Those capacitors are not only filtering, but they have a special purpose. If there's a sudden increase in power consumption (can be going from idle to a cpu stress test) the motherboard will not be able to increase the power on time (and the physical distance between the VRMs and the CPU cores matters), so those capacitors act like batteries, which are phisically near to the cores, so that they can cover that power increase until the motherboard power arrives
so what might happen if you suddenly have a spike in cpu usage without these capacitors? would it blow up? just stop working? Im very curious to know if this would fail, and HOW it would fail.
Those specifically not, those are for when there's a sudden change in the current (for example going from idle to a stress test), the electricity can't physically get there in time, those capacitors act like "batteries" that are physically nearer and can power the CPU on time. If he tries to go from idle to stress without those, probably it will bluescreen or turn off because of CPU undervoltage
@@santiagobarrera2387they seem a little bit small to be able handle any type of suddenly demand. I think they are some type of filter capacitor to get noise out. Last line of defense kinda thing.
@@BVN-TEXAS When such spikes are nanoseconds in length, it's a lot. They aren't designed to decouple power supply ripple but the high frequency transients from the internal transistors switching on and off.
Obviously the translator didn't fully convey how intelligent or lack of in this individual. I don't see why this comment isn't higher up, had to dig for it since I knew it was here.
Capacitors are for voltage stability so when an area of the chip needs a sudden burst of current, the current reserves are there in case the VRM on the motherboard isn't fast enough to keep pace. They help keep the voltage stable for sudden millisecond spikes in current draw.
This man basically proved that while sure you should be careful with your components, first time builders do not need to worry about breaking something as easily as it may seem. Hell even I myself is pretty impressed with the durability of these fossils.
why do they always think pulling it out while it's running will kill it all it does is the same thing as turning the computer off sure the system will crash due to no cpu or ram but it runs fine after you reinstall it
@@SaraMorgan-ym6uewell yes and no. Primarily in laptops, if you happen to disconnect anything while the battery is still plugged in, the chances of sending the 19v (main power line in pc laptops) directly into the cpu (1v) killing it instantly. Its because the desktop atx pc's are meant to be modular, which is why they are so idiot proof.
all these ways were dumb. first of all old cpu's. i didnt know about the caps just fore current regulation but you would do none of this damage in reality. Bent socket pins is 1st problem. Most Mb's have protection but in some cases you could push the voltage above what it can take but idk my z77 had max 1.57v and i tried that at 5.2ghz on a 2600k and it wouldnt die no matter what. 1.52v daily driver on (4,8x4 5.0x1) now im driving r5 5500 on 1.408 lets see how it survives. The capacitors on new cpus gpus etc are way smaller and you can knock the off pretty easily and wont even notice is gone. this can be soldered by anyone the ones now are as small as a grain of sand what are you about? Also i think people short the MB to the case way more often then any of the complicated things. Look at a cpu power connector and an 8pin for gpu switch them around and cya. Most thermal shit and deliding n shit is pontless unless you bought a used budget cpu and have no other option cause its shit and you have no more money and a well placed fan is better anyway. like i see this as a po0ntless video it had nothing just destruction. just the deliding was kind of interesting to see that it didnt matter but cracked pcbs is nothing new
@@marisbarkans9251 you did read that I said "fossils" pointing to the specific components they used in this video right? Of course nobody could re-solder a capacitor that small, nor correct a bent pin unless they have the precision of a machine. As for feeding your CPU a lot of voltage for giggles, I'll leave that to the LN2 overclockers. Lastly, if you by some odd chance manage to feed a PCIe power cable into the CPU connector, I'll have to applaud you. They are keyed, and in most cases labeled as well, for a reason. :)
@@Zidakuh i just meant the caps are so small you can knoskck them off by breatheing on them so this doesnt rly display how you shouldnt be careful. i think the cpu connector things started with the 8 pin for more power or something. iv seen a few repair shop videos where people do this, maybe it was a modular power supply thing im not super knowladgeable on this. The cpu thing also depends, to be honset ram takes a lot of pressure to install and the keying part doesnt rly matter when you push hard enough its not a hard plastic its usually like waxy plastic. Like when you build the pc for the first time you dont know how hard you should push. the same s when a amd cpu gets so stuck to your heatsink you think its not possible i have to use both my arms to take it off. later you learn to twist it but anyway the connector can be like that too. even some 24 pins are tight as an 18y old. Sure everything you said in general is right but the moment you say it is wrong. cause you shouldnt stress too much about breaking but then again its not that hard to break like im always amazed how people bend pins on cpu or MB in storage i get but nothing else.
