This 3450W Power Supply is a Fire Hazard!
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- Опубликовано: 3 июл 2024
- You can get 50% off your first month of KiwiCo at: kiwico.com/LTT
How sketchy is a 3450W PSU from Banggood? Shockingly bad.
Discuss on the forum: linustechtips.com/topic/14365...
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Intro: Laszlo - Supernova
Video Link: • [Electro] - Laszlo - S...
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CHAPTERS
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0:00 - Fire Hazard? No this is the Intro.
1:08 - A little look at your big PSU
3:05 - Opening the PSU
5:55 - Missing Components
7:13 - Resoldering
9:00 - Alex's terrifying power meter
11:11 - Powering on
12:50 - Adding more GPUs
15:29 - Adding a Threadripper
17:11 - The Moment of Truth
18:45 - KiwiCo!
19:51 - Outro 
Наука
I love how Linus talks about the Platinum rating on the side but doesn’t even realize it says “Platitum”
THIS SHOULD BE PINNED
I missed that too! Get this guy to the top.
I assume they did and cut it...but yeah
Wait a second...they actually did misspell that LOL
Latest and greatest Platitum rating.
2:31 It's not even 90 plus platinum, it's 90 plus platitum
And you know PlatinumGamer's right because they'd know how to spell platinum in the first place.
@PlatinumGamer I urge you to rename your channel to "PlatitumGamer"
Well.... You would know, PlatitumGamer
Explains the color
10A continus current , 3450W (14A peak )is peak for number of sec
That label is wonderful.. There is also the "180-240V 10A" rating, which tops up at max 2400W input, for 3450W output, for an efficiency about 143%. Of course they gave it the golden-platitum achievement
230V times 16A = 3680W
So whats your problem?
@@010falcon The label on the power supply indicates that it only takes 10A
140+ *Platitum*
i was searching for this comment XD. @ like 390V we can slowly talk about 3450W
@@010falcon apart from the label saying only 10A: that actually what the C13 plug is rated for basically everywhere on this planet. It would need a C19 for 16A.
I'm glad to see they're making power supplies for the RTX 40 series cards now
underrated comment
Aged like fine wine
Could support a low-end 50 series as well
@@Gotnatt nah the 4090 is actually pretty efficent against a 3090ti
@@theplayerofus319 the 3090ti is infamously bad so that's a pretty low bar lmao
The 90 plus platinum certification not being platinum color isn't what concerned me...
It's the fact that they didn't even manage to spell Platinum correctly
I think this is intentional.
90 PLUS Platitum is a great upgrade from 80 PLUS Glod
90 Plus Platitude
I think it actually read 'PLATITUM' or something. 😅
They didn't spell platinum wrong, they spelled platitum right.
Every time someone opens a power supply I question how much LTT pays their insurance company.
Insurance for equipment or life insurance?
@@Alias_Anybody Or.
@@Alias_Anybody yes
Jokes on you I opened my PSU and it yet didn't become a fancy creeper, I'm using it now.
@@inqizzo they've already had an accident lol. When Anthony opened the Mac, the capacitors discharged.
The sheer amount of trust that you guys put into that question mark of a power supply blows my mind.
Given how 5:16 went, I think it blew _THEIR_ collective mind as well
The trick was working out how it was going to go bang and making sure it's somewhere safe before it gets plugged in
indeed. one would think that these guys would be able to cobble together an electronic load that could more easily and cheaply test it to the rated power; but I suppose that wouldnt make for a video as entertaining and risky as this.
The dynamic between Linus, Alex, and Kyle is fucking hilarious. Kyle should basically just be a default co-host for these types of videos, if for no other reason to protect Linus and Alex from themselves LOL
"This is literally ever 3080 we have in the office."
"Hey, I found another one."
Dang, would I love to have an office like that, where 3080s are just found randomly.
Get out of your mom's spare bedroom and create wealth for yourself.
@@fattswaller8792 I have 69 likes, your argument is irrelevant.
Some of them are going to be leftovers from Verified Actual Gamer that they weren't able to sell for whatever reason.
Yes, just like a game, you going around and loot here and there 🤣🤣🤣🤣🤣
So they have more than 3 3080's in the office? That would make it... OVER NINE THOUSAND???
I appreciate Alex standing up to Linus to protect the render box.
