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--- hardware:application_techniques_thermal_compound [2026/02/02 21:35] – ↷ Page moved from internal:application_techniques_thermal_compound to hardware:application_techniques_thermal_compound thum
+++ hardware:application_techniques_thermal_compound [2026/03/31 12:27] (current) – [TL;DR] thum
@@ Line 4: / Line 4: @@
 TIM itself does not dissipate heat, it fills microscopic imperfections which result in air gaps on connecting surfaces, allowing for a much more efficient transfer of heat.
+===== TL;DR =====
+:!: We conducted extensive testing on commonly available thermal pastes.  Our findings revealed that **ARCTIC MX-7 is the highest-performing** product in this range, achieving temperatures that are 1 to 2 degrees lower than those achieved using ARCTIC MX-4, which we have used for many years.  It is also easy to use.  Our results are consistent with those of other specialised tests in this area.  We recommend using the 'X-Method' when applying it (see 'Recommended Method' below).  While other materials may yield slightly better results, they are all more difficult to use, expensive and we consider them to be viable only in exceptional circumstances.
 ===== Thermal Paste, Usage and Tipps =====