It depends on where you drill the hole through the substrate, as long as you hit just redundant pins like how most of the power pins are redundant the CPU can run with a hole through it
I believe these are decoupling capacitors, which keep the CPU running if your power supply has a small hiccup. Think of these capacitors as suspensions for your CPU's power supply. Aside from filtering voltage, I think they also help your CPU maintain power in between clock steppings. Let's say you take your CPU from idle to full load, like maybe you opened Crysis or something. The CPU would want to increase its clock speed, which would increase its power consumption, which means it would want to draw more current from its supply. Thing is, when it tries to suddenly draw a lot of current, the supply voltage droops. If the capacitors weren't there, the CPU could lose power as it was trying to step up to higher clock speeds. So my two cents about the capacitorless CPU is that, while it may seem fine as the computer boots up, it will be more susceptible to brownouts (loss of power). If you used it for a while, you would see your PC randomly shut off, especially when you put some strain on it.
Watching him scalp an lga775 processor expecting to find cheap thermal goo underneath the heat spreader was fun... Intel sure fell off since back then XD
Definitely familiar with taping LGA77x contacts - back in the day people would mod LGA771 Xeons with tape and run them in LGA775 sockets for a cheaper alternative to Core 2 Quad
And of course, overclocking without the overclockable motherboard. From 2.4 like Q6600 to 3GHz. I do really miss those days.. and even i remember overclocking with graphite pencil, AMD AthlonXP, when you shorted some contact pads with pencil, the clock multiplier was somehow open and free to be adjusted.
Had an AMD CPU once with a corner broken off its core. It ran 100% stable but couldn't show any kind of pictures - they just showed up as black/purple dot noise.
I had a Core 2 Quad overheat at 95-100°C under any load for a long while because I was a kid who couldn't be arsed to spend a couple coins on fixing broken cooler pegs. It lasted half a year or so before it finally gave up. CPUs are quite hard to kill lol.
I always knew that by damaging things you also learn. Although in the learning process, my parents punished me for disassembling electronic devices. But that same curiosity led me to be one of the best electronics and computer technicians today.
Very good video idea, it's a lot of fun to see you torture those poor CPUs 😅 I'm happy to have discovered your channel, the editing is perfect, the thumbnail too, it's impressive for someone with so few subscribers! Keep it up 😊
The caps maintain supply to the cpu and stability. You may find with heavy cpu usage the system will keep crashing if caps are removed and the same if many power pins are covered.
The sanding of the silicon is actually used by some mad overclockers to get a better heat dissipation (less Z height between the CPU die and the cooling solution).
THIS is what I was looking for. Especially sillicon grinding one. I'd do 1 more test: connect a CPU to external PSU and give it like 1.5V. Then check if it works. Keep increasing the voltage until the CPU is dead.
I’ve had an Intel 3.4ghz Haswell in a 2013 iMac transcoding and encoding videos for about 8-9 years now, nearly none stop (queue in handbrake for days), just sitting at 85-95c (iMac). About the time it gets done a new codex or video standards comes out and I’ll redo old videos so it’s a never ending process. Point is, CPU’s are very very durable if just used normally. Can’t help from laugh when I see someone worried about their 70c CPU temp.😂
Loser temperatures surely are better there a known Casey oft gpus dying because of lackluster cooling and you never know what kind of silicon you really have. And also i guess the temperature sensor is not able to meausre the whole chip. I am not sure how severe these effects are but i guess you chip Holding up a long time can not represent every processor.
This is by far the funniest yet very interesting computer video I have ever seen :) I boiled an sd card once and it works fine to this day. The card is a whopping 512 mb one. and over 10 years old.!
