I think VRM cooling is something that is neglected a LOT so seeing this kind of solution is great.....cheap and effective, bit like me lol. Thanks Mike and Kath.
BROOO WHY AM I ONLY KNOW THIS AFTER 2 YEARS OWNING B450M PRO VDH MAX? WHY NO ONE EVER MENTION THAT B450M PRO VDH MAX OR OTHER MOBO THAT DOESN'T HAVE GOOD HEATSINK TO THEIR VRM CAN MAKE SCREEN TEARINGGGGGGGGGGGGGGGGGGGGGGGGGGGGG AAAAAAAAAAAAAAAAAAAAAAAAAAAAA
somehow neglected , there's a motherboards manufacturer who added a small fan with air duct to convey air direcly to VRM surrounding the cpu . I spotted one them on Ebay, unfortunately sellers removed the cooling system , but I can't remember the brand .
If you'd taken the IR readings from the back of the MB it would have given a precise delta for with/without heatsinks - the MOSFET's metal backs are soldered over their entire area to a ground-plane to sink heat to the MB (a thermocouple placed there can provide _actual_ MOSFET temperature minus maybe a couple of degrees). ETA>> another way of cooling VRM's is a fan on the back of the motherboard, stuck to the CPU backplate (silicone RTV works well, securely attaches the fan but easily cleaned off when needed) - a 90x15mm works well and can be run at fairly high RPM without being audible (particularly if it's a good quality one) - as noted above, the MOSFETS sink a lot of heat into the MB whether heatsinked or not, and the unobstructed back surface is quite conducive to air flow. You can further improve temps by cutting the motor/impeller out of its frame. On my Asus Prime Z390-A it reduced VRM temps (according to HWiNFO) by at least 10°C. This is actually an easier mod to carry out than adding heatsinks. Use a Y-splitter from the CPU fan header.
Good idea, but problem is, that those glue tapes are sliding due warm. And this is risky, because few months later can heatsinks make short circuit on the motherboard.
check it with a multimeter, aluminum heatsink's surface is electrical insulator (because it's surface quickly reacts with the oxygen to form 5nm Al2O3 film). So, when the heat sink drop, it will need hit two different point at the same moment to cause damage, which is impossible. Well... not possible if the MB is placed vertical.
When doing these mods it's best if large piece heatsinks are used in conjunction with normal thermal paste and some high temp silicone adhesive on the corners to keep them in place! Also I did notice the heatsinks that you used were extremely low profile, generally you want to pick heatsinks that are as tall as possible! I loved the video❤!
better with them than without, also, about that temp-gun , the laser is for a distance, at close there is a 1 inch offset, so you should not use it at closer than 1 feet, better chase the most heat on the display than watching the laser, also temp-guns hate aluminum, they usually don`t seem to be able to measure high reflective metals well
I refuse to buy a board with naked mosfets. I bet lots of people have some boards that have high TDP CPUs that run hot on some older AM4 board that has no top down cooler and no air moving around thinking everything's fine and dandy because their AIO has the CPU temps in check. I try to avoid hot spots in all forms of electronics. Like you said, sometimes it's not necessary, but I prefer to use caution whenever I can.
I've ran this motherboard (B550M-K with a Ryzen 3 quadcore) for three years (ie, pushing past warranty) and had the board start crashing, instant power-offs without BSOD, weird pixelated visual artifacts and stuff like that. I play MMOs for hours at a time and touching the MOSFETS and chokes they get pretty toasty, especially the +2 on the side! After realising the motherboard was the problem and the VRM system in particular, I'm finally upgrading to something with a sane amount of phases in the VRM. I would definitely not recommend this thing, even with the custom heatsinks added on (the M-A version has one extra VRM phase at least!). But good on you for giving it a go and giving people a budget option!
I am really glad you made this video. I had been looking at some of these heatsinks for some of the budget B450 boards I have. Try to get as much as you can out of an older platform and all of that. I think a fiver would be worth it.
7:10 you can actually point the Infrarays towards backside of motherboard ( behind vrm) to get appx. Exactly vrm temp. And do it before adding heatsink vs after to get a conclusion. Also i would suggest running an i9 on h610 motherboard since intel cpus are very powery hungry and generates heat. They will be highly affected by vrm temp.
thanks for the info, to be honest i wasn't looking for an exact result, just some confirmation that it would make any different at all. But thank again for the suggestion
I used to add these heat sinks to my original Nvidia GTS250 and other earlier model gpus and they did make an improvement in temps and more so with some case fans blowing air over them. They were cheaper to purchase them back then than they are now in comparison time / inflation etc 🥰👍😇
I'm a better safe than sorry kind of guy. I would use the heatsinks just to make myself feel better!Lol! More heatsinks is more better!! I put these on my raspberry pi4 and I'm not really sure it helps. The raspberry pi4 has a fan so I believe the fan helps more than the heatsinks. Great video Mike! Cheers!