A good employee does his job, the best employee does his job and makes sure his boss doesnt fuck up too
And also the foresight to ensure that he didn't know, thus the answer couldn't be extracted or compelled out of him.
@@ferlessleedr exactly, social aikido really
Also makes for funny content I guess
This video should just be called linus deals with two engineers.
The scariest thing an engineer or tech can say is "It'll be fine".
It's great to see how comfortable Kyle has gotten in front of a camera in just a few short months. He has only been on camera a handful of times.
As an electrician its totally fine to draw 3500w on a 230v circuit. You should get outlets that are rated for 16A continuesly and not just 16A Peak (10A continuesly), but other than that you are fine. A 16A circuit breaker wont even do anything unless you draw at least 14% more which is just slightly above 18A
I mean yeah, 230*16=3680
@@SzymonPmc to be fair, if you drawing 16A you are most likely not going to have 230v on that outlet anymore. Voltage drops with high current due to the resistance of the wire. You would need really THICC wire to keep it at 230v
sad north american 120v moment
As an average Cheetoh muncher who knows nothing about your trade: wanna bet if I can f%#^ that up or not? 😃
As an amateur electrician: the green cable goes in the green thingy.
Apparently the "BANG" in Banggood is supposed to be the sound you hear before your 3450W PSU toasts all your components (and quite possibly your house)
your face, your hands, your partner, pets, and one free child(more than one and youd have to pay taxes), yk, theyre all about inclusivity over in china
Banggood - it makes a good "bang".
PSU link?
well at least the bang is good
sorry
Before it toasts, it fries with hot capacater oil.
This with a 4090 would be a double fire hazard lol
tfw my 4090 consumes the same power as a 3080 or less. you people really overestimate 4090 power draw.
@@crylune i hink they mean the power cable melting and what 3080uses 450 watts?
@@Peanutnibbler if you're melting cables with a 3080 or 4090 or whatever then you are doing many things very horribly wrong
@@the_undead even Nvidia admitted this was an issue, it was adapters not cables or the cards, no one user was at fault. this is why you should never cheap out on components. Some companies have no integrity.
@@crylune The 4090 founders uses the same as the 3080, the AIB aftermarket cards do NOT. They use more power than the 3090, 400-500w. If you OC them it can go over 600w.
I love those kind of LTT videos. Having Linus being all smiles around super sketchy things is where you guys really make your best content.
it's like steve irwin but computer
Love it when LTT staff have to save Linus from himself "We hid the server, so you can't use it" 😂
He is one hell of a walking hazard xd
It's a beautiful relationship
@@johnr.timmers2297 no
@@walidfakhfakh3660 yes
How did they manage to hide the server
I love how Linus tells Alex to get the render server as a joke and then freaks out when he sees/hears how expensive the *actual* test bench is.
ruclips.net/video/zo_uoFI1WXM/видео.html
lol this fucking loser. fuck your winners and go to hell.
The fact that you had to repair it when it was brand new is pretty damning, but good on you for taking it apart and checking it, especially with how sketchy that is. I'm honestly amazed it didn't start smoking or kill all those 3080s.
has the lab tested this thing yet?
You know the GPU stock situation is improving when Linus can put on death row 6 RTX 3080s.
It's definitely plunged, but unfortunately, it's not dropping anymore at this time.
they even find one more mid video to put on death row.
7
7*
Thankfully it got better to a point where I could finally upgrade from a 1060 to a 6600 XT.
Including the "customers also bought this" item was a nice touch. Please do that more often. 🙂
Linus is actually slaying that hat. I love it with the beard
@@calvinmills4069 🎵You -shook- dropped me alllll niiiiiiight long...🎶
You know you're getting into sketchy territory when both Alex and Kyle have to be the voices of reason to Linus.
I genuinely really enjoyed this video. Not for the subject, but to see you guys just work together to achieve something. Feels like a bunch of friends working together.
Very true, in general these videos are much more genuine than product reviews an the like. Obviously different in nature, these videos are what keeps me subscribed opposed to other tech channels on RUclips
@Garrus Vakarian jpl got started because some students at Caltech almost blew up their dorm by mistake. They got banished to a farm and told to carry on. I love the scientific work ethic
Turns out The real power was the friends they made along the way☺️
Unscripted LTT videos are cool
Underrated comment.