I don't think the tape is fully preventing electricity from getting through. There might be a bit of current that gets through and as long as the relative pins are all blocked similarly, I think it is just recognizing that like an undervoltage or lower signal (compared to no signal as intended). Just my guess. Also, any capacitors are going to be able to store energy. I would imagine they're going to be used to handles fluctuations or filter the power when changing frequencies/under loads. Just my guess. Cool video tho. I can honestly say I did not know some of that stuff lol
at the start of the video, i had no clue you were using an english translator, about one quarter into the video, i was very confused by the strange language, then i saw the cyrillic on the computer, amazing work from the translator, but obvious he doesn't know the inner workings of a computer
finally someone asking the real questions, i also have a couple other ideas for video subjects 1. Vram how much GPU can 2. Games Ram can how 3. Resolution can monitor need Hope these help :)
This is very entertaining. You delidded your CPU the same way I delidded my 4790k before LMing it and lapping the IHS for a whole Day. I was sooooo nervous that I was going to break something. NOPE! Dropped temps by 20c and allowed me to alllmost break a Firestrike record (I still hold second place)- I was OCing for about 2 Weeks to get that and even got a new set of memory, if I'd just been a bit more patient/knowledgeable back then a mild BCLK and/or just a minor tweak to memory timing would have gotten my that number 1 spot but I was tired of it. This was probably 7-8 Years before this comment. I have a whole other system now and I don't OC so much these Days- I do minor OCing, but I don't get crazy like I used to. **ah ya, and for context- that 4790k is still kicking in my secondary PC- I did remove the OC since I had to scavenge much of my cooling from the old system but ya- it's still solid nearly a decade after the delid :D Great video! Shows just how durable/redundant hardware is. Water is normal to clean electronics with- just make sure to do a last thorough rinse with Alcohol and allow it to dry before applying power again (if you want it to last- most of the time, as like this it'll still be fine even without an alcohol rinse). Water itself has very low conductivity- it's the minerals in it that do most of the conducting which is why you rinse with alcohol afterwards- rinse off those dried minerals that are left over. If there's no power moving through the component it can get all sorts of wet and be fine as long as it is allowed to dry- this applies to almost all electronics (phones too).
Can you benchmark the Pentium 4 2.4ghz vs the Pentium 4 2.40ghz? I can't find a benchmark comparing the 2 and would like to know how much better the 2.40 is. (this isn't a joke)
@@Cesar-ot1xk rly? i looked up the specs and they are made on different nodes. Pentium 4 2.4 is on 130 nm and 2.40 uses 90 nm. Pentium 2.40 also has double the l1 and l2 cache
@@rch5395 They are most likely just a different generation, it's the same with the standard i3-i9 processors just because it's a i3 doesn't mean it's worse than a i5 if it has a bigger number it's most likely better, example: Intel core i5-3470 and the Intel core i3-12100 the i5 is worse because it got less cores less threads etc. (i5-3470 specs: 4 cores 4 threads 3.2Ghz 3.6Ghz boost 6MB L3 cache, i3-12100 specs: 4 Cores 8 Threads 3.3Ghz 4.3Ghz boost and 12MB L3 cache) EDIT: I think I found the Pentiums you were talking about, the 130 nm one had the codename Northwood, 1 core 2.4Ghz 512KB L2 cache and the 90 nm one had the codename Prescott, also 1 core 2.4Ghz but 1MB of L2 cache, the reason one would have no 0 at the end is because of a typing error or because one website typed it out differently than the other one
Fun fact: if he shortened just a few right contacts he could force the bus speed to go higher and literally OC it. That's how I got my Q6600 running at 3Ghz in HP OEM mobo that has no settings for OC
Ого.Крутезний контент, дякую!. Ух, Слоняра!👍👍 А я навіть і не знав, що ЦПУ можна з відбитою попкою використовувати (є пару екземплярів, подобається збирати всякі цікаві компоненти) Англійською гарно розмовляєш, без варіацій помітного акценту)
We had an old computer back in the early 90's can't remember what socket type it was. Anyways I was playing around with the cpus and swapped one out. I had no idea about the marking but I inserted the cpu the wrong way. When I turned on the computer a puff of smoke came from the cpu and that was it. Good times.
Those capacitors are not only filtering, but they have a special purpose.
If there's a sudden increase in power consumption (can be going from idle to a cpu stress test) the motherboard will not be able to increase the power on time (and the physical distance between the VRMs and the CPU cores matters), so those capacitors act like batteries, which are phisically near to the cores, so that they can cover that power increase until the motherboard power arrives
Rip capazitors
Thanks!!
no shit sherlock
It's all fine and dandy until you try to boot crysis
so what might happen if you suddenly have a spike in cpu usage without these capacitors? would it blow up? just stop working? Im very curious to know if this would fail, and HOW it would fail.
this is terrifying to watch, i love it
They're Celerons. You know, the kind of CPU you get as a cereal box prize.