I did that long time ago on an an2 biostar, iirc, because I found that it was looking nice. At the time, that was Zalman that made them. That was a little square with 4 little copper poles on them. I put them on a Gigabyte b350 with r5 1600 motherboard just for the look..
If the VRMs don't have sufficient cooling they can throttle the CPU. And it can be pretty subtle - after dusting out my cooler I didn't shove the fan all the way into it and the CPU throttled multiple times a minute (5900X on one of these cheap Asus Prime boards - I know, I know, but the board had been a toss-in with a 3600X). Adjusted the fan location a bit and now it doesn't throttle. I should probably go with the cheap solution of these little sinks rather than picking up a better board for a dead socket.
I've just come across this, as I have been searching for descent after market VRM coolers, as am not happy with the solution that came with my board as my previous boards the VRM ran a lot cooler but it looks like I'll be resorting to carefully carving up an old p4 heatsink, and shaping it to fit. You may get a better idea of how well the cooling works if you can measure the temps from the back of the board underneath the VRM - as you will know the caps will also get hot, reducing their lifespan if left unchecked...
It has been proven that VRM temps can have a significant effect on performance for a Ryzen APU system, because the iGPU relies on precise voltages for the processor, and RAM... But for a typical system with a dedicated GPU, the VRM temps probably don't matter as much.
The motherboard itself actually provides sufficient heatsinking for VRM's. The additional heatsinks might provide a bit extra, but it's not going to be alot.
I have done this on a few different boards for LGA 775, AM2+, and AM3+. It works much better if you use a thermal epoxy to attach the heat sinks. Granted you wont be removing them ever again, but you'd be doing this to a cheaper budget board, so why would you want to anyway?
Heatsinks like them stuck on retro motherboards south bridge chip set chips really help but the case needs large airflow for the heat transfer to happen
good idea to be honest what if you put them together in a vice then drill the middle to get copper piping through ,then screw them together for a wider heat sink for the four vram then use thermal pads underneath and not the 3m sticky stuff and try to get them to stay on the vram not thought that part out yet lol.
Excelente video, recientemente me compre una A520M-K y estaba viendo alternativas para poder refrigerar las VRM, esto me viene perfecto, es económico y funciona bastante bien, lo voy a aplicar
I got problems with my VRMs and I was thinking about getting the tiny heatsinks before I do anything bigger as for example buying a new MB. As soon as my CPU hits 52°C the VRMs hit 80°C and theyre calibrated to throttle power and CPU frequency down when they reach this temp; this results into lags ingame and also cause wrong readings in temp (CPU jumps from 52°C to 206°C). Are these heatsinks worth a shot? I got bad air flow in this stock case so I also plan to install a fan to blow on the VRMs.
Get them in Copper. if you can. look's great with the silver part on the board. and Copper do a better job than aluminium. Mike's How to is Worthy of a Support comment. Like & a share 🙂
Note: The adhesive on these most of the time ISN´T thermally conductive. Thermally conductive adhesive tape is expensive and you won´t get that sort of material with few alu heatsinks for 4€... As it is, you actually isolated your VRM, not helped cooling it down.
Maybe you should have lifted the board or had it vertical, and measured temperature on the back, the heatsinks may be cooler than the bare VRM devices, but how much is lost across the thermal tape?
What I'd hoped for, and wanted to get out of this was the fact that adding these heatsinks would either prevent or at the very least minimize the VR thermal throttling...
The best solution to vrm cooling I’ve found is to run an AIO and add this printed bracket with a arctic 92mm fan. You 30 degree lower vrm and m.2 drive temps and cpu temps are even helped.
My previous AM4 board (Gigabyte A320M-S2H V2) was choking my Ryzen 5 2600 in performance and the VRMs at around 110C really heated even the processor. Added some small heatsinks like you did and that cut the VRM to around 70C-ish IIRC. That board has since died and I moved to one with a VRM heatsink and I would probably aim for motherboards with VRM heatsinks in the future to avoid that issue.
TLDW: It's worth it if you know how to do it, and if your motherboard's VRMs doesn't have any cooling, and is the main reason your CPU is throttling(assuming it has adequate cooling).
I do such Mod in my AMD FX System. But i'm not using these Heatsinks. I just connect a Fan. In the Direction of the VRAMs and this was Night and Day. 30 degrees in Avg.
oddly enough i just had this problem, using an asrock b550m cheapo mobo for mining, no heat sinks on them was thermally throttling my mining, put a small cooling fan on them to solve it
2bh i didnt kniw which were vrms! Thought those cubes were generating heat lol. Its a pity the software doesnt congirm temps as the outer surface of the aluminium shud b lot cooler as furthest away from heat source. Looks smart and low cost which is all uou want with budget board. Plus being aluminium if loosened wudnt conduct electricity or cause damage, wud it? Thanks for sharing Mike and Kath👍
yes if it falls off it could be very bad news, although it should just drop to the floor of the case and the adhesive on there seems very strong considering the weight of the heatsinks.