Alex legitimately hiding the expensive equipment so Linus can't blow it up is brilliant 😅
He wanted to try the server but freaked out about a mbo ...
@@robivlahov He's freaking out about the Threadripper CPU, those things are so hard to find at reasonable prices.
@@fritzceo9194 he sait it was 1.3k for the mbo ... A server is surely more expensive as rhe staff hid it
@@robivlahov Yeah, Threadripper Pro boards are expensive to begin with, and it's even more expensive for the Threadripper itself, it's hard AF to find one at a reasonable price. They have 7-8 3080s and the Camino server is replacable. It's Linus, he doesn't really care about net worth. What he does care is how rare that threadripper is.
@@fritzceo9194 plenty of cpus , the gpus were the peoblem
1 year later.... still no test vids from the labs.... come on guys
I love how Linus points out the input voltage rating, but totally ignores the input current limit of 10 amps right next to it.
I was hoping to see some kind of generator like tony starks ark reactor inside, as that 10 A input limit gives a max output of 2400w at perfect efficiency on 240, so at a minimum it needs to pull 1050W out of thin air to attain rated capacity. If you were the low end of the input rating, it would need to probably draw near on double the rated input, if not more.
Chinese translation is bad and I am pretty sure it was saying 10Amps X2 or per unit but you gotta understand one thing.
Asia uses an open air cable system and power reaches each house after 2-3 freaking block lvl transformers and countries have something known as Nation wide grid, where if one producing unit is faulty it is compensated by other units.
So Yep our voltage is usually very very stable.
That must be an issue with the labeling then, as they achieved over 2400w in their limited testing.
@@UsmanSiddiq1 The 10A is the rated power of the C13 connector. The PSU only has one. Its power rating suggests that it draws more than 10A. It does not matter how stable the power grid is
Even in the UK, where we have 240v wall power, the max rated from one socket (unless you run a fresh breaker at higher rating) tends to be 13A .
Now it's nice getting 3120W, but still a few watts short of this power supply's advertised rating
@@RJ-wx3fh The issue is not the wall power, at least in Germany, it's limited to 16A, it's the C13
First Linus steals my beard, and now he's stealing my hats!
THIS WILL NOT STAND, SIR!
Hey
But he can't steal you good looks and charisma!
m'lady
You still have your fine taste for good alcohol, though.
well you gotta steal something back man if you just stand still like that no wonder he be ripping you off
“It's easy to find which holes we are targetting”
-Linus 2022
Did they ever go back and test this on an actual PSU tester like they said they would?
They never follow up on their promises. I still remember the cable tester they only used for like two vids.
Added myself to the waitlist. Got excited by the sold out jacket I saw.
Also, I once broke a power supply and the power switch was locked in the ON position. It was weird. I was able to return it and got a slightly better one IMO
I know it's a common occurance now to see LTT open power supplies, but, while they might do it, I can not stress enough that no average joe consumer should open one, especially one that's been powered on in the last week or so, the chance of extreme static discharge that could result in cardiac arrest is pretty high
Good to know, I had no idea.
This comment should be pinned
This is why when companies repair them, they should use insulating gloves, ensure they are not grounded, and short the power supply to get rid of any charge before they work on it.
Who knows, they might do that... The key word used here was companies, in other words someone who employs professionals to do this with a lot of know how, a heck of a lot more than I have.
@@EnsignLovell Is LMG not a company?
@@FalloutProto i mean technically yeah
Alex absolutely does have to one-up his videos every time. It's what we're here for
Bayism is a thing.
Love how Alex has now become the first line of defence against Linus' manic side! 😂😂😂
he saved the computer from certain death
That's why his name is Alex The Greaetish
Can't stand Alex, a letdown every time he's in a video
I've never been so on edge with an LTT video before, I was holding my breath when they opened up the 2 PSUs, one of which I don't think should exist.
Love how they completely omitted how they incorrectly hooked up the power meter and kept hush about it.
Hooked up incorrectly (whole cord through transformer @11:47), and in the cut @11:49 it's magically hooked up right (one side only through transformer).
Judging by recent events this is forshadowing. I noticed it too.