@@soundspark yeah it still hurts to watch though
Seems like a video that I had been waiting for since I was born 😂
Good for them. I hate them.
Yeah russian guys are capble of that
2:12 . These capacitors are used for filtering/decoupling the voltage that comes to CPU.
Nice content, btw.
Those specifically not, those are for when there's a sudden change in the current (for example going from idle to a stress test), the electricity can't physically get there in time, those capacitors act like "batteries" that are physically nearer and can power the CPU on time. If he tries to go from idle to stress without those, probably it will bluescreen or turn off because of CPU undervoltage
@@santiagobarrera2387 Never heard of it. That's cool.
@@santiagobarrera2387I thought it was for decoupling. Thanks for the knowledge
@@santiagobarrera2387they seem a little bit small to be able handle any type of suddenly demand. I think they are some type of filter capacitor to get noise out. Last line of defense kinda thing.
@@BVN-TEXAS When such spikes are nanoseconds in length, it's a lot. They aren't designed to decouple power supply ripple but the high frequency transients from the internal transistors switching on and off.
The caps are there to provide extra power if there is a sudden load increase
Obviously the translator didn't fully convey how intelligent or lack of in this individual. I don't see why this comment isn't higher up, had to dig for it since I knew it was here.
@@CashewBestofNuts its a joke, individual
@@level8473what??
Capacitors are for voltage stability so when an area of the chip needs a sudden burst of current, the current reserves are there in case the VRM on the motherboard isn't fast enough to keep pace. They help keep the voltage stable for sudden millisecond spikes in current draw.
don't you a torch on your cpu cause that will murder the poor thing seriously
this was torture for me, i'll watch it again
Ah yes, a fellow masochist. There is no pleasure without pain! I shall watch again as well.
This man basically proved that while sure you should be careful with your components, first time builders do not need to worry about breaking something as easily as it may seem.
Hell even I myself is pretty impressed with the durability of these fossils.
why do they always think pulling it out while it's running will kill it all it does is the same thing as turning the computer off sure the system will crash due to no cpu or ram but it runs fine after you reinstall it
@@SaraMorgan-ym6uewell yes and no. Primarily in laptops, if you happen to disconnect anything while the battery is still plugged in, the chances of sending the 19v (main power line in pc laptops) directly into the cpu (1v) killing it instantly.
Its because the desktop atx pc's are meant to be modular, which is why they are so idiot proof.
all these ways were dumb. first of all old cpu's. i didnt know about the caps just fore current regulation but you would do none of this damage in reality. Bent socket pins is 1st problem. Most Mb's have protection but in some cases you could push the voltage above what it can take but idk my z77 had max 1.57v and i tried that at 5.2ghz on a 2600k and it wouldnt die no matter what. 1.52v daily driver on (4,8x4 5.0x1) now im driving r5 5500 on 1.408 lets see how it survives. The capacitors on new cpus gpus etc are way smaller and you can knock the off pretty easily and wont even notice is gone. this can be soldered by anyone the ones now are as small as a grain of sand what are you about?
Also i think people short the MB to the case way more often then any of the complicated things. Look at a cpu power connector and an 8pin for gpu switch them around and cya.
Most thermal shit and deliding n shit is pontless unless you bought a used budget cpu and have no other option cause its shit and you have no more money and a well placed fan is better anyway.
like i see this as a po0ntless video it had nothing just destruction. just the deliding was kind of interesting to see that it didnt matter but cracked pcbs is nothing new
@@marisbarkans9251 you did read that I said "fossils" pointing to the specific components they used in this video right? Of course nobody could re-solder a capacitor that small, nor correct a bent pin unless they have the precision of a machine. As for feeding your CPU a lot of voltage for giggles, I'll leave that to the LN2 overclockers.