Did you adjust the gun for the difference in thermal emissivity of the black chips vs the silver heatsinks? BTW the Amazon IR gun comes with a thermocouple, as does their clamp meter, both useful things for messing about with computer bits.
Have you tested this with a gpu? Interesting to see of having this together with an aio cooler if it would be much better than stock. VRMs are normally being cooled via the stock cooler with thick thermal pads.
Oh these will work, but the supplied adhesive tape aint great, what i do is mix thermal paste with 2part epoxy, saw another 4c shaved off the stock thermal tape, and if you do want to remove them it will just come off in one piece, so in general without and with the heatsinks and epoxy there was a 11c difference on full load, never trust that tape, if they fall off its goodbye graphics card
First of all, greetings, sir! I have a question for you. I'm not a super knowledgeable person about PC. I bought a 2700x processor for an A320m s2h motherboard, the case works fine BUT in a heavy render or benchmark the VRMs reach 103 degrees according to HWInfo and Aida64, and in games usually 80-90 degrees. Some say it's normal, some say it's too hot and that I should get the mosfets like in the video. Now sir, I have two questions. Will the PC explode if I keep using it with these temperatures? I also read something about putting Thermal Pad before these mosfets, do you recommend it? Or is it okay to put mosfets without thermql pad? Can you give me some advice, thank you very much!
those temps are bordering on the unsafe levels and i would want them lower for longevity. thermal pads are a good idea especially the double sided sticky ones. the board won't explode but those temps could lessen the lifespan
@@mikesunboxing Thank you very much for the answer sir! I just ordered the heatsinks in the video as you suggested. Unfortunately I couldn't afford the thermal pad. Do you think only the heatsinks will do the job? Thank you again!
it could do but the adhesive is really very strong and as the heatsinks are quite lightweight it would be a long long time before the glue broke down and gave up
so ive been having pc restarts while gaming and the temps seem fine, but I don't have heat sinks on my vrm and I feel like that might be the cause of it because I've done everything else possible to fix the issue. the problem started when I put a i9-9900kf in the rig and my mother board is a asus tuf z370 plus gaming. my PC restarts less than 5 mins into the game and I don't get any bsod
Question Mike: do you think regular thermal pads woud be sticky enough to keep a piece of aluminum, cut similar to the ones you are using, from falling away when the mobo is vertical? Thank you for your help.
@@soldiersvejk2053 what does it actually mean, aside from being able to effectively transfer heat? Won't it get melted long-term? Adhesive less effective long-term? It's gonna be important especially if the electronics are placed vertically
@@mikesunboxingi used the wrong heatsink i used the 10x10x10 but somehow my cinebench scores went from 15000 to 20890 points significant uplift in performance. damn i didn’t expect this at all! if only i used the correct heatsink like yours the results would be even more better !
What if you use thermal glue on vrm, then use a thermalpad to stick to it, then make a bigger thermal cooler for vrm, like if you have a deffektive older motherboard and you bought a budged motherboard with no vrm cooling solotion. Can you stick thermal glue first on vrm then thermalpad then a bigger cooler? The reason i ask to use thermal glue then thermal pad is becouse on some of the vrms there are capasitors that is higher then the vrm. I tried with just sticking a thermalpad and a small ssd cooler and the temp went down 10c on vrm just with the small cooler.
@@mikesunboxing i have an old and deffective motherboard, that motherboard has some good heatsink for vrm. i was planing on useing that on my new budged lga 1700 motherboard that has poor vrm heatsink. i want to try this since the motherboard might last longer since the vrm temps will go down, i see alot of the budged motherboard dont have a heatsink on vrms, maybe thats how they cut the cost on them? so maybe adding a vrm heatsink from an older motherboard and sticking it on it will make the new board better for when pairing it with a good cpu. i know alot of people might cheap out on motherboard and get a good cpu and good gpu and good psu, and just a simple and easy way to forlong its life and to almost elimiate vrm throtteling is to make it cooler so the motherboard will have a good time hehe. But i have heard that the heatsink should NOT touch the capasitors around the vrms, this might couse a short circut? is this something you are familiar to? i have done this before, worked great, but what scares me is the new motherboard lga1700 has 4 capasitors a little higher then the vrms.
I Just got new ryzen 5 5600 with new asrock A520m/ac at very cheap price. Never know that A520 has infamous vrm. So i Plan to add heatsink. This video helps a lot.