3kW through a C13 power connector isn't that unusual in Europe. That's how most kettles are connected to the mains, and we generally describe the C13 as a "kettle plug", even when it is used in other devices.
yup, we got plenty of appliances that exceed 3000
I'd like to see those kettles. I don't think they actually draw 3 kW, because C13 is only rated for 10 A. Even with 230 V, you would be well beyond that rating.
C13 power sockets are rated for 10A, which is 2300W to 2400W with a proper electrical grid. Everything above that is out of spec and might melt the connector or socket.
@@anlumo1 If 13A melts the connector, it was never a 10A connector anyway
Not in EU but in UK
The way Linus handles electricity, I'm surprised he's still alive.
@AzenStreams My first experience with Electro Boom was him nearly electrocuting himself and actually lighting himself on fire trying to build his own seat warmer. It worked a little too well. lol
he's got the RECTIFIER's blessing
@@walterkovacs61 A full-bridge rectifier.
I can't believe I missed this video. Actually really interesting!
I really hope y'all do the follow up with the PSU tester that I know y'all have now
7:30 “oh my moer!” Haha, brilliant. It’s fascinating to see a South African touch to LTT.
2:31 I'm laughing too hard at "90 PLUS PLATITUM"
HE DIDN'T POINT THIS OUT!! NOOOO PLATI TUM
The alex videos with janky engineering are the absolute best videos!
Keep them coming!
They have cheap Uni-T current clamp meters on Amazon. We use them all the time at work for rough current AC and DC measurements
12:39 I haven't watched LTT in a while but I'm happy to see nothing's changed.
For those who doubt the danger of a power supply...
Even as a kid, I had the sense to not plug things in before testing sketch stuff. It was a REALLY old power supply, where you had to plug the leads into the power supply... but the sticker was gone so I didn't know which side to have the different pairs.
So, I plugged it into the wall and used a stick to flip the power switch, and it promptly exploded. Fortunately, it was not a big enough explosion to break the steel casing but it definitely set off the smoke detector.
Search youtube for "killing a capacitor"...
I had one go bad. It would shoot a arc of voltage out of the hdmi cable every time you tried to plug it into the tv. Weirdest thing ever. It wasn't just a quick spark either, a full solid arc like a stungun that would jump from the cable to the tv's socket lol.
I see linus has a lot of fear against live wires, even more at 220v. I used to use a soldering iron with a lot of spots in the cable burned from the soldering itself. One time I got shocker in the leg while simultaneously touching with my hand a metal cage connected to earth. I received a shock (220v), moved a bit scared out of surprice and continued soldering. Nothing too bad. The problem is when you grab the cable with out hand while earth connected, but touching it with a finger it wont kill you
haha, that was just a blown cap. it's fun when you just connect them directly to 230v and watch em blow, or use a small torch on the side of them (they are supposed to blow at the top) and shoot the hot blown insides at people XD they stink tho (like toxic gasses should) so do it outside
To clarify this was a catastrophic failure. I couldn't even pick up the box for some time because it was so hot. It was a lot more than a blown cap. This was a supply that hadn't been plugged in for a decade that had power flowing the wrong way through it, probably shorting as it flipped the breaker as well. But at that point I was like... these things are freaking death machines...
"the resistor is the wrong way around!"
Linus: "no it's not."
* didn't get the joke *
So glad im studying electrical engineering, otherwise id be just as clueless
Resistors have no polarity, so there is no way to put them "the wrong way around"
_Capacitors_ are one-way. Resistors are not.
@@benjaminoechsli1941 not all caps have polarity, most commonly only electrolytic caps have. (Like the large ones in the video)
@@PretTy_Fish Now that I understand the joke it's still not funny
Good thing I didn't decide to work with an old CRT TV I have that has a blown speaker. 😅
I have another huge 32 inch CRT TV in the garage for the summer months. Old tech is fun.
We will tell you in 3 months
having expensive ass equipment hidden from you by your employees is hilarious to me.
7:27 Kyle's reaction to Linus' way of disconnecting fan connectors from the PCB
I'd love to see a bigclive version of this since the uk has higher capacity. Needs the HOPI for the power factor analysis.
The Hopi got replaced :(
@@IcecalGamer No, he still has the Hopi, but he got another one that is more accurate for low power loads.
the HOPI would catch fire
Bigclive doesn't live in the UK
@@MrTuxy He lives in Scotland. Scotland is part of the UK.
