CAN A CPU BOIL WATER - 🔥💦💧 A Demonstration on CPU Heat

"WEBVTTKind: captionsLanguage: enhi everyone Phil from Ted vortex here today we're gonna see if a computer can actually boil water let's just say you're stuck in the apocalypse or some sort of contagions going around or some virus and it's very difficult to get water and you come across some let's say dirty water which could be radioactive germs in it and so forth and you need to sterilize it and the only way to do that is to boil it you don't have any ward all you have is some old computers around well what we're gonna do is basically put this water on top of a CPU and see if it will boil and obviously if it boils that means it's pretty much sterile okay so as you can see we've got your CPU here it's got no thermal paste on it it is completely clean the machine is powered up it does work without a caller on there we have done tests in the past if you click on the info link at the top you'll be able to see them well in basics is the temperature of this chip goes well above a hundred degrees Celsius so in theory we should be able to boil water in it might take a while for it to warm up but we should be able to do it so what I'm gonna do first of all is to stop water spitting it and so forth everywhere I'm just gonna pop a cloth just around the socket just loosely you can still see the socket there next job is to get the thermal paste the thermal paste we use in is from as ireland's if you're not heard of silence before it's basically a beat quiet company I'm gonna put plenty on there because I'm guessing the bottom of the glass jewel when we use it isn't gonna be a hundred percent so okay some thermal paste on there roughly about 175 mil of water here so you can just see it there and we're gonna put that directly over the top of the CPU and the paste should allow it to move it around a little bit get a decent connectivity with the actual CP as well it's a little bit wobbly on there so we might find that the jig is a little bit oversized he's making contact so well that's a good start so what we're gonna do now is swing it over so you can see the screen the reason why we're not doing a screen grab instead is because I want you to actually be able to see what we're doing there we go and don't think we're actually faking it it's probably the best way of putting it so obviously we need to get the CPU running as hot as possible so first thing I'm going to do is getting hardware info up so we can measure the temperature of the processor which you can see on the screen just about now loading up and then on top of that we're going to run pass mark burnin test which is an old program that I've been used but it does it allows all the the cores to basically get full hundred-percent stress so I'm gonna start by checking the temperature now so the CPU is running currently at roughly 49 degrees so that is quite warm already so that's gonna start warming the water up for sure so if I start this this is gonna stress test the processor flat out and we're gonna see how hot that CPU is getting up to so the CPU is suddenly getting up to 60 degrees 66 70 and it's going up so it's gonna by a few degrees every second so which is good so now it's up to about 72 degrees it doesn't seem to be getting much hotter than that at the moment it'll probably just jump up again after a few seconds okay yet so up to 80 degrees now that's 80 degrees Celsius so we're not far off that 100 degree mark it's taking this time because obviously you have got water sitting on top which that water's gonna be cool in the CPU down at somewhere I put my finger in there the watch of water is actually quite cold still so it's not actually warming up much at the moment I have a feeling it's gonna take a good little while before it actually does warm up the CPU just hit 91 degrees which is good what we'll do is keep checking every five minutes or so what sort of temperature this is running up and see how long it takes to get that water boiling obviously you know when it's boiling because it's gonna be been bubbling everywhere or in theory if it gets that hot okay the CPU is now hitting 100 degrees so that should be hot enough for it to actually boil so that's pretty good and we are starting to get a few little balls on the bottom of the glass which is a good sign that it's getting very hot the water though in general is probably about room temperature moment that's after five minutes so I think this is going to take it a little while it does seem to be get in there okay the CPU is in again a roof about 100 hundred one degrees we're about 15 minutes in now the water is actually warm ish at the moment so it's still bearable to touch there is a bit of steam on the outside of the glass itself so we are getting a little bit there so that's showing that obviously it is evaporating slightly from the bottom it is starting to warm up and getting to the point where hopefully it'll start boiling sooner or later but we have got a good temperature from the CPU which is 4 to 8 in between 100 and 101 degrees Celsius and that should be enough to get the water boiling