin's lap 😘

[@GamersNexus]

YOU should be at the roast!

[@GamingMafia_id]

I want Kingpin to benchmark my lap instead. Wait...

[@taipeitaiwan10]

Yes, it's rumored Paul sat there first.

[@AdnanCucak]

Savage

[@steven-qk1sg]

@Gaming Mafia lmao

[@plebestrian9323]

reentry vehicle heat density: ~1MW/m² 4.6GHz 7980XE heat density: 0.808MW/m² we're almost there

[@oreolamp5676]

Plebestrian Lmfao From what kind of orbit is that re enter from

[@plebestrian9323]

pulled the number from a paper about reentry vehicle heat shields, don't think they specified

[@Ang3lUki]

Comet Lake will do it.

[@Begleitkubus]

@@oreolamp5676 www.faa.gov/about/office_org/headquarters_offices/avs/offices/aam/cami/library/online_libraries/aerospace_medicine/tutorial/media/iii.4.1.7_returning_from_space.pdf I think this is a paper similar to the one that @Plebestrian read. Scroll down to 4.1.7-322 and note the graph with reentry speeds in relation to heating rate. According to this the 484mm² die of the 18-core chips at 500W power draw equals the PEAK heat energy output of a ~9600m/s reentry speed to earth. This means we are already exceeding the heat energy density that the space shuttle surface had to endure. 9600m/s is ~21500mph, the typical space-shuttle reentry speed is stated at 17500mph.

[@daedalus6433]

@@Begleitkubus Silicon density, bruh

[@robtaylor6806]

Dropped my 10980xe about 8 degrees.... Vince is the goat. I wish they made a new xe. Like a 13980xs

[@Avalon304]

I desperately wanted you to not mention the reeses and just casually eat one or two of them throughout the vid and act like nothing had changed.

[@johnpainter8090]

seriously man!!!!

[@ICanDoThatToo2]

Little known fact -- the mod mat has a place just for reeses.

[@-eMpTy-]

Good timing, just got finished watching der8auers video on lapping

[@janaebert3059]

What? You can fap 2 times? Wow

[@-eMpTy-]

@@nyunster Yea, I watch a lot of hardware KZbinrs =)

[@tmi1234567]

I just lapped my i5-4690k and dear god it was bad. It was terrible after 5 years of use. I had a Noctua NH-D15s and was hitting 90-100c under 4.3GHZ @ 1.35v (prime 95 small fft) and was not good. My new Ryzen 7 2700 running under a 140w load (small fft @4 GHz) runs at like 70c. sooo... the I5 got a lot lower temps after the lap. Lapping is not that hard. I went 120 (Dry rest are wet), 400, 800, 1500 then 3000 grits. Took me about an hour and a half to do properly. I am just glad that my cpu has good enough temps now.

[@tmi1234567]

I had mt 4690k on a hyper 212 evo and was overheating at 4.4GHz while gaming so I upgraded to a Noctua 120mm static focused fan with a small temp change. Got a Noctua NH-D15s and got a small temp difference. Took a 120mm Delta Electronics high rpm fan and dropped it on the d15 and still didn't see a huge temp change. Lapping gave me like a 20c drop on the Hyper 212 evo with the Noctua fan on it.

[@Slavolko]

@@tmi1234567 Good work! I had a 4670k and 4690k, so it's cool to see others pushing that hardware.

[@wreckervilla]

NZXT gives you pucks, cooler master gives you cups

[@jedahn]

I came for the cat. Stayed for the test numbers; and the cat.

[@mrthesquid]

These rabbit holes are interesting. I'm not into XOC, but I do find these minutiae details fascinating.

[@kittzy3598]

The blood gives the CPU a extra 200mhz. The ultimate cpu is it be part of the cooler, not a seperate peice.

[@suit1337]

Use virgin blood harvested at moonlight you get another 200 MHz

[@soapa4279]

The human eye can only see 144mhz of blood

[@3Balala3]

20 years ago there was no ihs on amd cpus

[@NorAlienEuqcab]

3Balala3 I still have a few of them 😁

[@taiiat0]

Actually, i saw not too long ago that integrating cooling into the Silicon is being heavily researched and has prototypes, just about ready to be possible to be used in Processors. I do wonder what pressure liquid channels that small are gonna have to run at, though.