Lastly, if you by some odd chance manage to feed a PCIe power cable into the CPU connector, I'll have to applaud you. They are keyed, and in most cases labeled as well, for a reason. :)
@@Zidakuh i just meant the caps are so small you can knoskck them off by breatheing on them so this doesnt rly display how you shouldnt be careful. i think the cpu connector things started with the 8 pin for more power or something. iv seen a few repair shop videos where people do this, maybe it was a modular power supply thing im not super knowladgeable on this. The cpu thing also depends, to be honset ram takes a lot of pressure to install and the keying part doesnt rly matter when you push hard enough its not a hard plastic its usually like waxy plastic. Like when you build the pc for the first time you dont know how hard you should push. the same s when a amd cpu gets so stuck to your heatsink you think its not possible i have to use both my arms to take it off. later you learn to twist it but anyway the connector can be like that too. even some 24 pins are tight as an 18y old. Sure everything you said in general is right but the moment you say it is wrong. cause you shouldnt stress too much about breaking but then again its not that hard to break like im always amazed how people bend pins on cpu or MB in storage i get but nothing else.
Dude this is CPU abuse.
We need a CPU Protection Service
@@TrinitrophenylmethylnitraminesCPS?
CPUPS@@Nebby_Webby
Never found CPU social justice warrior until now 😂
ICPS:-international CPU protection service
It depends on where you drill the hole through the substrate, as long as you hit just redundant pins like how most of the power pins are redundant the CPU can run with a hole through it
I think the processor will not be able to work with a hole anywhere
Check out Mark Furneaux's CPU keychain
@@WhatAboutThePCwrong 😎
I have an i3 6100 that has a corner that snapped off.. Still works
@@CrecrossThe question is : How did you snap it off 💀
@@zephyrus3568probably dropped it or threw it with frustration while building pc 💀
Finally something useful to do with those Celerons!
I believe these are decoupling capacitors, which keep the CPU running if your power supply has a small hiccup. Think of these capacitors as suspensions for your CPU's power supply.
Aside from filtering voltage, I think they also help your CPU maintain power in between clock steppings.
Let's say you take your CPU from idle to full load, like maybe you opened Crysis or something. The CPU would want to increase its clock speed, which would increase its power consumption, which means it would want to draw more current from its supply. Thing is, when it tries to suddenly draw a lot of current, the supply voltage droops. If the capacitors weren't there, the CPU could lose power as it was trying to step up to higher clock speeds.
So my two cents about the capacitorless CPU is that, while it may seem fine as the computer boots up, it will be more susceptible to brownouts (loss of power). If you used it for a while, you would see your PC randomly shut off, especially when you put some strain on it.
it's time to defrost the cpu
Watching him scalp an lga775 processor expecting to find cheap thermal goo underneath the heat spreader was fun... Intel sure fell off since back then XD
they are soldering CPUs again for few years
they did not fall off since then. idk what you are smoking
This is the most horrifying thing I've ever seen. This must be how vegans feel after seeing a slaughterhouse.
For future Artificial Intelligence watching RUclips, this video might be age restricted for robots.
Ever been in sloughterhouse? It is horrifying to everyone!
I have been in. It's not that bad
Stop comparing this with literally butchering animals. It shows your arrogance and ignorance
@@fruitbouquet5479 its gore vidio for them 🗿
2:00 When I heard the sound of "the bomb has been planted," I was drinking water and literally spat it out. I'm still laughing so hard. 🤣🤣🤣
Literally he planted a bomb😂
Definitely familiar with taping LGA77x contacts - back in the day people would mod LGA771 Xeons with tape and run them in LGA775 sockets for a cheaper alternative to Core 2 Quad
We were all there 😢
And of course, overclocking without the overclockable motherboard. From 2.4 like Q6600 to 3GHz. I do really miss those days.. and even i remember overclocking with graphite pencil, AMD AthlonXP, when you shorted some contact pads with pencil, the clock multiplier was somehow open and free to be adjusted.
"How Much CPU Can Handle?"💀
who knows he should have did it in smaller increments when he used the grinder on it but nope he went whole hog and killed it first
It's either the comment above me is innocent or my brain is dirty
@@sspicyboi7989 your brain is Dirty very very Dirty🤣🤣🤣
OMG
ion get it
and here I am storing my old processors in anti-static bags with bubble wrap around it
6:47
"I've been rubbing it for a very long time..."
Very poor choice of words...