I would really like to see this thing tested again now that labs is open.
this video has a three dudes messing around in their garage vibe and i love it
It really feels like Linus has almost 75% of all the 3080s coming to Canada. LOL
I don't remember who said it but when the 3090 released 12 were sent to Canadian tech media creator's
And linus got 6 of them....
unless you have a memory express in your town!
@@Alucard-gt1zf I believe it was Dave2D
No kidding, it seems like they just went "oh, gpu shortage over? Time to sacrifice the 3080s!"
@@Alucard-gt1zf to be fair, linus is also like the biggest tech media creator in canada, everyone else is considerably smaller, as far as i can tell
Also, when you guys do test this thing in your PSU tester, make sure to have blast shields handy like GamersNexus does 😂
Hell, they should just send it to Steve to test, just for laughs.
Cool, any link to the video you referring to :) ?
@@user-bf3gb4sf7g Yep, here's a video of them exploding power supplies and saying they are gonna get a blast shield, and they did lmao ruclips.net/video/7JmPUr-BeEM/видео.html
I'm a little tired of people copying GN on every front. Of course LTT get a PSU tester now instead of years ago... Right after GN received theirs and puts out some videos. Meh
@@Zombified- I think you have some fundamental misunderstandings about the difference between LTT and GNN... They are very different tech channels. LTT does more experience and power oriented content, with a bunch of whacky shit inbetween, while GNN does more results, raw power, and usability of devices, and have always been way more technical than LTT. LTT is branching into more technical content, which does mean that of course there will be some overlap in the technologies they use, but I really doubt Labs will be stepping all over GNN's feet. The scale Linus is trying to take Labs to is on another level entirely, if he succeeds. GNN will always have a place on this platform, Linus and the team wouldn't want to erase them entirely. They're all good friends.
Alright sorry for the couple of paragraphs, I'm just passionate about the content they both create.
oooooh!!! 8:37, I think that's the same soldering iron i have, the hakio fx-888d
230V Plus 16A Fuse should do the trick for this power but it is still on the limit. Nice video as allway!
I’d love to see this thing on a spectrum analyzer in an EMI chamber!! I guarantee that even the base noise floor is through the roof.
Not only can it power your computer, but it will light up fluorescent bulbs up to 50 feet away.
Maybe if you put it under some highline wires it'll have some constructive interference & it'll go 110% efficiency?
Seems like it doesn't even have EMI shields so they're really not giving two shits about EMI on its electrical design lmao.
You will no longer be able to use a microphone anywhere near your computer lol. No more discord.
@@danl6634 110 Patitum certified
Kyle sounds like a parents whose kids, Linus and Alex, have found their way into the glitter supply: Just holding on to the last shreds of sanity while knowing that it'll all end in chaos and destruction 😂😂😂
I love it when LTT 'teamwork it' to 'find the holes they're targeting'.
Could just buy an amp clamp and check the current draw and then use a multimeter to check voltage at the wall outlet and that will give you a great idea of power draw
12:22 a smart man, to stop a kid like linus.
Indeed
Laughed so hard at that 16:00-16:30 mark where he’s having a whole panic attack. I don’t blame him one bit. Lol. I look forward to a sequel video to this. Please? Thank you so much for this video. 🙂
6:53 *** ntc does have to do with temperature . As he said it limits inrush current,but it does so by having few ohms when cold, and then as current flows through it, it literally warms up and it's resistance falls few miliohms.
cool project test, thanks :) more all projects :)
Linus: "Let's get the Kamino render server and play with it!"
Also Linus: "This is a $1400 threadripper board?!"
Glad to see Linus has his priorities straight
The difference is that the threadripper board is his
@@carter9449 yes, glad to see he has his priorities straightened out
Million dolar servers vs 3000 ish thread ripper system.
Thanks to Alex and the wear house people for hiding the server lol.
And a big wallet
@@DeltaNrOne Did you miss the bit where he said the board was 1400 on its own? That leaves 1600 for all the rest and at a minimum those GPU are more than 250 each. So 3000 is far too low a guess.
Best video you guys have put out in a while. I miss the scrap yard wars, pc radiator, toothpaste thermal paste, and gpu nest with cables everywhere kinda videos. I always end up liking those the most
I think that's why Alex video's are popular. He brings the jank that we all love.