[@floriansauter68]

I expected a bigger difference from the lapping, good to know it's less than I expected. Thanks for making the video!

[@JamesColeman12]

man i was looking for this video after watching the first one where u guys were sanding down the CPU. i couldn't find it but suddenly its recommended to me nice!!

[@dougler500]

You've got my vote on this one. I'd love to see you dig deeper and find the real issue with this chip. To me, this is interesting, I love troubleshooting and I love seeing pros troubleshoot stuff I'll never get a chance to.

[@Ryukushin]

Best review ever, the cat definitely increased the cooling efficiency with unseen blackmeowgic

[@williamjake100]

Holy smokes that bromance

[@quintonquill]

I love watching these mad geniuses doing this cutting edge over clocking!.....For Science!

[@_Agosto_]

0:10 *experienced lapping inspector doing quality control on Steve's work*

[@aunderiskerensky2304]

i love how steve has so much access to great hardware that he now refers to liquid cooling as air cooling, because the concept of a heatsink and a fan as the only cooling is simply no longer on the table. like... at all. from a steve, good work as always.

[@stevenmobley5882]

The flatness to avoid cracking is simple in that any thermal shrinkage or expansion is also more uniform. This thermal expansion and shrinking produces stress in the material. While in a liquid state this is not so much an issue other than potential low level pressurization, but as a solid having different section properties (i.e. thickness) the thermal stress in the thicker sections will increase the stress upon the thinner sections causing cracks within the thinner sections or somewhere in the interface between the two. This same thing happens in concrete a lot and has to be accounted for in design.

[@posban]

i have no idea what he is talking about half the time (well most of the time) but he does make it interesting. In Steve we continue to trust!

[@PsiQ]

we had a polishing station at our university lab for taking a look at metal structure (granular structure) under the microscope. basically a large LP discplayer and an arm which held the metal puck/tab down with a weight. as grinding material there was a diamond powder liquid poured onto a silklike disc. i built a polishing station for rings and stuff out of an old (vinyl) discplayer with 1000grid wet sandpaper.

[@jackmclane1826]

Shaving off 3°C is huge... imagine what effort you have to do with anything else to get this result.

[@richmeisterradio]

The holy brofecta: tech jesus, der8auer, and kinpin

[@givemeajackson]

you forgot main character hair buildzoid

[@Kaelygon]

the holy trinity*

[@richmeisterradio]

@@givemeajackson buildzoid is like their holy prohpet that explains the inner workings of things.

[@wilihey1425]

8:42 the confidence

[@vffa]

Right?

[@lloydnelson5689]

Wait so whats the story with Cooler Master and the candy?

[@hasinzafir3906]

they sent it to steve as an april fools joke

[@USSMariner]

The only way it could have been better if it was the dark chocolate version

[@2010frankieg]

I care! I like that it shows new isn't always better. also that following things with closer eye on how they are made should be apart of your deciding process. you guys doing the testing no one else does is what makes you guys you!! its the reason that group of us that cares watches even while watching other channels because you guys review that tech stuff the others don't think about. I mean you got the freaken kingpin in the mix. that shows the quality you care about bringing us. it was you guys ( don't care what anyone else says) that made aire flow important again because people were starting to forget about it.

[@scott2100]

I think the blessing of Snowflake has had a bigger impact on temperatures than the lap

[@sliceofmymind]

Steve, that huge delta is retained even when using a lapped stock (or an aftermarket copper IHS) on my delidded LM 7980XE. I still have cores that are a minimum of 20C higher than the coolest cores. One of my HWBot teammates is using direct-die on his 7960X and I believe that is the only way to lower (as you've stated) the delta between cores.

[@kidman2505]

more importantly, whatchu gonna do with all those reese's?

[@tiffanyparrott6799]

Somebody suggested Steve eating all of them while keeping eye contact with the camera and not saying a word the entire time

[@adamblomberg]

Selling them to the Chinese

[@mjc0961]

@@piers389 The bin is the only valid place for you and your comment to go.

[@piers389]

@@mjc0961 You're wrong - it's the only place for your country to go.

[@user-yv2cz8oj1k]

What is the lethal dose of peanuts? 🤣

[@XFourty7]

Very confused... 17:50 about 5 seconds from here is when I expected Steve to explain what disease that case has, and how to avoid it!