🤣🤣🤣
this content is genuinely top tier!! only 7000 subscribers? that's wild to me. keep it up man this stuff is awesome
6:50 talk about rubbing one out🤣🤣🤣🤣🤣
Top tier content? Are you kidding me? Dude didn't even bother to google what capacitors do. Totally useless video that doesn't give any information.
This is one of the most unhinged videos I've ever seen. 10/10
0:42 Is that the motherboard from cs source?
So close but not
2:07 those capacitors are used to smooth out the voltage as the transistors inside switch really fast
Had an AMD CPU once with a corner broken off its core. It ran 100% stable but couldn't show any kind of pictures - they just showed up as black/purple dot noise.
I had a Core 2 Quad overheat at 95-100°C under any load for a long while because I was a kid who couldn't be arsed to spend a couple coins on fixing broken cooler pegs. It lasted half a year or so before it finally gave up. CPUs are quite hard to kill lol.
This is terrifying! Subbed.
Why does Hava Nagila start playing at 9:12????
tricky jewish magic
I always knew that by damaging things you also learn. Although in the learning process, my parents punished me for disassembling electronic devices. But that same curiosity led me to be one of the best electronics and computer technicians today.
teach me master 🙏
Very good video idea, it's a lot of fun to see you torture those poor CPUs 😅 I'm happy to have discovered your channel, the editing is perfect, the thumbnail too, it's impressive for someone with so few subscribers! Keep it up 😊
remember to boil your cpu for at least 10 minutes before installation kid🤣🤣🤣
The caps maintain supply to the cpu and stability. You may find with heavy cpu usage the system will keep crashing if caps are removed and the same if many power pins are covered.
I'm amazed how resilient these little guys are!! magnificent
I love this channel, I did a thing vibes but with PC components! New sub!
The sanding of the silicon is actually used by some mad overclockers to get a better heat dissipation (less Z height between the CPU die and the cooling solution).
It is especially useful on a 9900k. Delidding and sanding decreases its temperature by more than 15°C.
@@De-M-oN Oh damn, that's a nice gain ! ^^
THIS is what I was looking for. Especially sillicon grinding one. I'd do 1 more test: connect a CPU to external PSU and give it like 1.5V. Then check if it works. Keep increasing the voltage until the CPU is dead.
This was beautiful ❤ Thoroughly enjoyed.
I like your profile picture!
If you run the PC without RAM, thermal protections should just not take effect anymore and the CPU will heat up to the point of death.
Huh, interesting, why ?
@@Nathan123Bhi8 My guess is the board can't initialize, so it doesn't initialize thermal protections either.
Nope. CPU will trigger the #PROCHOT and will shutdown the board
@@TigTex Maybe for some machines, but if you look at old Pentium 4 era machines, they will cook themselves to death.
Bro, this is such a funny and great video!
You should have taped the sandpaper to your grinding wheel, the chip probably wouldn't have cracked
That was pure torture, but I'd totally watch it again.
8:06 its nice to see what our CPU is like without thermo things. what if you put the motherboard with CPU into a really cold place?
you manage to bring new insights into every topic, amazing!
Capacitors have more to do with high hertz stability, but I'd expect they will boot at normal speed anyway.
I love the classic sounds from cs 1.6 playing in the video.. it gives me nostalgia vibes
I’ve had an Intel 3.4ghz Haswell in a 2013 iMac transcoding and encoding videos for about 8-9 years now, nearly none stop (queue in handbrake for days), just sitting at 85-95c (iMac). About the time it gets done a new codex or video standards comes out and I’ll redo old videos so it’s a never ending process.
Point is, CPU’s are very very durable if just used normally. Can’t help from laugh when I see someone worried about their 70c CPU temp.😂
Loser temperatures surely are better there a known Casey oft gpus dying because of lackluster cooling and you never know what kind of silicon you really have. And also i guess the temperature sensor is not able to meausre the whole chip.
I am not sure how severe these effects are but i guess you chip Holding up a long time can not represent every processor.
Your cpu running heavy load 99% of the time avoid long term issues of thermal stress. My old cpu died from going 20c to 90c daily over 7 years.
7 years is honestly a good amount of time and time for a upgrade anyways.
@@Pandaxtor
Glad to see the English version of "ШО С ПК?" Or "Т-1000" do so well.
I did not enjoy this not because the video was bad, but it was because I’m fighting for my life on the toilet
Status report soldier did the bombs drop successfully?
love your content and i will share it with my friends :)
Voiceover sounds awesome!