Dude need your help I need b450 Motherboard for ryzen 5 3600 and Rtx 2060 I work on my pc , maybe 12 hours / day For editing video , like premiere pro Can u suggest me what the best motherboard i can buy for my workflow ??
@@TEST-gh4zs This is maybe easier to advise if we can ask more questions and get direct answers, so feel free to join our Discord chat and we can go over it in more detail discord.gg/XtBTGQ6BDu Agree to the rules by clicking the emoji and you will get access to the rest of the Discord channels
Sir need urgent help as i had told you regarding my PCs issue in the past comment. I replaced my GPU with a new one via replacement. Now my PC is restarting automatically each time i run any graphics intensive game and each time the restart happens my XMP profiles and fan curves are restored to default, what could be the cause? I think it might be the PSU or it might be Mobo ? Please help me
Maybe replace your cmos battery, or at least pop it out fot a minute or so, that should reset your bios to default-that might help. Or maybe you have integrated graphics on & conflicting with your gpu?
This is maybe easier to fix or at least advise if we can ask more questions and get direct answers, so feel free to join our Discord chat and we can go over it in more detail discord.gg/XtBTGQ6BDu Agree to the rules by clicking the emoji and you will get access to the rest of the Discord channels
@@mikesunboxing It's actually a little above my skill level too. But if I had the parts and a computerized drill to cut a good groove for the O-ring, I'd give it a go.
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I think VRM cooling is something that is neglected a LOT so seeing this kind of solution is great.....cheap and effective, bit like me lol. Thanks Mike and Kath.
Totally agree, apart from the bit about you 👍
@Ugly Bob-you saw 'Smile' recently and liked it; I just saw 'Halloween Ends' and liked it.
seems good if you run a cheaper board
BROOO WHY AM I ONLY KNOW THIS AFTER 2 YEARS OWNING B450M PRO VDH MAX? WHY NO ONE EVER MENTION THAT B450M PRO VDH MAX OR OTHER MOBO THAT DOESN'T HAVE GOOD HEATSINK TO THEIR VRM CAN MAKE SCREEN TEARINGGGGGGGGGGGGGGGGGGGGGGGGGGGGG AAAAAAAAAAAAAAAAAAAAAAAAAAAAA
somehow neglected , there's a motherboards manufacturer who added a small fan with air duct to convey air direcly to VRM surrounding the cpu . I spotted one them on Ebay, unfortunately sellers removed the cooling system , but I can't remember the brand .
If you'd taken the IR readings from the back of the MB it would have given a precise delta for with/without heatsinks - the MOSFET's metal backs are soldered over their entire area to a ground-plane to sink heat to the MB (a thermocouple placed there can provide _actual_ MOSFET temperature minus maybe a couple of degrees). ETA>> another way of cooling VRM's is a fan on the back of the motherboard, stuck to the CPU backplate (silicone RTV works well, securely attaches the fan but easily cleaned off when needed) - a 90x15mm works well and can be run at fairly high RPM without being audible (particularly if it's a good quality one) - as noted above, the MOSFETS sink a lot of heat into the MB whether heatsinked or not, and the unobstructed back surface is quite conducive to air flow. You can further improve temps by cutting the motor/impeller out of its frame. On my Asus Prime Z390-A it reduced VRM temps (according to HWiNFO) by at least 10°C. This is actually an easier mod to carry out than adding heatsinks. Use a Y-splitter from the CPU fan header.
Good idea, but problem is, that those glue tapes are sliding due warm. And this is risky, because few months later can heatsinks make short circuit on the motherboard.
check it with a multimeter, aluminum heatsink's surface is electrical insulator (because it's surface quickly reacts with the oxygen to form 5nm Al2O3 film). So, when the heat sink drop, it will need hit two different point at the same moment to cause damage, which is impossible. Well... not possible if the MB is placed vertical.
When doing these mods it's best if large piece heatsinks are used in conjunction with normal thermal paste and some high temp silicone adhesive on the corners to keep them in place!
Also I did notice the heatsinks that you used were extremely low profile, generally you want to pick heatsinks that are as tall as possible!