[@k3salieri]

Have you or a loved one died from Reeses Case Disease? You may be entitled to compensation.

[@Jelle987]

I enjoy the methodological thinking of potential causality and variables that go along with these videos. Not like I would ever delid/lap my 8600K myself for my basic bitch Scyth Mugen 5 PCGH cooler...

[@levifig]

One thing I realized on my 7900X is that the hottest cores were the first, last, and middle 2 (4 out of 10). They were consistent, with different cooling solutions, water blocks, thermal paste, and even with the stock IHS vs copper IHS. Now, I don't know if those are "accurate" representations of the physical layout, but it almost seems to me that, if consistent, they could be "center cores", or at least cores in more "dense areas". I mean, this is all speculation, as I've tried getting core layout info from Intel and it doesn't seem to be publicly available. Just food for thought… :)

[@masterhandwalker3764]

I need those Reese's Cups

[@nikko_301]

Interesting stuff for sure! It's not a mainstream issue we are solving here, but the reward of modding your own components to yield better results is so.. so.. rewarding. I understand if you have your eyes on LN2 solutions at the moment, as it might be your "next step" in overclocking. Most of us, I believe, consider LN2 cooling videos as entertainment - whereas these types of "hacks" are the real value that might take us (the viewers) to our next level. Maybe this works great on some CPUs and little worse on others etc? Who knows, but you mentioned there are degrees to gain. I am prepared to try just to feed the 12-year old g33k inside of me!

[@helloimash]

I was wondering what Senior AMD Analyst (aka The Real Editor-in-Chief) Snowflake thought of this. Thank you, Snowflake, for providing the raw, real journalism this industry needs.

[@Recogru]

You kind of answered my question from the last video of why the surfaces aren't polished here to create traction to thermal paste. Still curious though if maybe a direct copper to copper contact wouldn't be better. With a perfect polished surface you wouldn't need an interface material. There is a company that makes a laser dial indicator as an add-on for their laser calibration system. It could be used to make sure there are no variations or any concave or convex surfaces. Obviously not practical for the home overclocker but for a person that is going all out I think it would be the thing to do. With an instrument like that you could even test for variations coming from contraction under the nitrogen. Due to differences in thickness of the contact materials, the rim thickness of the spreader/block vs the center thickness could cause the metal to shrink under nitrogen temps creating a gap.

[@Pgcmoore]

i use 1200 grit wet with denatured alcohol taped to a small mirror on a flat surface for the lid and whatever heat sink surface i am using, lapping in a figure 8 motion by hand to a mirror shine, i have been able to reduced oc temps by about 5 degrees with some aio liquid coolers

[@csdn4483]

Steve, I seem to remember that Roland did delid a 99xxX after heating it to 250+ C in order to melt the solder so he didn't kill the CPU (like when he tried to delid without heating the CPU) and he found that the substrate was thicker on the 99xx CPUs and he had to take off about 15 microns of substrate in order to get good temps (the substrate was acting as an insulator).

[@chady7695]

NGL I thought this was about Snowflake sitting on Kingpin's lap and reviewing its comfort.

[@tiffanyparrott6799]

Well now I need this to be a thing

[@MrE1981]

You make such simple concepts sound so overcomplicated.

[@granthampson5917]

Great work as usual. I think the lapping of 7980XE is a must to conclude this comparison n study. Would be interesting to see final result. I lapped and delidded my CPU to get best result but this may influence future decisions

[@soapa4279]

I wonder how well Reese's chocolate will do as a thermal paste. I hear Gamers Nexus had some stock come in recently.

[@MrMartwy]

I am wondering, why LN cooling teams use all this sponge, tape and so on to cover entire motherboard (to prevent condensation) - instead of using just a closed case filled with a completely dry gas, like pure nitrogen? No humidity, no condensation. You can make such tank with acrylic sheets or smth like this. It even does not have to be pressure tight, just rubber around all cables, rubber seal around the LN pot to fit it in the top cover. You get rid of humid air, you do not risk condensation on spots of the MB that you missed. You can even provide some kind of a loop of cool nitrogen gas, to provide additional cooling to VRMs and RAM. Is there some kind of a trick that would make it fail?

