Prolimatech Megahalems CPU Heatsink Unboxing Linus Tech Tips
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Description
I've heard a lot about this thing and I wanted to see it in person. That's pretty much it.
The video presents an unboxing of the Prolimatech Megahalems CPU heatsink, demonstrating the packaging and included hardware while Linus walks through his initial impressions. He notes the weight of the unit, roughly 790 grams, suggesting a sturdy build and high mounting pressure once installed. The presenter opens the box to reveal the manual, back plates for both 775 and 1366 sockets, mounting hardware, and a tube of thermal compound that resembles Arctic Cooling MX-2 in branding. He comments on the design, describing a two-part, highly polished heatsink with a bowed base that implies the need for a tight, well-aligned mount to maximize contact pressure. Throughout, he previews the installation process, points out the accessories, and emphasizes the importance of a compatible fan that can generate sufficient static pressure given the dense fin array and six heat pipes. The tone blends curiosity about the product’s construction with practical notes on mounting geometry and thermal paste application, ending with a respectful nod to the Megahalems as a notable high-end air cooling solution, while inviting future testing and performance evaluation.
Topics · hardware_unboxing · cpu_cooling · tech_review · computer_hardware
Questions answered
- What components come with the Prolimatech Megahalems unboxing kit for 775 and 1366 sockets?
- The kit includes a heatsink, back plates for 775 and 1366, mounting adapters, double-ended thumb screws with springs, four thumb nuts, a mounting aluminum strip, a dedicated aluminum mounting plate, and a thermal compound.
- Why does the Megahalems require a high static pressure fan according to the unboxing video?
- Because the heatsink has a dense fin array and six heat pipes, which benefit from a fan that can generate strong static pressure to push air through the tight fins for effective cooling.
- What observation does the presenter make about the heatsink base?
- He notes the base is bowed rather than perfectly flat, which means you need to mount it tightly to maximize contact pressure and achieve optimal thermal transfer.