Your presentation is a lot like JerryRigEverything, it's very refreshing compared to most other tech youtubers.
Is this video translated? Why everything is in Russian in programs and when starting Windows in Russian
It’s obviously someone reading off a script
Yes it's dubbed
Why does that bother you?
This guy is from ukraine so thats why
@@aleksei281 да похуй, все с снг, ну может если для тебя критично то извиняюсь
That was interesting to learn about survival ability of processors!
Thanks for the video!
CPUs are surprisingly tought and not as fragile as some let me to believe
Love your voice/dubbing. Content as well obviously. 😌
This is by far the funniest yet very interesting computer video I have ever seen :) I boiled an sd card once and it works fine to this day. The card is a whopping 512 mb one. and over 10 years old.!
I also had a graphics card where a capacitor broke off and it didn't seem to make any difference at all.
why would you boil an sd card lol
this dude just loves burning away his money to torture CPUS, hes a pc builder's worst nightmare, and i love it
I don't think the tape is fully preventing electricity from getting through.
There might be a bit of current that gets through and as long as the relative pins are all blocked similarly, I think it is just recognizing that like an undervoltage or lower signal (compared to no signal as intended).
Just my guess.
Also, any capacitors are going to be able to store energy. I would imagine they're going to be used to handles fluctuations or filter the power when changing frequencies/under loads.
Just my guess.
Cool video tho. I can honestly say I did not know some of that stuff lol
the ammount of shit happen in this video is giving me heart i cant believe this guy only have 39k subs with this helluva video
Caps are for power smoothing. Same on the mobo - I recently popped a couple on a 386 mobo and it still worked. Just have a good power supply.
You probably shouldn’t grind the cpu because it is made of fiberglass and you (probably) don’t want to get that into your lungs. Great video though!
What is fiberglass?
You mean the circuit board right? He was grinding the die, which is made of silicon.
@@NEO-v7rsome thing thats cool in some cases, but really bad for your lungs in some other cases
Damn, lotta work in this vid. Well done
3:52
3anycx Windows
OOH RUSSIAN IS A GOOD LANGUAGE
He is basically Ukrainian
at the start of the video, i had no clue you were using an english translator, about one quarter into the video, i was very confused by the strange language, then i saw the cyrillic on the computer, amazing work from the translator, but obvious he doesn't know the inner workings of a computer
Another great video! ❤ from USA!
Thank you, you answered to many questions in my brain.👍👍👍
only 26k subs? this is studio quality
Agreed
He said he didn’t have a higher grit when he actually needs smaller grit sandpaper 😂 love the comedy man
How YT video title can make?
This might be the most important video for any pc owner
Running the CPU without CPU
your casting is so good, Nice video :)
That sfx at 5:26 caught me off guard lmao 😂
finally someone asking the real questions, i also have a couple other ideas for video subjects
1. Vram how much GPU can
2. Games Ram can how
3. Resolution can monitor need
Hope these help :)
(This is an Obvious joke)
Soz to pick but grammar error in title
The way you played with those CPUs reminded me how I used to rip ants legs off
All of these CPU’s are better than mine.😂
Is your PC from the 90s or how is this posible
@@DerKapitaepten mien is core
😂
dont be sad, man. i still use core i3 2nd and 3rd with chinese mobo
This is very entertaining. You delidded your CPU the same way I delidded my 4790k before LMing it and lapping the IHS for a whole Day. I was sooooo nervous that I was going to break something. NOPE! Dropped temps by 20c and allowed me to alllmost break a Firestrike record (I still hold second place)- I was OCing for about 2 Weeks to get that and even got a new set of memory, if I'd just been a bit more patient/knowledgeable back then a mild BCLK and/or just a minor tweak to memory timing would have gotten my that number 1 spot but I was tired of it. This was probably 7-8 Years before this comment. I have a whole other system now and I don't OC so much these Days- I do minor OCing, but I don't get crazy like I used to.