I loved the video❤!
i agree totally, this was really just a demo of what could be done
I did the same on my ASRock Z690M-ITX/ax. It dropped the temps by 20 degrees and allowed me to run a 12700 at higher wattage.
awesome! that is a pretty decent upgrade
better with them than without, also, about that temp-gun , the laser is for a distance, at close there is a 1 inch offset, so you should not use it at closer than 1 feet, better chase the most heat on the display than watching the laser, also temp-guns hate aluminum, they usually don`t seem to be able to measure high reflective metals well
thanks for the heads up
I refuse to buy a board with naked mosfets. I bet lots of people have some boards that have high TDP CPUs that run hot on some older AM4 board that has no top down cooler and no air moving around thinking everything's fine and dandy because their AIO has the CPU temps in check. I try to avoid hot spots in all forms of electronics. Like you said, sometimes it's not necessary, but I prefer to use caution whenever I can.
caution is wise sir
I've ran this motherboard (B550M-K with a Ryzen 3 quadcore) for three years (ie, pushing past warranty) and had the board start crashing, instant power-offs without BSOD, weird pixelated visual artifacts and stuff like that. I play MMOs for hours at a time and touching the MOSFETS and chokes they get pretty toasty, especially the +2 on the side!
After realising the motherboard was the problem and the VRM system in particular, I'm finally upgrading to something with a sane amount of phases in the VRM. I would definitely not recommend this thing, even with the custom heatsinks added on (the M-A version has one extra VRM phase at least!). But good on you for giving it a go and giving people a budget option!
I am really glad you made this video. I had been looking at some of these heatsinks for some of the budget B450 boards I have. Try to get as much as you can out of an older platform and all of that. I think a fiver would be worth it.
with modern motherboards and hardware getting crazy expensive the older stuff seems a lot more attactive
7:10 you can actually point the Infrarays towards backside of motherboard ( behind vrm) to get appx. Exactly vrm temp.
And do it before adding heatsink vs after to get a conclusion.
Also i would suggest running an i9 on h610 motherboard since intel cpus are very powery hungry and generates heat. They will be highly affected by vrm temp.
thanks for the info, to be honest i wasn't looking for an exact result, just some confirmation that it would make any different at all. But thank again for the suggestion
I used to add these heat sinks to my original Nvidia GTS250 and other earlier model gpus and they did make an improvement in temps and more so with some case fans blowing air over them. They were cheaper to purchase them back then than they are now in comparison time / inflation etc 🥰👍😇
if they were any more expensive i would not even consider it, but at this price it was worth a go i think
don't bother with Heatsinks. Just throw another half dozen (or more) fans into the case. worked for me 😀
that is also a good option
I'm a better safe than sorry kind of guy. I would use the heatsinks just to make myself feel better!Lol! More heatsinks is more better!! I put these on my raspberry pi4 and I'm not really sure it helps. The raspberry pi4 has a fan so I believe the fan helps more than the heatsinks. Great video Mike! Cheers!
i just love messing around with these things, if it has a benefit, great, if not it was still fun
I did that long time ago on an an2 biostar, iirc, because I found that it was looking nice. At the time, that was Zalman that made them. That was a little square with 4 little copper poles on them. I put them on a Gigabyte b350 with r5 1600 motherboard just for the look..
yeah it is fun to do and can look good also
If the VRMs don't have sufficient cooling they can throttle the CPU. And it can be pretty subtle - after dusting out my cooler I didn't shove the fan all the way into it and the CPU throttled multiple times a minute (5900X on one of these cheap Asus Prime boards - I know, I know, but the board had been a toss-in with a 3600X). Adjusted the fan location a bit and now it doesn't throttle. I should probably go with the cheap solution of these little sinks rather than picking up a better board for a dead socket.
I've just come across this, as I have been searching for descent after market VRM coolers, as am not happy with the solution that came with my board as my previous boards the VRM ran a lot cooler but it looks like I'll be resorting to carefully carving up an old p4 heatsink, and shaping it to fit.
You may get a better idea of how well the cooling works if you can measure the temps from the back of the board underneath the VRM - as you will know the caps will also get hot, reducing their lifespan if left unchecked...
It has been proven that VRM temps can have a significant effect on performance for a Ryzen APU system, because the iGPU relies on precise voltages for the processor, and RAM... But for a typical system with a dedicated GPU, the VRM temps probably don't matter as much.
Good vid Mike and Kath. Thank you.
thanks James
I have used these a lot on raspberry pies were they do a great job. Great video thanks Mike.
You bet they are really handy, i have to use restraint though or i would stick them everywhere
Not surprised at the results.
Please retest with bigger heatsinks, and also versus mini fans!
will try to
Like these neat little mods mike-it makes an intresting video as well, we live n learn- And wont, if we dont try!
Very true! and they don't cost much so it is a fun and cheap experiment
@@mikesunboxing something different is nice.
The motherboard itself actually provides sufficient heatsinking for VRM's. The additional heatsinks might provide a bit extra, but it's not going to be alot.
I have done this on a few different boards for LGA 775, AM2+, and AM3+. It works much better if you use a thermal epoxy to attach the heat sinks. Granted you wont be removing them ever again, but you'd be doing this to a cheaper budget board, so why would you want to anyway?
Great tip!