[@Rippthrough]

Lapping isn't the be and end all for mating the surfaces - just because they're flat doesn't mean they're parallel, etc. If you want much better contact for LN2 then instead of grinding them both on stones you should be mounting the cooler and CPU, bluing them and then scraping the two surfaces into each other. That will take actual physical contact up from single figure digits into the low teens.

[@fiend116]

It looks like it passed cat inspection.

[@Auron555]

Maybe you can add direct-die tests ? Would be interesting to see differences in this case too :)

[@cyronader]

I remember lapping my pentium 4 EE socket 478 and I got a 7 to 9 Celsius temp drop on air cooled zalman heat sink.

[@zososldier]

I haven't lapped anything since around 3000 series era. I remember back then getting pretty decent improvements and more stable temps on both Intel and AMD. I also remember fairly well that those earlier chips domed up pretty bad instead of concaving in which could lead to a cooler being mounted at a very small cant (2-5⁰)

[@dugly66]

Perfect timing for your sponsored add. just under 30 sec.

[@ragingmonk6080]

Lapping may be a faster way to do this but doing it free hand is makes it less then optimal. Example: pause at 3:48 and you can see how that free balling this cut one or two corners lower.

[@NeroKoso]

Been waiting for this! Nice.

[@InsaneFirebat]

I haven't really eaten candy in years but you've really made me want some Reese's Cups.

[@adamtheninjasmith2985]

So I have a set of high end ceramic stones for sharpening knives and equipment to keep them flat and I'm wondering... Can I just use these and make sure I keep them super flat? I have leather strops with different compunds I use also that will put a literal mirror polish on about anything. Kinda wanna try it on my 9900k but it costed me more than I really should have spent anyways lol.

[@prescott231233]

It should work, but don’t wet stone it, unless you use very high percentage isopropyl alcohol. Also, I’m not sure what grit your tools go to, but the higher grit won’t work as well and will just polish the lid. You know that though. It would be cool to see a super shiny cpu though!

[@UncleSilverGaming]

I'm a simple guy. I see a kitty in the thumbnail, I click the video.

[@TheXev]

The IHS looks like it has a smiley face after the sanding... ... this is seriously the funniest Gamers Nexus video by far.

[@danieldc8841]

Perhaps you guys could explore the idea of using the CPU's heat spreader as the base of the LN2 pot - ie you just have a tube attached to the top of it, removing the thermal paste and the need for lapping. The low temperatures wouild make materials used for seals a bit brittle, but I think it could be done with precision machining of the heat spreader and pot walls, perhaps on a lathe for example.

[@MedicatedOMO]

A perfect lap and gold foil, very thin gold foil btw. You should try it once.

[@heyarno]

Maybe revisit the topic of heat spreader flatness with your fancy flatness test equipment.

[@oddtazz]

We do care, please follow down this path!

[@Spushed]

Uhhhhh....the candy?!?!?!?! The whole reason I watched the damn video!

[@BurntFaceMan]

I'm always confused/puzzled by lapping. Given the whole purpose of the liquid-metal/thermal paste is to fill the gaps between the cooler and the IHS and because its a liquid it that fills any gaps caused by 2 uneven surfaces, it already makes the two contact each-other better. The only thing I can see lapping doing is making the distance from the silicone to the radiator a few nm shorter.

[@xpwn3rx]

Steve, you should contact Intel and show them the results here. My 7980xe had a 37c core delta before I delidded it. Now it's 10c and I think that's still too high. I suspect a manufacturing defect on that chip is the cause of the problem. Possibly a bad seating of the IHS before it was soldered, which might be explained by what resembled a slanted surface in addition to your non-flat surface when you were lapping the CPU.

[@keconsipsip]

0:26 smiley ihs

[@SerpentXTech]

Despite the minimal gains from lapping IHS, I am still considering doing it for my 9900k even though it wont be put under LN2. I do care about this content so please do more testing and send CPU to K|ngp|n. Thanks

[@MauroTamm]

Guess someone with an accurate CNC could cut off a fraction of a millimetre to even the surface instead of grinding.

[@Kevin_Eder]

Since you have the 7980xe de-lidded I'd be interested in more testing with the heat spreader. Not only lapping but testing the inside for consistent thickness. I'd also be interested in seeing if different thicknesses would affect the performance and if different profiles would have any impact. For example, feathering the heat spreader thickness towards the edge both thinner and thicker. Also, once lapped and of uniform thickness, gradually remove a layer of a fixed percentage of the starting thickness. So, if the lapped and even heat spreader is 2mm then remove 5% or 0.1mm. Though typing that out it seems like it would require multiple heat spreaders and a ton of work.