or as close to it as possible which is good news okay we're still running on that 100 degrees plus temperature the glass is completely missed it up now you can actually see the bubbles in the bottom they're not micro bubbles anymore they'll go a little bit bigger and some of them are starting to float to the surface so it's getting really hot it's too hot to touch now but I'm just gonna zoom in for you so you can see a little bit better I'll stick some b-roll on as well for you okay yeah so it's getting pretty hot in there it's been about 45 minutes now you can see this droplets all around the glass itself so that's good the bubbles in the bottom are quite big now you can actually get a little bit steam coming off that might be hard to see with that green cloth there well there is a bit of steam coming off the actual top of the glass let's just zoom in a little bit just so you can see better you can probably see there the water droplets all around the glass as we focus into different areas so skin honset boilin but I'm guessing there must be running oh probably around about eighty or ninety degrees at the moment so I'm guessing sooner or later we should suddenly start getting some big bubbles in there hopefully if this is getting hot enough okay well it might be hard to see but there's quite a bit of steam coming out of this this has been going for about an hour and a quarter an hour and a half and this seems to be as hot as the waters gonna get he's on the fracture so on the edge of it completely boiling so it's not boiling as such but is as close as you're gonna probably get don't get me wrong if you used probably a slightly different processor which is probably able to get a little bit hotter without crashing which is the biggest issue then maybe you'll get bubbling a lot more but as you can see there there is a bit of steam coming out from it which is a good sign that obviously the liquids evaporate and which does mean it is hitting a hundred degrees at some point a lot of people are probably saying the comment oh you should use the thread ripper and AMD or whatever we use the Intel g5 400 and the reason why we use such as low-end processors if you generally use a high end processor without the cooler it'll get up to a hundred degrees and then cut out really quickly because it gets too hot too quick and then it just basically fries itself with a lower-end processor you're able to work it flat out and then it able to get up to that temperature without it crashing or less chance of it crashing it's done properly but overall I'd say the test is a partial success youhi everyone Phil from Ted vortex here today we're gonna see if a computer can actually boil water let's just say you're stuck in the apocalypse or some sort of contagions going around or some virus and it's very difficult to get water and you come across some let's say dirty water which could be radioactive germs in it and so forth and you need to sterilize it and the only way to do that is to boil it you don't have any ward all you have is some old computers around well what we're gonna do is basically put this water on top of a CPU and see if it will boil and obviously if it boils that means it's pretty much sterile okay so as you can see we've got your CPU here it's got no thermal paste on it it is completely clean the machine is powered up it does work without a caller on there we have done tests in the past if you click on the info link at the top you'll be able to see them well in basics is the temperature of this chip goes well above a hundred degrees Celsius so in theory we should be able to boil water in it might take a while for it to warm up but we should be able to do it so what I'm gonna do first of all is to stop water spitting it and so forth everywhere I'm just gonna pop a cloth just around the socket just loosely you can still see the socket there next job is to get the thermal paste the thermal paste we use in is from as ireland's if you're not heard of silence before it's basically a beat quiet company I'm gonna put plenty on there because I'm guessing the bottom of the glass jewel when we use it isn't gonna be a hundred percent so okay some thermal paste on there roughly about 175 mil of water here so you can just see it there and we're gonna put that directly over the top of the CPU and the paste should allow it to move it around a little bit get a decent connectivity with the actual CP as well it's a little bit wobbly on there so we might find that the jig is a little bit oversized he's making contact so well that's a good start so what we're gonna do now is swing it over so you can see the screen the reason why we're not doing a screen grab instead is because I want you to actually be able to see what we're doing there we go and don't think we're actually faking it it's probably the best way of putting it so obviously we need to get the CPU running as hot as possible so first thing I'm going to do is getting hardware info up so we can measure the temperature of the processor which you can see on the screen just about now loading up and then on top of that we're