@@PCCrazyDario Well..., When you consider at least 30 min for each run, not to mention the setup & cost with each run, it's time-consuming. Certainly longer hours than many of us put into a 9-5 job. Something that many of us wouldn't do, so hats off to you for doing it for those who don't! (Hope you get paid overtime for that). 🤩
When I will be doing another thermal paste comparison, I will go through all the comments of this video and the one where I covered the others to make even larger comparison. So thanks for the advice and tip.
I recently purchased a Thermal Grizzly Carbonaut Thermal Pad which I plan to try out in my Dell XPS 9550 Ultrabook. Have you ever tested a thermal pad instead of thermal paste in a desktop PC build? Thank you my friend.
Thermal pad is definitely not suggested for CPUs since even 0.5mm is to thick. Better solutions thermal paste or thermal sheet which are much thinner when applied. Also, thermal pads, as said in the video, have better appliance like covering up MOSFETs or VRMs under waterblocks or passive heatsinks. ;)
@cheekster777 Yes, I have used Carbonaut in 3090 GPU and 5600X CPU as well as some others. Works within a few degrees Celsius (hotter) of any decent thermal compound. Benefit is it will never suffer pump out (more of a GPU issue or any bare die application) or need replacing due to drying, breaking down etc.
@@cheekster777 oh and careful with the application, Carbonaut is conductive. I used a conformal coating on any capacitors around the die. Thermal Grizzly sells TG Shield but technically nail polish will suffice.
@@Berserkism I was mainly only planning to use it on the CPU as opening up a XPS Ultrabook is fiddly and a pain to do every other year to repaste the thermal compound. I last did it two years ago replacing the stock compound with Thermal Grizzly Kryonaut but the fans are running almost 24/7 even when idle.
this is the video I had been waiting for
Thanks for the comment. :)
That's a lot of work, not to mention the time involved!
@@jawnTem Indeed it is, but I like creating such content to give valuable information. and of course, thanks for noticing that. Means a lot :)
@@PCCrazyDario Well..., When you consider at least 30 min for each run, not to mention the setup & cost with each run, it's time-consuming. Certainly longer hours than many of us put into a 9-5 job. Something that many of us wouldn't do, so hats off to you for doing it for those who don't!
(Hope you get paid overtime for that). 🤩
I love seeing the thermal pastes compared, thanks!!
@@weirdodude1173 You are welcome. 🤗
Test phobya nanogrease extreme ???
When I will be doing another thermal paste comparison, I will go through all the comments of this video and the one where I covered the others to make even larger comparison. So thanks for the advice and tip.
I recently purchased a Thermal Grizzly Carbonaut Thermal Pad which I plan to try out in my Dell XPS 9550 Ultrabook. Have you ever tested a thermal pad instead of thermal paste in a desktop PC build?
Thank you my friend.
Thermal pad is definitely not suggested for CPUs since even 0.5mm is to thick. Better solutions thermal paste or thermal sheet which are much thinner when applied. Also, thermal pads, as said in the video, have better appliance like covering up MOSFETs or VRMs under waterblocks or passive heatsinks. ;)
@@PCCrazyDario - Sorry, Carbonaut is like thermal sheet, super thin. But it is called Thermal Pad by the manufacturer and Amazon.
@cheekster777 Yes, I have used Carbonaut in 3090 GPU and 5600X CPU as well as some others. Works within a few degrees Celsius (hotter) of any decent thermal compound. Benefit is it will never suffer pump out (more of a GPU issue or any bare die application) or need replacing due to drying, breaking down etc.
@@cheekster777 oh and careful with the application, Carbonaut is conductive. I used a conformal coating on any capacitors around the die. Thermal Grizzly sells TG Shield but technically nail polish will suffice.
@@Berserkism I was mainly only planning to use it on the CPU as opening up a XPS Ultrabook is fiddly and a pain to do every other year to repaste the thermal compound. I last did it two years ago replacing the stock compound with Thermal Grizzly Kryonaut but the fans are running almost 24/7 even when idle.