[@VndNvwYvvSvv]

In short, no.

[@kindis4282]

It might be the Kraken X62 mounting, not getting good pressure. With good watercooling solution with good spring mounting I think the results will be better, but it really might be the solder underneath being what it is. And come on GN, who the heck will use 9980XE with Asetek mainstream AIO, at least put the 360 MLC Phoenix.

[@JDHof1]

You're probably right about the i9-9980XE solder causing the thermal issue, because it's a reprogrammed identical physical die to the i9-7980XE, right? In the case of the i9-9900K, der8auer found the i9-9900K thermal issue was partly caused by increased silicon on die top. :-)

[@threecats8219]

Lapping confuses me because when I put my air-cooler, the screws usually go down until they lock. Meaning they have run out of thread before they are stopped by the IHS. If you make the IHS thinner, you are farther away with cooler, because of the screw thread limit. (Unless I am totally wrong of course. I mean it work for people's temps, so lapping must be right.)

[@greybuckleton]

Could you please try a direct die liquid cooling block and see if it solves the problem? Perhaps try it on your older 7 series cpu.

[@Motopsycho21]

Wanting to try this as well

[@junkerzn7312]

I want the candy... urm, I mean the case. I want the case. Yah... (drool) ... the, ah, case. But don't worry about cleaning up the candy, I'll take that off your hands too. -Matt

[@golgothapro]

I know this might sound crazy to you all, but what do you all think about using a 3D printer to build some kind of multi-layered multi CPU socket buss so multiple MPUs could be simultaneously cooled and run in parallel to share the current like use to be done with audio amps with a S-load of power transistors back before MOSFETs took over?

[@qlum]

I would assume the high core to core delta is simply because of the number and the thermal density and number of cores. Where a higher overclock makes it harder to cool the center cores compared to the outer ones. This is not as much an issue on the 8 core parts ore when running at stock. Ore are other people seeing smaller delta's at the same voltage / frequency / workload?

[@esdblog6100]

Why on earth manufacturers use IHS at all? I still remember Pentium 3 and AMD FXs (not Buldozzer) who did not had IHS.

[@Muhanoid]

because Intel was receiving a lot of cracked cpus as a warranty because normal people couldn't install a cooler properly and damaged cpu in the process. So they made a pad of metal that can'te cracked easily.

[@justus1995]

might be interesting to find out if lapping to the finish of a gauge block and wringing the pot and the IHS might eliminate the need for thermal paste

[@theHardwareBench]

Sanding to get a flat surface takes a few minutes. The improvement depends on the individual CPU and cooler. 2 to 4 degrees C is typical. I just get the flat surface, a bit of nickel on the IHS won't do any harm especially if you run a PC that could be in damp conditions without removing the cooler for a long time.

[@d00dEEE]

How about reflowing the TIM on the 9980XE? Put it in a socket to provide pressure and heat it up to 170C...

[@TumanWK]

EVGA RTX 2080 TI Kingpin edition PCB on AMD's display for their Vega (7?) GPU... Could it be?

[@ianmelzer]

Silicone cupcake pan and brownie mix, push Reese's into center after baking, demold after refrigerating pan over night.

[@PixelGod240]

Don’t for get the green butter ;)

[@TheDemoncaller]

How do you think the IHS gets a curve to it? Certainly they are milled flat initially on both the underside and top-side. I would bet that the interface is not an issue as much as the underside of the IHS being curved to match the top, warped during nickel plating or uneven deposition of material I would guess. It may be possible to lap both the underside of the IHS and the die itself to reduce core-core deltas. Lastly I am surprised that kingpin does not have a jig to hold the IHS to lap perfectly flat rather lapping it by hand on his machine.

[@infowolfe]

Please give us more... I'd definitely like to see what the "best" thermal mod for running an 9980XE on water would be.

[@S3rial85]

0:13 near "purrfect" huh? We need more cat humor. :)

[@stoddern]

In der8auer's newest video he explains how IHS' warp as the solder cools and sucks the center down leaving the corners high.

