Hey guys, just to clarify, at one point in the video we mislabeled the CPU, but it is in fact a Ryzen 9 5950X. :) Thank you for watching! If you want to save time drafting messages to recruiters on LinkedIn or proofreading important work emails, remember to sign up for a free account and get 20% off Grammarly Premium: grammarly.com/LTT
Fantastic build! Linus used some improved techniques that I've never thought of. Regarding the pump that many people have asked about, it's actually integrated in the top radiator, and there’s also a tiny reservoir in it.
@@callistoarmy5576 don't wanna be rude and all, but your covers are bad, really bad. Maybe start with improving yourself first then nag people to listen to it.
Only acoustic, hollow body and semihollow body guitar players will understand the shame of dropping a pick in their guitar and having to shake it out in front of friends and family.
When a country with a lot of poor people matches up with two rich continents... Nothing left for China to lead the world wtf I gotta start learning Mandarin...
Or a radiator slightly knocks a RAM stick causing the system to either not POST or not detecting the stick outright. DIMM slots are so damn finnicky...
@@instachocolate Which is why it's stunning how often he's somehow surprised at an SFF case or build that has good cooling or at how small a case is. I think he's pretending, but his reaction is annoying regardless of whether its genuine or an act.
@@jablue4329honestly if you think about the amount of full size and even monster size builds throughout his life compared to small form factor you can’t really blame him for always being shocked at just how small pc’s are getting and with the same performance of their bigger brothers
@@FinneousPJ1 3 of the 4 rads are equipped with 2 fans each, though 4 of them are thin fans. And the last one shares the fan from the PSU. The original version is capable of pushing 10900K to all core 5.3Ghz (though they said that the motherboard probably had some issues so it's not stable at that frequency) so it's solid enough in performance I guess.
@I killed that beard guy nah, Intel is Linus' Sugar Daddy, Linus only cares about Intel when they send those $, otherwise the attractive Red dude is always the choice ;)
@@nayan.punekar and amd is That guy that was fat and lazy but he slowly began to take care of himself lost weight and became productive and Intel became lazy and fat because he thought there where none like him in this world Hopefully intel will get to his old shape like amd and we will see some nice competition I really hope that both side will start attacking each other with more and better hardware and getting the better price/performance I really hope that it will happen in the next few years
Apple: oh well, lets just run lower power and clocks to the point where it produces no heat anyways and is more comparable to the speed of a 2005 HDD laptop
This is by far NOT the most possible build on the channel, especially when you got big fat hands like mine, ain’t no way ima get those fittings tightened up properly.
TBH at this point, we might as well produce a custom case. The most impressive tiny builds are custom cases and these copper heatsinks would do us blessings!
Those are made for removing zip ties on bundles w/o hurting the wires. Most professionals use zip tie guns to tighten up the tie and cut it with one tool...
I love the way he always runs around to the other side of the bench with the ankle anti-static line he swears he always wears when working with motherboards.
For cutting Cable Ties, you get basically perfect results if you'd use "Small Electronics Side Cutters". These can cut the Cable Ties very flat on the head. As an electrician, I really appreciate those at work, as the small remains would always be very sharp and can easily cut into the arm while working in small spaces.
Wait wait, can we get a source on that copper vs aluminum fin performance, especially regarding the heat dissipation? Based on my materials science understanding, that doesn't make sense.
well one thing i can guarantee you is that copper is surely most conductive heat transfer but not strong enought structure. thats why its hard to see cooler that use copper as fin. the structure easily change after get warm.you can learn that in basic chemistry. for the heat dissipation. maybe the subject of the temperature of aluminium can absorb is higher is better as endpoint, and the copper faster absord as key for firstpoint.so that the aluminium can absorb a lot heat in the same time air can dissipate the heat.this is my theory. this is simply my theory. it kinda make sense in one way,but maybe there more into it
For real.. Easily one of the coolest PC's I've ever seen based off how much performance and cooling is capable in such a small form factor. I can't believe how cheap the case is as well. I want to build this myself sooo badly.