Heatsinks like them stuck on retro motherboards south bridge chip set chips really help but the case needs large airflow for the heat transfer to happen
My though as well. I'll try to reuse the heatsinks from an old motherboard on my next one. Especially on M.2.
good idea to be honest what if you put them together in a vice then drill the middle to get copper piping through ,then screw them together for a wider heat sink for the four vram then use thermal pads underneath and not the 3m sticky stuff and try to get them to stay on the vram not thought that part out yet lol.
Excelente video, recientemente me compre una A520M-K y estaba viendo alternativas para poder refrigerar las VRM, esto me viene perfecto, es económico y funciona bastante bien, lo voy a aplicar
glad it helped
@@mikesunboxing the heatsink is bought for my vrm is 10x10x10mm will that work?
I got problems with my VRMs and I was thinking about getting the tiny heatsinks before I do anything bigger as for example buying a new MB. As soon as my CPU hits 52°C the VRMs hit 80°C and theyre calibrated to throttle power and CPU frequency down when they reach this temp; this results into lags ingame and also cause wrong readings in temp (CPU jumps from 52°C to 206°C). Are these heatsinks worth a shot? I got bad air flow in this stock case so I also plan to install a fan to blow on the VRMs.
heatsinks and airflow will definitely help a little
Get them in Copper. if you can. look's great with the silver part on the board.
and Copper do a better job than aluminium.
Mike's How to is Worthy of a Support comment. Like & a share 🙂
i'll look out for copper ones, cheers
Note: The adhesive on these most of the time ISN´T thermally conductive. Thermally conductive adhesive tape is expensive and you won´t get that sort of material with few alu heatsinks for 4€...
As it is, you actually isolated your VRM, not helped cooling it down.
great idea, congratulations
Thank you! Cheers!
Maybe you should have lifted the board or had it vertical, and measured temperature on the back, the heatsinks may be cooler than the bare VRM devices, but how much is lost across the thermal tape?
good point, that is a good idea
Mike excellent video yet again, thanks for this info. the MSI mouse behind you is GM12.. what model is it ? cheers !
it is GM50 behind me, unless it is wireless and that is the gm41
nice thanks !
What I'd hoped for, and wanted to get out of this was the fact that adding these heatsinks would either prevent or at the very least minimize the VR thermal throttling...
The best solution to vrm cooling I’ve found is to run an AIO and add this printed bracket with a arctic 92mm fan. You 30 degree lower vrm and m.2 drive temps and cpu temps are even helped.
cool idea
Thanks! I might try this little mod.
Have fun!
Hello!! Nice video, very helpful...i have a question...do you think that using a thermal glue instead the 3m glue would perform better??
it certainly could do, the liquid glues often have a better transfer, but they are really hard to ever remove if you need to
Anyone remember Zalman with their graphics card coolers? They used to supply similar little heatsinks to put on the memory chips.
yep still have those here somewhere
Also infrared sensors can’t pick up on shiny metallic surfaces
Taller heatsinks and thermal glue would be interesting to see
Try a larger heatsink. then try the same new sink with a small fan or two. Would be an interesting experiment.
My previous AM4 board (Gigabyte A320M-S2H V2) was choking my Ryzen 5 2600 in performance and the VRMs at around 110C really heated even the processor. Added some small heatsinks like you did and that cut the VRM to around 70C-ish IIRC.
That board has since died and I moved to one with a VRM heatsink and I would probably aim for motherboards with VRM heatsinks in the future to avoid that issue.
did it work with heatsink you added?
Should the heatsink thing touch all the components?
I mean the mosfets and the VRM, or just the mosfets?
it is better if it touches more things if it can
TLDW: It's worth it if you know how to do it, and if your motherboard's VRMs doesn't have any cooling, and is the main reason your CPU is throttling(assuming it has adequate cooling).
I do such Mod in my AMD FX System. But i'm not using these Heatsinks. I just connect a Fan. In the Direction of the VRAMs and this was Night and Day. 30 degrees in Avg.
that might be my next plan, maybe a tiny noctua pwm fan
@@mikesunboxing I use a big 120 fan. Simply i stand the fan on my GPU faced to the vrms. It worked perfectly.
Did you also stick heatsinks on the taller components? Is there any benefit to that?
not sure, it might help
oddly enough i just had this problem, using an asrock b550m cheapo mobo for mining, no heat sinks on them was thermally throttling my mining, put a small cooling fan on them to solve it
2bh i didnt kniw which were vrms! Thought those cubes were generating heat lol. Its a pity the software doesnt congirm temps as the outer surface of the aluminium shud b lot cooler as furthest away from heat source. Looks smart and low cost which is all uou want with budget board. Plus being aluminium if loosened wudnt conduct electricity or cause damage, wud it? Thanks for sharing Mike and Kath👍
yes if it falls off it could be very bad news, although it should just drop to the floor of the case and the adhesive on there seems very strong considering the weight of the heatsinks.
Dark Rock TF2 cools down entire motherboard regardless of heatsinks. This is great cheap quick fix.
Did you adjust the gun for the difference in thermal emissivity of the black chips vs the silver heatsinks?
BTW the Amazon IR gun comes with a thermocouple, as does their clamp meter, both useful things for messing about with computer bits.
i will look at the amazon ones with thermocouple, could come in handy
Do you have any tip to keep those stick when u put the mobo in a vertical position?
the ones in the video are adhesive and are staying put
Have you tested this with a gpu? Interesting to see of having this together with an aio cooler if it would be much better than stock. VRMs are normally being cooled via the stock cooler with thick thermal pads.
Not yet
Oh these will work, but the supplied adhesive tape aint great, what i do is mix thermal paste with 2part epoxy, saw another 4c shaved off the stock thermal tape, and if you do want to remove them it will just come off in one piece, so in general without and with the heatsinks and epoxy there was a 11c difference on full load, never trust that tape, if they fall off its goodbye graphics card
Thanks for the info
Much the same result as those who cram fans in their case in every spot possible; not worth the dough and trouble.
First of all, greetings, sir! I have a question for you. I'm not a super knowledgeable person about PC. I bought a 2700x processor for an A320m s2h motherboard, the case works fine BUT in a heavy render or benchmark the VRMs reach 103 degrees according to HWInfo and Aida64, and in games usually 80-90 degrees. Some say it's normal, some say it's too hot and that I should get the mosfets like in the video. Now sir, I have two questions.
Will the PC explode if I keep using it with these temperatures?
I also read something about putting Thermal Pad before these mosfets, do you recommend it? Or is it okay to put mosfets without thermql pad? Can you give me some advice, thank you very much!
those temps are bordering on the unsafe levels and i would want them lower for longevity. thermal pads are a good idea especially the double sided sticky ones. the board won't explode but those temps could lessen the lifespan
@@mikesunboxing Thank you very much for the answer sir! I just ordered the heatsinks in the video as you suggested. Unfortunately I couldn't afford the thermal pad. Do you think only the heatsinks will do the job? Thank you again!
@@kerem1294 yes they will definitely help a bit
This test would be great on a budget 12/13th gen intel board where you can unlock the power on say a 13400f
Hello Mike, can I remove VRM from my dead Tuf Gaming B550 to a cheaper b550?
The cooler you can the actual vrm chips no
@@mikesunboxing sorry my bad I didn't mean the mossfets or what they r called, I meant the heatsinks. Will it void warranty?
Thank you
@@santanu-fr Not really advisable unless it fits exactly. If not sure head over to our discord and we'll take a look Discord: discord.gg/XtBTGQ6BDu
Nice idea. But if it somehow fell off, it will cause serious short circuit in your board or gpu.
it could do but the adhesive is really very strong and as the heatsinks are quite lightweight it would be a long long time before the glue broke down and gave up
Can add glue or not sir?
thermal glue would be okay
bigger sinks might have work better with screws helps from falling off as well
so ive been having pc restarts while gaming and the temps seem fine, but I don't have heat sinks on my vrm and I feel like that might be the cause of it because I've done everything else possible to fix the issue. the problem started when I put a i9-9900kf in the rig and my mother board is a asus tuf z370 plus gaming. my PC restarts less than 5 mins into the game and I don't get any bsod
what motherboard and cooler are you using?
@@mikesunboxing im using a icue h150i rbg pro xt
the mother board is a asus tuf z370 plus gaming
Question Mike: do you think regular thermal pads woud be sticky enough to keep a piece of aluminum, cut similar to the ones you are using, from falling away when the mobo is vertical? Thank you for your help.
probably not with heat cycling, it would likely creep off in time
@@mikesunboxing thank you Mike.
These 3M tapes are allegedly “thermally conductive”.
@@soldiersvejk2053 what does it actually mean, aside from being able to effectively transfer heat? Won't it get melted long-term? Adhesive less effective long-term? It's gonna be important especially if the electronics are placed vertically
@@rcane6842 As far as I know, if your only way to secure the heat sink is to glue it on, this is your best shot.
hello will this work with asus a320 motherboard?
i don't see why not, worth a try
@@mikesunboxingi used the wrong heatsink i used the 10x10x10 but somehow my cinebench scores went from 15000 to 20890 points significant uplift in performance. damn i didn’t expect this at all! if only i used the correct heatsink like yours the results would be even more better !
What if you use thermal glue on vrm, then use a thermalpad to stick to it, then make a bigger thermal cooler for vrm, like if you have a deffektive older motherboard and you bought a budged motherboard with no vrm cooling solotion. Can you stick thermal glue first on vrm then thermalpad then a bigger cooler?
The reason i ask to use thermal glue then thermal pad is becouse on some of the vrms there are capasitors that is higher then the vrm. I tried with just sticking a thermalpad and a small ssd cooler and the temp went down 10c on vrm just with the small cooler.
that might work
@@mikesunboxing i have an old and deffective motherboard, that motherboard has some good heatsink for vrm. i was planing on useing that on my new budged lga 1700 motherboard that has poor vrm heatsink. i want to try this since the motherboard might last longer since the vrm temps will go down, i see alot of the budged motherboard dont have a heatsink on vrms, maybe thats how they cut the cost on them? so maybe adding a vrm heatsink from an older motherboard and sticking it on it will make the new board better for when pairing it with a good cpu. i know alot of people might cheap out on motherboard and get a good cpu and good gpu and good psu, and just a simple and easy way to forlong its life and to almost elimiate vrm throtteling is to make it cooler so the motherboard will have a good time hehe.
But i have heard that the heatsink should NOT touch the capasitors around the vrms, this might couse a short circut? is this something you are familiar to? i have done this before, worked great, but what scares me is the new motherboard lga1700 has 4 capasitors a little higher then the vrms.
I Just got new ryzen 5 5600 with new asrock A520m/ac at very cheap price. Never know that A520 has infamous vrm. So i Plan to add heatsink. This video helps a lot.
let us know how it goes
You should measure temperature of backside, where VRM sits…
Thanks I realise that now but some people have said that thicker boards will give incorrect results due to extra pcb layers
@@mikesunboxing but temperature difference would still be there… anyway keep going!
Can anyone tell me the size of those tiny heatsink?
it is in the video description links
Hi i bought a new mobo since my old mobo vrm is burned i wonder if cpu will still work on newly bought mobo? Im afraid to put the cpu to the new mobo.
i hope it will be okay
I changed my laptop's pads then faced the VRM thermal throttling error while using the Cinebench test.
sorry to hear that
Please do next time use thermal paste
Dude need your help
I need b450 Motherboard for ryzen 5 3600 and Rtx 2060
I work on my pc , maybe 12 hours / day
For editing video , like premiere pro
Can u suggest me what the best motherboard i can buy for my workflow ??
b450 tomahawk maybe or b450 aorus elite
@@mikesunboxing How about rog stix f ii
Asus tuf plus ii
Tomahawk max
Same price in my place
Sooo what do you recomended ??
@@TEST-gh4zs This is maybe easier to advise if we can ask more questions and get direct answers, so feel free to join our Discord chat and we can go over it in more detail discord.gg/XtBTGQ6BDu
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Sir need urgent help as i had told you regarding my PCs issue in the past comment. I replaced my GPU with a new one via replacement. Now my PC is restarting automatically each time i run any graphics intensive game and each time the restart happens my XMP profiles and fan curves are restored to default, what could be the cause? I think it might be the PSU or it might be Mobo ? Please help me
Maybe replace your cmos battery, or at least pop it out fot a minute or so, that should reset your bios to default-that might help. Or maybe you have integrated graphics on & conflicting with your gpu?
sounds like your PSU is not good enough for this new video card
This is maybe easier to fix or at least advise if we can ask more questions and get direct answers, so feel free to join our Discord chat and we can go over it in more detail discord.gg/XtBTGQ6BDu
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@@himanologanor4093 PSU is more than sufficient , 750w gold while my power need is just 450-500watts.
I replaced CMOS BATTERY .
@@Doobie3010 no integrated graphics Ryzen 5 5600x is my CPU and yes i have replaced my CMOS battery still the issue doesn't solve, PSU is also RMAed.
Gracias por el video , me aclaro dudoas
Like + sub
gracias
Recycling the hot air of your cpu to « cool » your vrm is a bit weird
the hot air from the cooler is a lot cooler than the VRM temps so it will cool them
Hi, Mike. I think I'd try making a monoblock that covered the CPU and VRMs and water-cool those bad boys. 😂👍💦
that is a bit above my skill levels, but would love to do that
@@mikesunboxing He likes to chill his monkey with a monoblock
@@mikesunboxing It's actually a little above my skill level too. But if I had the parts and a computerized drill to cut a good groove for the O-ring, I'd give it a go.
@@uglybob7505 Who doesn't like to chill their monkey with a monoblock?
@@uglybob7505 Lol!
Burning the midnight vrm's mike.
haha hope not
3d print a fan onto the board vrm
the entire board doesnt even ever to be seen plastic the whole thing and fan the motherboard
It's pretty worth in Laptop
Watercool the VRMs
It’s cheap anf effective
it can be
From 🇧🇩
:)