I love power supplies and actual electronics..
+1 missing scrap yard wars
16:00 Linus having a mini heart attack
@LTT Team: I received my screwdriver. It's amazing. Thank all of you. Please keep making that hat (or a suitable substitute) appear around Linus.... forever.
Your enginerds likely know about solder sleeves and western union splices. If they don't..... eh... recommend against wire nuts with stranded wire. Proper splicing with sleeving would've taken the same amount of time but would result in.... an actually safe product. This is important when you have so many hands in the area. It's even more important when you have one or more electronics muggles working on the product. Btw, have you guys considered putting a couple fire extinguisher mounts under that table? Sounds stupid until it doesn't. Then it REALLY doesn't.
"How do you hope to get 3500w out of a single plug"
*laughs in german electrical system*
(To be fair this needs a dedicated breaker and is not allowed to run continuous because plastic sockets and powerbars etc will likely melt after 10h+
so its cutting it reeeaally close )
Even then the C14 inlet is not rated for 3450W. You need a C20
@@jonathanbuzzard6648 in germany we just need a normal shuko for that. Its Rated up to 16A which is 3680w @230v
but the outlet might not want to pull that 24/7
(But regular use is completely fine)
I mean thats still a full circuit with its Jan breaker but nothing too out of the ordinary
@@jonathanbuzzard6648 Ohh sorry i brainfarted until now, yeah the C14 plug is officially only rated for 10A so no more than 2300w continuous load over that
Fun fact, in the US and Canada, we don't have only 120V. Most homes also have 250V. Everyone knows the = and the =o plug but we also have a 3 prong circular one (2321 plug) which tends to run on 20A circuits, and 3 phase 4 prong circular one (3P4W plug) that runs on 50A circuits, which can push 5000W and 12500W respectively. In our homes, not workshops or something. It's weird they don't get talked about ever.
It's for heaters and AC and such, most older washers also ran on one of these. But theoretically they could be installed for any purpose if your appliance was wired for it.
@@kaldo_kaldo yeah, i saw a video from technology connections about the US electrical system. Kind of weird to have a ground point in the middle of the transformer to get "2x 120V" from your 240V supply line and then use double breakers if you need the full 240V.
Here in Germany basically all (stationary) devices that use 3phase innately are wired up directly without a plug (like literal wires into the deevice) but we also have 3 phase plugs/sockets for construction equipment etc. which can push 11kW or 22kW respectively. I'm sure there are alot bigger connectors around but those are pretty easy to find, especially the 11kW one which makes charging an EV a breeze if the on-board charger and charging brick support it.
5:00 LOL at the switch wiring. That was done so a cheap 12vdc 1A switch could be used rather than a 240vac 15A one. Penny pinching, just like the missing components that says let the EMI be damned (probably a FCC fine waiting to happen, surprised they are not import banned).
Obviously it wouldn't be able to work with a 240V 14A switch anyway. 3450W on 240V with less than 100% efficiency.... from their claimed "90 plus" That would be 3833W, which on 240V would require a 16A fuse.
@@HappyBeezerStudios eh 15A can be overdriven an amp or 2 and never trip due to breaker manufacturing tolerances if you really push it and bin the breakers (usually 10% tolerances for cheap ones). The wiring can actually carry 2-3x rated current fine (ie insulation just getting warm, not melting) if the run is short. Most ampacity tables are for keeping voltage drop under 3% at stated amps rather than for temperature rise. Apparently the PSU won't mind if the voltage drops to as low as 180 (25% drop), but the breaker and wiring would with the amperage required to do that. It would be very difficult to run 3450W at 100% load anyway if using it for it's intended purpose (presumably a mining rack, and most mobos for those only have 8 gpu slots with each underlcocked = maybe 3kW).
Can you please explain what's wrong with the switch wiring? I only just started to study electronics and I couldn't figure it out :(
@@TheVilivan Normally youd want to have this switch cut power directly (so have it in between the actual input)
Awesome work on the builds!!
Janky videos are amazing I love watching you guys keep up the great vids
Chad Europeans show your appreciation here, we get 230v.
230v.
