Apologies for extending the OT, but this is a science website and there is science to be scienced
- I have seen people wrongly tell me a heatsink was DOA from the box. Only to teach him that he assembled it wrongly. So humanity is capable of unimaginable things.
- Heatsink area and airflow affect heat dissipation, but heatsink mass affects heat inertia. The block of metal helps absorb temporary bursts of power, even if does not improve the temperature under sustained load. Like a capacitor vs a power supply.
-- The heatpipe can actually be required in such a case, because a block of metal is still thermal impedance. Instead of the heat traveling through the entire block before reaching top surface, the heatpipe quickens the process.
--- Ultimately, regardless of what we can guess, the end result decides everything. And people have tested it to at least do something. This website is build on testing more than seeing, do not forget that.
- It's actually doing a bit better than the MC1 Pro, which with all the fins and stuff you'd think would be a great performer.
Sabrent's Rocket SB-HTSP NVMe heatsink features 3 heatpipes and slim profile, ensuring broad compatibility while offering good thermal performance.
www.boringtextreviews.com
- That being said, a gaming motherboard already comes with a heatsink of its own, often with heatpipes that lead to more fins. Those are usually sufficient. But yea, if you need the Sabrent heatink, it does its job.