The channel Geekerwan (their English channel is called EastTerminal) even got a 28 core Xeon into this case. But it's kinda impractical for normal users. Not that this build is that practical either, though.
Yes, it was pre-bled, however, it wasn't with the bleeding location at the highest point. There was probably some air still trapped in one of the radiators. Critique out of the way, I love this and wish I kind of owned this. The dust on the bottom intake would be annoying, but eh, it'd work.
Water pipes are now heat pipes, wicking the heat through the system. As long as the thermal mass is kept at bay from through the rads, it will keep going. So in this case the number of rads matter.
The rads will be brown and/or green in ten years anyhow, raw copper doesn't stay that pretty. Maybe the steampunk look will come back in fashion by then.
I did something stupidly risky but it worked. I moved my Obsidian 1000D from my floor to the top of my 6 drawer dresser. About 5 ish feet tall. Luckily I somehow didn’t drop it but it looks amazing now. I put a usb hub under my desk and ran the display and audio along my wall using cable hiders.
Watching all these watercooled builds here lately really makes to make me try one some time. The only reason I never did it was since because it just doesn't seem costefficient for the performance gain. On the other side, I do like myself some piece and quiet. I only hope it's as easy at it seems in the UTUBE.
Free Tech, err, Tool Tip. Get a pair of decent side cutters, grand the cutting side flat on a bench grinder. They will be your favourite ways to cut zip ties and cut flush since you ground them down. No snagging your finger on poorly cut ties.
Fans - washers- first idea- The best solution. You could have used the Screws. What we need is a cable-making system for such a Modular PSU- not every cable needs to be 12 feet long. The solution to the casing problem is a 6-panel removability- This would give you access from ALL sides. The build was awesome. A redesign on the side openings to vent the air to the rear would be nice. I would love to have a small sheet metal shop to make such things.
Nothing beats diagonal cutters for cutting zip ties. Less chance if any the ties will slip between the 2 blades because they actually touch and don't move past each other like on scissors.
A few years ago I helped a friend build his PC and it was Mini ITX. He would carry it between houses and just kept a monitor, keyboard, mouse, and other peripherals at each one.
My favourite part about this channel is it went from actual product reviews and tips to literally: "fuck it wanna do stupid shit that if it breaks costs thousands of dollars?" "...fuck.... yes lol"
9:36 Copper also can contain more thermal energy and does this more evenly over the material, which causes it to be able to contain more heat at a faster rate, while aluminium can dissipate faster to air, it's not by a whole lot, and it does not spread the heat as evenly as fast, so i suppose there is possibility air might pick heat more often as air touches a really big surface. So you might want to actually test a aluminium and a copper heatsink of about the same size and similar density, with the same configuration under a very heavy test like Prime95 Small_FFTs, or OCCT, would be interesting video for those curious. Would also be nice if you tested with some regular 12-14CM fan that has fine static pressure and at least 59CFM, compared to a much stronger fan like a Noctua iPPC fan, both the 12cm and 14cm variants, or some server fan (which nobody is gonna run normally because ear damage and tornado in a case etc, but is fun to try lel). Also you should take in mind copper is very expensive compared to aluminium, like that would pay 3-4 times the amount compared to aluminium of the same size and density. Paying so much more for a heatsink would not bring that much of extra benefit, so aluminium is fine for most people. Anyway, love how excessive your build is.
@@spork8655 the OP still angry that Linus compared the RTX 3080 Ti to its rightful competitor within the RTX 3000 series lineup-the RTX 3090-instead of comparing the RTX 3080 Ti with the RTX 3080.
For the rubber feet, I'd recommend removing the adhesive with a clean rag wet with Isopropanol (aka Isopropyl Alcohol) and substituting it with a high temperature rated adhesive compound.