So does America, it's just done differently. ruclips.net/video/jMmUoZh3Hq4/видео.html
230 actually but ok
220V, with 6000W limit here (Italy)
My shithole country in southeast asia get 220
You guys should hook up your equipment with Plug Type G on a decent Transformer. I use Type C/F and Type B & Type A pretty evenly depending on what project I'm working on via a general use Transformer and usually I have considerably fewer fatal occurrences as a result of mistakes during testing. Not only is it locally fused, it has lower resistance on connections as they are much thicker. Makes life a lot simpler. Foolish to do so but sometimes I use the wrong connector for the unintended voltage and even in those situations I usually am saved by Type G. Definitely more reliable with higher voltage as well. Doesn't struggle to draw current quite as much. Fair enough it is a small difference, but it is always somewhat more practical as a result, even if in the slightest form. I feel the appliance connection situation is similar to the failure to switch to Metric. It is so common and standard, it will be a catastrophe to switch now.
@Linus Tech Tips
The power switch turns (in back of psu) on the second psu (12v only), so that when you turn the 1st one normal gpus would have already power to display an output. However, it's a stupid why to do so. Also, it should be stated at manual to turn that switch off when not using the psu.
I think I may be watching too much Jayz2cents when I expect an iFixit spot to follow an explosion
It would be interesting to see GN put this same model through their testing. I'd like to know if this is more dangerous than Gigabyte's psu's.
Same here, about both those things.
Or better yet, hardwarebusers, who can evaluate all of the protections. Because I would be very surprised if this thing had them.
Of course its worse than Gigabyte
@@xentiment6581 You say that as if Gigabyte doesn't have a tarnished reputation for a literal 50%+ failure rate on a PSU that they figured was good enough to sell
NGL i'm a little disappointed they didnt test how good a spot welder it would make, its rated for something like 300A 12V and i suspect the main protection its missing is individual rails for OCP. They titled the video 'fire hazard' and didnt test the one way it SERIOUSLY is.
5 years ago my parents bought a custom built low end pc when I didn't know anything about pc at that time. One day when I was playing GTA vice City the psu suddenly burst into flames with small explosions. Luckily my parents were near me so nothing serious has happened. Except a dead pc and a slightly charred table.
The moral of the story is don't ever ever ever EVER NEVER cheap out on a psu.
@@Unknown_Ooh like I said I didn't know anything about pc at that time. And that is the first pc my parents bought.
@@Unknown_Ooh To be fair, people who don't know much about computers just assume that pc building companies know what's best the same way many people just trust mechanics to not scam them with car repairs. We here know that pre-builts often skimp on the less obvious components that they don't list on the spec sheet (generic things like "850w power supply" without any mention of manufacturer or efficiency or "32Gb of RAM" without any mention of speed or cas latency). Most people see the CPU, GPU, and RAM capacity and when they look them up they seem reasonable and then just assume the rest of the PC will support them well when in reality the other parts are garbage
@@kevinwells9751 The one thing many pre-builts don't skimp on is the PSU, they very well know better, they might put in the lowest wattage possible to save a buck, but most of the time they will buy decent PSUs.
@@vgamesx1 yeah otherwise they would get into trouble or possibly sued
15:05 as a Miner That’s facts when somethings not right the mother bored or whatever will not post if you have multiple GPUs and somethings wrong and it would be very annoying to troubleshoot your rigs
6:54 that is an PTC (Positive Temperature Coefficient) that is used to limit in-rush currents and not an NTC. As a high current passes through it and it warms up, it's resistance increases (hence Positive Temperature Coefficient) and it therefore limits the current, after the capacitors have charged up, the current decreases, the PTC cools does and it's resistance goes down and it has done it's job. a NTC would let more current through as it heats up, which is not what we want in in-rush current protection application.
That is exactly what you want in in-rush current protection?... Small start current, increasing to full capacity after the capacitor is filled... What you're describing is full in-rush current (instantly trips the breaker) followed by lower current (too low to run the full 3KW psu)...
@@someguy4915 I believe you're more correct on this one actually after I rechecked the use cases for the input protection cases for the NTC and PTC. PTC is more suited for possible short-circuit events, so they limit in those cases the more sustained current draw times. And I might have also mixed them with polyfuses, which share the PTC characteristic thermal-resistance behavior with current. Both can be used in current limiting applications.
Tbh. That was a chad move for Alex to just give the server and be like “hide this from me and Linus just so he doesn’t do something stupid with it”
I couldn't help but laugh at that.
