I used a pea drop after filling the voids and putting a micro thin layer on the CPU HS. It worked out nicely. Then did the 3 line a week later...much better
Exactly as shown in your pic. But I also fill the voids then remove excess with credit card. Also spread super thin layer on cpu HS
Why not follow the manufacturer’s installation instructions?You guys suggest the pea drop or the 3 lines method for the thermal grease?
I used a pea drop after filling the voids and putting a micro thin layer on the CPU HS. It worked out nicely. Then did the 3 line a week later...much better
Exactly as shown in your pic. But I also fill the voids then remove excess with credit card. Also spread super thin layer on cpu HS
Why not follow the manufacturer’s installation instructions?
"Before use, please remove the protective layer on the bottom of the cooler.
Apply a thin layer of thermal grease onto the surface of the installed CPU"
Why not follow the manufacturers installation instructions?
"Before use, please remove the protective layer on the bottom of the cooler.
Apply a thin layer of thermal grease onto the surface of the installed CPU"
Why not follow the manufacturer’s installation instructions?
"Before use, please remove the protective layer on the bottom of the cooler.
Apply a thin layer of thermal grease onto the surface of the installed CPU"
Because sometimes people get so excited about their builds that they overlook the best instructions for their shiny new hardware.Why even have a forum with responses like this...?
Sometimes following the instructions just don't cut it.
whats wrong with the pea method?
Would you apply the thermal paste to the cooler itself, instead of the CPU when using the line method then?Nothing per se, but with direct connect heatpipe coolers the pea size is probably not the best method. Here is a link to some experimentation back in '08 done by benchmark. I found out the 3 line did best after applying, removing, then re-applying my 212+
ymmv
Would you apply the thermal paste to the cooler itself, instead of the CPU when using the line method then?
I used 4 thin lines. One thin line per heatpipe. I don't see the point in trying to fill the gaps when all that matters is good contact between the heatpipes and the CPU IHS.
Here is a link to some experimentation back in '08 done by benchmark. I found out the 3 line did best after applying, removing, then re-applying my 212+
ymmv
I thought this was very funny from your link
"Fixing the first problem required some wet-sand paper and elbow grease (that's a metaphor for hard work, so don't go searching the web for another product)"
LOL...I remember when I was in the Army, and it was my first week on post, and they sent me for "squelch juice" when I was in the motorpool. I was young and stupid, and went looking for it
most (if not all) 1156 heatsinks work w/ 1155
is the 212+ like, the best hsf of all time? (<$30)
It is for me $24 @ Fry's well spent
$18 MicroCenter
edit: or even as recent as $10 AR :awe: