Lovely job. No pointless filler, sensible approach to testing and displaying the results, exactly how these sort of group test videos should be. Subbed to the channel purely on the basis of this 1 video.
Thermalright is the perfect heatsink.....but for my motherboards VRM lol. B660M DS3H. The top vrms does not have heatsink so I will go with this. Really appreciate this video , Thank you very much.
Amazing video! Thank you for actually comparing different recent solutions instead of the binary "should you / should you not use a heatsink" videos that most channels have. When I built my current desktop, I noticed how motherboard manufacturers now like to put "stylish" heatsinks on their motherboards - and it's good to check against heatsinks made specifically for the purpose as I'm finding the stock motherboard ones can do little (though obviously more than not having any heatsink at all). Even a random entry-level XClio and a double-sided EZDIY-FAB heatsink takes off 10C and 17-18C more respectively than the stock heatsinks on my Asus TUF Z790 board. At the time of writing this, the Thermalright HR10 costs half the price of the be quiet! MC1 in the UK so it's a no-brainer -- as long as it fits, of course. I'll have to measure how much space I have on my board between the GPU and the main m.2 slot that currently houses my Samsung 990 Pro OS drive. That's the one I want to protect the most :)
I am glad that whatever tall heatsink (in my case 36mm) does fit under RTX 4090 Windforce on B450 Carbon. Sometimes compatibility of the future upgrades is more about the luck. The more I learn the harder it is to choose futureproof motherboard wisely.
Laptops be trying to fit into bikini's these days...for no good reason, but "portability", I'm gonna have a similar dimension fight to fit a heatsink in mine.
@@zechssiguro7476 respond to this after the 22nd when my Be Quiet MC1 Pro arrives from Amazon US. We'll see if it works as advertised. Current SSDs hovering at about 46° C under virtually no load (very poor heat management in this QNAP NAS)
Thanks for this, an excellent way to demonstrate the difference for different levels of heatsinks. Suggestion - can you run the test with the HR10 Pro fan OFF?
The skinny ones can be useful if there's absolutely no space for a heatsink. My laptop SSD (Samsung PM981 2TB in a Thinkpad Yoga 370) has no heatsink at all, and I'm going to try and fit a solid copper 2mm thick one and see what differentce it makes.
Olá sou do Brasil! Will this latest model get along well with a NOCTUA NH-D15? I have an ASUS B550 TUF GAMING, due to the size of the NOCTUA, I think that the two together may not have space, hence the question, as I still don't have the NOCTUA NH-D15 to see the dimensions and space, thank you for the answer, Good luck with your work and have a good 2024.
@@billythecat all of these M.2 coolers come with two thermal pads, one for the bottom (thicker pad) and one for the top side that's going to be in contact with the heatsink/heatpipe (thinner pad).
Lovely job.
No pointless filler, sensible approach to testing and displaying the results, exactly how these sort of group test videos should be.
Subbed to the channel purely on the basis of this 1 video.
Thanks for the sub!
Thank you because of you i finally found whats the real temp difference
Welcome
Great video! I've seen a ton of people saying all heatsinks are the same, but this video helped me a lot for choosing the correct one for me. Thanks!
Glad it helped!
M.2 Heatsink is dirt cheap compared to the value provided, everyone should have it
Thermalright is the perfect heatsink.....but for my motherboards VRM lol. B660M DS3H. The top vrms does not have heatsink so I will go with this. Really appreciate this video , Thank you very much.
Thank you. Just the video I was looking for. Clear concise and well presented
Glad it was helpful!
Amazing video! Thank you for actually comparing different recent solutions instead of the binary "should you / should you not use a heatsink" videos that most channels have. When I built my current desktop, I noticed how motherboard manufacturers now like to put "stylish" heatsinks on their motherboards - and it's good to check against heatsinks made specifically for the purpose as I'm finding the stock motherboard ones can do little (though obviously more than not having any heatsink at all). Even a random entry-level XClio and a double-sided EZDIY-FAB heatsink takes off 10C and 17-18C more respectively than the stock heatsinks on my Asus TUF Z790 board.
At the time of writing this, the Thermalright HR10 costs half the price of the be quiet! MC1 in the UK so it's a no-brainer -- as long as it fits, of course. I'll have to measure how much space I have on my board between the GPU and the main m.2 slot that currently houses my Samsung 990 Pro OS drive. That's the one I want to protect the most :)
I am glad that whatever tall heatsink (in my case 36mm) does fit under RTX 4090 Windforce on B450 Carbon. Sometimes compatibility of the future upgrades is more about the luck. The more I learn the harder it is to choose futureproof motherboard wisely.
LoL. That last heat sync is a behemoth! Sadly I have on 17mm of headspace. 🤷♂️ But thanks for the video!! Very informative.
Laptops be trying to fit into bikini's these days...for no good reason, but "portability", I'm gonna have a similar dimension fight to fit a heatsink in mine.
@@zechssiguro7476 respond to this after the 22nd when my Be Quiet MC1 Pro arrives from Amazon US. We'll see if it works as advertised. Current SSDs hovering at about 46° C under virtually no load (very poor heat management in this QNAP NAS)
Thermalright make one of the best heatstink on the market right now. Especially their CPU Air cooler.
Perfect! Exactly what information I was looking for. I'm adding a Be Quiet BZ003 to my MCI Spatium M480 Pro.
Glad I could help!
Brava! - succinct and to the point vid well done after your assessment im sold on the Be Quiet
Glad it was helpful!
Nice work, exactly what I wanted
Awesome video man!
Fue de mucha ayuda, Gracias!
Thanks for this, an excellent way to demonstrate the difference for different levels of heatsinks.
Suggestion - can you run the test with the HR10 Pro fan OFF?
Thank you for sharing the knowledge :)
My pleasure!
appreciate this, ty
Pro tip: if you buy nvme heatsink, don't use their standard cheap thermal pads. Get a good thermal pads like arctic. your temps drop even more.
The skinny ones can be useful if there's absolutely no space for a heatsink. My laptop SSD (Samsung PM981 2TB in a Thinkpad Yoga 370) has no heatsink at all, and I'm going to try and fit a solid copper 2mm thick one and see what differentce it makes.
Awesome man
Thanks!
danke, definitely very informative+detail,
Glad it was helpful!
great video!! I'm curious how the top ones would do agaist a 5.0 drive
Great suggestion!
Would you happen to know the difference between the Be Quiet MC1 and the Be Quiet MC1 Pro? The MC1 is a bit cheaper.
The MC1 doesn’t have heat pipes and the MC1 pro has heat pipes
Olá sou do Brasil! Will this latest model get along well with a NOCTUA NH-D15? I have an ASUS B550 TUF GAMING, due to the size of the NOCTUA, I think that the two together may not have space, hence the question, as I still don't have the NOCTUA NH-D15 to see the dimensions and space, thank you for the answer, Good luck with your work and have a good 2024.
Hello, thank you for your wishes and Happy New year to you too. I don't have the Noctua so I really can't tell.
So how is it Axagon CLR-M2XL in max temp to this mini fan m.2 cooler ???????
I didn't try the CLR-M2XL
you are so awesome. i love your videos. thank you
Thank you Juliano and you rock!
Hi. Do you know if Thermalright HR10 Pro support double-sided ssd? And does it come with two thermal pads for bottom and top?
This will answer your questions: ruclips.net/video/F2yHdbxekHA/видео.html
@KnowledgeSharingTech sorry but I still can't tell if the ssd tested in that video is single sided or double sided.
@@billythecat all of these M.2 coolers come with two thermal pads, one for the bottom (thicker pad) and one for the top side that's going to be in contact with the heatsink/heatpipe (thinner pad).