[@DIYunpolished]

I will testify to lapping. My e5 1650 xeon had a horrible imperfect surface. My water cooler couldn't even keep it cool at the 4.3ghz overclock I was running I would hit 90 really fast, as soon as I hit the benchmark on cenibench or aida 64 it would start hitting throttle limits pretty much instantly. I then decided what I should do. LAP. I lapped my CPU and my cooler master masterliquid lite 120. Lol (mouthfull) any who.... I can ran same overclocks and now I was sitting in the 60s so I overclocked it to 4.5 and increased the voltages and now I'm hitting 80s after about 15 minutes and it flat lines and doesn't move. I'm sure if I had that unrealistic test running with my GPU on stress it would hit around 90 but that's unrealistic stuff. I'm glad I lapped my CPU and water block. I watched jayztwocents about his cpu hitting 90 instantly and check to see if my cpu spun on the table like a top and it did. Then did all my lapping and was happy I did. And don't say it was un even mounting pressure because I tried different thermal pastes and tried mounting the block in different positions never changed my temp.

[@jadoei13]

A 120mm aio seems a bit limited when overclocking though, not sure of the heat output but something like a 240 or even better a 360 would seem better. Unless you sit next to a jet turbine ofc, in which case it all doesn't matter so much

[@DIYunpolished]

@@jadoei13 I'd love to have a 240 for more room for overclocking. Budgets tho. Lol

[@AaronAverett]

I think we're all eager to find out the delta-T over ambient of K|ngp|n's lap.

[@XTreMe2k6]

your cat is in the video = instant thumbs up

[@teddygoboom1]

My guess is the delta is simply caused by heat saturation from adjacent cores. Is there a way to figure out exactly where the hottest cores are located on the die? All this "low level" stuff is pretty interesting to me at least. I enjoy the occasional dive down the rabbit hole, though I still think that the more popular topics should take priority over this kind of thing

[@TheNerdy1]

I would love to see the i9-99890XE delid and then test to see if you use LM if the core to core deltas would shrink.

[@NeroKoso]

Well, if top of the IHS is lapped, delta is huge, but direct die is giving way better delta, then I guess under side of the IHS would need lapping somehow. Maybe that under side is just completely jacked up...

[@supersophisticated9943]

For like half the vid I'm just tryna ignore the 500 reese's peanut butter cups in that computer case.

[@Qyngali]

Isn't it reasonable to expect that the underside of the IHS is just as uneven as the top?

[@user-yv2cz8oj1k]

So it's nothing to do with copper being a far better conductor than the metal layer above it? And actually is the perfect flat a better conductor? Surely having a highly regular finely pitted surface would increase the surface area possibly using a nano material, and could allow a higher contact between that and the cooler increasing the cooling efficiency?

[@mr_jarble]

Interest registered. I would also be curious to see a lapped cooler as well just to make sure everything is making the best contact.

[@johnlrose1979]

Have a request here, review the old school thermaltake big typhoon air cooler from back in the mid 2000's would love to see how it would do on modern cpus I suspect it was way ahead of its time, just a thought :-)

[@christopherpedersen1820]

When you say the core to core delta goes down with direct die is that at a similar delta from ambient? Since you are cooling better all around the core to core delta could go down just because you are cooling everything better. I honestly feel like at least a fair portion of the delta has to be just due to the actual silicon and also the layout of the cores. Also it would be interesting to see if any of these things change which core is the hottest. I suspect the hot cores are staying the same through delidding and lapping, but you didn't really say.

[@DerbyMods]

If I could, yeah, I would definitely save a couple degrees.

[@taylorbertrim7625]

Well Im doing a full custom loop with 2x360 rads and a waterblocked 3080 and 11900k. I thought about doing this to achieve the lowest fan speeds possible but 2°c I don't know if it's worth the effort and stress.

[@JessieCrypto]

Those Bitcoins falling out of the computer case?? I didn't know that how it works.. HAHAHAH

[@mattsmechanicalssi5833]

That core to core Delta could be in the silicon itself. All tests had nearly the same lowest load temperature readings.

[@ratzikratzi]

I think I already said this once but just to be sure I'll say it again. K|NGP|N really missed out on calling himself Count Clockula. He obviously looks like a vapire, especially with the samurai style hair.