It seems that higher temperatures is a natural result of squeezing more speed out of silicon. Even if designers find ways of reducing power usage, overclockers know that more speed equals more heat.
Then there's the issue of fan noise the tolerance for which I personally have surpassed my limit .
Based on that premise and the continuing design improvements for water cooling systems, will there likely be a time when water cooling will become mainstream for power users/enthusiests?
Do you think water cooling will require a more powerful power supply and how much more?
Please express your opinions and add what experience you have with water cooling?
Just to complete the issue, do you have opinions on the current crop of water cooling products?
Please add links to help others who are contemplating moving to WCing.
Regards to all.
Then there's the issue of fan noise the tolerance for which I personally have surpassed my limit .
Based on that premise and the continuing design improvements for water cooling systems, will there likely be a time when water cooling will become mainstream for power users/enthusiests?
Do you think water cooling will require a more powerful power supply and how much more?
Please express your opinions and add what experience you have with water cooling?
Just to complete the issue, do you have opinions on the current crop of water cooling products?
Please add links to help others who are contemplating moving to WCing.
Regards to all.