Yeah, idk if this was a non ironical Situation i would fire Alex on the Spot.
Definitely the best 90 Plus PlaTITum rated PSU I've ever seen.
I'm glad someone noticed 😌
90 plus is the blast radius in meters when it explodes
Would be better if it came with actual PlaTits to play with after everything went up in flames.
@@HappyBeezerStudios When everything goes PlaTits up, if you will.
i done that before but making the cord longer also fix broken cord without buying new one worth it for me.
16:19 that samsung notification with the face is just so perfect
I like how they skipped over 90 plus platiTum
The bomb has been planted.
In the UK you couldn't use that from a standard plug as it would exceed 13amps
i really like it when alex and linus work together, or when linus and jake work together, it would be fun for them to do like a long "special" with them all together, it would be like a tech "topgear" i don't know whos gonna be clarkson, may or hammond but i think that twould be really fun
I did my apprenticeship as a TV and Video technician fixing CRT TVs, i still have multiple entry and exit burn marks from touching the line output transistor for the HV coil, it definitely tickles ill give you the tip!
8:56 "The resistor is the wrong way around" Yea sure mate you almost got me but resistors don"t have polarity XD
No, they don't, but if you put the first one crossing the two, you won't have phisical space to connect the second, so you're screwed anyway 😂
Did we ever complete the testing on this thing? I'd be curious to know what you found out with the expensive diagnostic equipment you purchased.
So will we get that proper test soon?
Here in the UK the standard wall outlet is 230v 13A. If you're lucky you get ~240v which means you'd get 3120 watts maximum. Not to mention those IEC C13/C15 connectors are only rated to 10A which means your maximum power is 2400W max then you're going to melt that cable. So you'd have to get a special circuit put in from your fuse box to supply your PC. Mind you, you could probably just disconnect your water heater and use the PC to heat your domestic radiators and keep the house nice and toasty on those cold days......
A single Type F plug is 16A, here in Germany circuits are either 16 or 20A, so at the rated 230V you would get 3680W. So even if I wouldn’t trust anything with this depending on where you are you can theoretically use something like this safely on a standard circuit.
It's pretty funny how scared everyone is of the 240V. Here in Europe we have 230V at 16A on the normal lines. But there are also stronger ones with 24A. If two fan heaters with a total of 3500 W hang on a socket here, we do not worry yet.
In North America you can have 120 or 240 to anywhere. It's 240 to the home not 120. It's fused at a central point so its a different way of doing things. Also if I were to choose if I wanted corporations controlling the fuses or myself I will do it myself thanks. And no it doesn't scare me. I wired my stove which is 240 so no it doesn't scare me.
And america's 240v is split-phase so unless you bridge both sides you're only getting 120v to ground.
@@joer8854 WTF are you on about dude? A 240V MEN system has generally 3 levels of fusing for the individual supply on customer premises.
No electricity supplier is going to give you a cct without a fuse on their side so you cant take down their network.
Yes you do have a different way of doing things, that came from not knowing how to do it right when your hodgepodge of systems were put in place with no regulation.
@@mycosys 3 levels on customer premises? I know the main fuse that sits right where the cable comes through the wall, and then there's the breakers, is there another fuse in the breaker cabinet? Apart from the GFCI that's in there as well.
I think the same everytime. We can do 3680W with 230V and 16A. And if we need more we can do 3 phases with 400V and 16A / 32A / etc. And that's nothing that special.
reminds me of soldering two thermaltake psus together
should revisit this with the labs new testing set up
When linus said "just engineering things" I felt it deep in my bones.
16:26 "I think the motherboard is the least of your problems" lmao
18:38, it's been 6 months, still no proper testing :(
Wdym
8:10 employee abuse
"How could you possibly expect to get 3450 watts out of one c13 power connector?" Simple, by neglecting its 10A max current rating. XD They work fine at the full 16 A of a breaker circuit giving a plentiful 3600 watt. The actual limiting factor is the cabling, which often is too thin to carry such amounts of current without melting its insulation. Also actually the EMI filtering is for keeping EMI originating from the PSU itself from going into the rest of the grid.
So you could build a little circuit that puts EMI into the grid to ruin it for everyone else?
Really efficient, if single use, house heater if you do that...