Hi,
I was comparing heatsink-fan (HSF) combos and noticed that a few 2-heatpipe heatsinks are priced higher than some 6- and 4-heatpipe solutions. How does this work out? Are the 2 possibly better in quality than the 6 on those HSF?
I was browsing aliexpress for a window shopping experience.
Also, when there's a dual-heatsink HSF with 2 fans blowing air from both its x-axis sides INWARDS, where does the hot air go? definitely not towards top! bottom? sides on z-axis? Here's an image to clarify:
Link to dual radiator image
If the hot air is being blown to the sides, then my PSU fan could take the upwards rift away and out of the case, but the bottom flow would hit the PCIe graphics card (or SSD or other components) and that isn't much desirable.
Thoughts?
I was comparing heatsink-fan (HSF) combos and noticed that a few 2-heatpipe heatsinks are priced higher than some 6- and 4-heatpipe solutions. How does this work out? Are the 2 possibly better in quality than the 6 on those HSF?
I was browsing aliexpress for a window shopping experience.
Also, when there's a dual-heatsink HSF with 2 fans blowing air from both its x-axis sides INWARDS, where does the hot air go? definitely not towards top! bottom? sides on z-axis? Here's an image to clarify:
Link to dual radiator image
If the hot air is being blown to the sides, then my PSU fan could take the upwards rift away and out of the case, but the bottom flow would hit the PCIe graphics card (or SSD or other components) and that isn't much desirable.
Thoughts?