going to run pass mark burnin test which is an old program that I've been used but it does it allows all the the cores to basically get full hundred-percent stress so I'm gonna start by checking the temperature now so the CPU is running currently at roughly 49 degrees so that is quite warm already so that's gonna start warming the water up for sure so if I start this this is gonna stress test the processor flat out and we're gonna see how hot that CPU is getting up to so the CPU is suddenly getting up to 60 degrees 66 70 and it's going up so it's gonna by a few degrees every second so which is good so now it's up to about 72 degrees it doesn't seem to be getting much hotter than that at the moment it'll probably just jump up again after a few seconds okay yet so up to 80 degrees now that's 80 degrees Celsius so we're not far off that 100 degree mark it's taking this time because obviously you have got water sitting on top which that water's gonna be cool in the CPU down at somewhere I put my finger in there the watch of water is actually quite cold still so it's not actually warming up much at the moment I have a feeling it's gonna take a good little while before it actually does warm up the CPU just hit 91 degrees which is good what we'll do is keep checking every five minutes or so what sort of temperature this is running up and see how long it takes to get that water boiling obviously you know when it's boiling because it's gonna be been bubbling everywhere or in theory if it gets that hot okay the CPU is now hitting 100 degrees so that should be hot enough for it to actually boil so that's pretty good and we are starting to get a few little balls on the bottom of the glass which is a good sign that it's getting very hot the water though in general is probably about room temperature moment that's after five minutes so I think this is going to take it a little while it does seem to be get in there okay the CPU is in again a roof about 100 hundred one degrees we're about 15 minutes in now the water is actually warm ish at the moment so it's still bearable to touch there is a bit of steam on the outside of the glass itself so we are getting a little bit there so that's showing that obviously it is evaporating slightly from the bottom it is starting to warm up and getting to the point where hopefully it'll start boiling sooner or later but we have got a good temperature from the CPU which is 4 to 8 in between 100 and 101 degrees Celsius and that should be enough to get the water boiling or as close to it as possible which is good news okay we're still running on that 100 degrees plus temperature the glass is completely missed it up now you can actually see the bubbles in the bottom they're not micro bubbles anymore they'll go a little bit bigger and some of them are starting to float to the surface so it's getting really hot it's too hot to touch now but I'm just gonna zoom in for you so you can see a little bit better I'll stick some b-roll on as well for you okay yeah so it's getting pretty hot in there it's been about 45 minutes now you can see this droplets all around the glass itself so that's good the bubbles in the bottom are quite big now you can actually get a little bit steam coming off that might be hard to see with that green cloth there well there is a bit of steam coming off the actual top of the glass let's just zoom in a little bit just so you can see better you can probably see there the water droplets all around the glass as we focus into different areas so skin honset boilin but I'm guessing there must be running oh probably around about eighty or ninety degrees at the moment so I'm guessing sooner or later we should suddenly start getting some big bubbles in there hopefully if this is getting hot enough okay well it might be hard to see but there's quite a bit of steam coming out of this this has been going for about an hour and a quarter an hour and a half and this seems to be as hot as the waters gonna get he's on the fracture so on the edge of it completely boiling so it's not boiling as such but is as close as you're gonna probably get don't get me wrong if you used probably a slightly different processor which is probably able to get a little bit hotter without crashing which is the biggest issue then maybe you'll get bubbling a lot more but as you can see there there is a bit of steam coming out from it which is a good sign that obviously the liquids evaporate and which does mean it is hitting a hundred degrees at some point a lot of people are probably saying the comment oh you should use the thread ripper and AMD or whatever we use the Intel g5 400 and the reason why we use such as low-end processors if you generally use a high end processor without the cooler it'll get up to a hundred degrees and then cut out really quickly because it gets too hot too quick and then it just basically fries itself with a lower-end processor you're able to work it flat out and then it able to get up to that temperature without it crashing or less chance of it crashing it's done properly but overall I'd say the test is a partial success you\n"