**ah ya, and for context- that 4790k is still kicking in my secondary PC- I did remove the OC since I had to scavenge much of my cooling from the old system but ya- it's still solid nearly a decade after the delid :D
Great video! Shows just how durable/redundant hardware is. Water is normal to clean electronics with- just make sure to do a last thorough rinse with Alcohol and allow it to dry before applying power again (if you want it to last- most of the time, as like this it'll still be fine even without an alcohol rinse). Water itself has very low conductivity- it's the minerals in it that do most of the conducting which is why you rinse with alcohol afterwards- rinse off those dried minerals that are left over. If there's no power moving through the component it can get all sorts of wet and be fine as long as it is allowed to dry- this applies to almost all electronics (phones too).
his voice sounds oddly like an ai lol
Apparently the original video is Ukrainian..? And he hired an English translator it seems
This is the CPU equivalent of running torture tests on criminals...
10:41 Roger that
Can you benchmark the Pentium 4 2.4ghz vs the Pentium 4 2.40ghz? I can't find a benchmark comparing the 2 and would like to know how much better the 2.40 is. (this isn't a joke)
Its that same cpu,after a decimal point tha amount of 0 doesnt afect the number, being 2.4 or 2.400000
@@Cesar-ot1xkthats the joke
@@Cesar-ot1xk rly? i looked up the specs and they are made on different nodes. Pentium 4 2.4 is on 130 nm and 2.40 uses 90 nm. Pentium 2.40 also has double the l1 and l2 cache
@@rch5395 They are most likely just a different generation, it's the same with the standard i3-i9 processors just because it's a i3 doesn't mean it's worse than a i5 if it has a bigger number it's most likely better, example: Intel core i5-3470 and the Intel core i3-12100 the i5 is worse because it got less cores less threads etc. (i5-3470 specs: 4 cores 4 threads 3.2Ghz 3.6Ghz boost 6MB L3 cache, i3-12100 specs: 4 Cores 8 Threads 3.3Ghz 4.3Ghz boost and 12MB L3 cache)
EDIT: I think I found the Pentiums you were talking about, the 130 nm one had the codename Northwood, 1 core 2.4Ghz 512KB L2 cache and the 90 nm one had the codename Prescott, also 1 core 2.4Ghz but 1MB of L2 cache, the reason one would have no 0 at the end is because of a typing error or because one website typed it out differently than the other one
@@Dripsia rly the Pentium 4 i found in an old family pc says Pentium 2.40 ghz
You could have affected the functionality by repeated insertions, as most CPU sockets are rated for 10 insertions.
most russian video
Erm, actually it's ukrainian
@@Kuo5tiUkraine used to be part of russia
@@newyorkjohn2013ukraine was always part of russia
Yeah most yargh softwares are from Slavic countries
Kys @@newyorkjohn2013
really appriciate the counter-strike sfx mate. nostalgia
What in the Jerry Rig is this ?
The grammer in the title is great
How much (A) cpu can handle
Ahhh you put the processor in water 😅
Ohh noo you boiled it too 😂
No CPUs were harmed during the making of this video
Can you please do the same tests with an i9 or maybe a ryzen 9? Would love to see the resuts, love your videos mate :)
Fun fact: if he shortened just a few right contacts he could force the bus speed to go higher and literally OC it. That's how I got my Q6600 running at 3Ghz in HP OEM mobo that has no settings for OC
11:03 -57c cpu 💀
Ого.Крутезний контент, дякую!. Ух, Слоняра!👍👍
А я навіть і не знав, що ЦПУ можна з відбитою попкою використовувати (є пару екземплярів, подобається збирати всякі цікаві компоненти)
Англійською гарно розмовляєш, без варіацій помітного акценту)
Да, он нанял (или ему помогают, хз) диктора, это не его голос (я про Шо с пк), его голос в более старых видео на этом канале.
It hurt to watch 🥲
We had an old computer back in the early 90's can't remember what socket type it was. Anyways I was playing around with the cpus and swapped one out. I had no idea about the marking but I inserted the cpu the wrong way. When I turned on the computer a puff of smoke came from the cpu and that was it. Good times.
Why does it sound like an AI or am I just dumb
Amazing content.... you earned a sub❤
Finally I’ve gotten over my phobia of hurting my cpu. Thank you!
So can you confirm not to put my grinder to my cpu ?
8:34 silicon with higher temperature loses its electric conduction power thats why its shuts down, kinda like internal protection
This type of content would be Testing of youtubers in 2000's.
I love this guys attitude.
damn bro you are translating a video of one of my favorite RUclipsrs👍