Erasmus354
[H]F Junkie
- Joined
- Mar 12, 2004
- Messages
- 9,450
Waterc00L101 said:How do you expect to see the performance of a block designed to run 6 or 8mm tubing when the review site hooks up a 1/2" garden hose? What will this tell a consumer who purchases the block with plug n cool connectors that have a max ID of 8mm?
This is maybe why the block came with a radiator, pump, connectors, tubing?
btw: most "enthusiasts" care about how much the block will allow them to overclock. Too bad threads in this forum show there was no gain or loss......
Ummm... perhaps you need to actually look at how the reviews are conducted. They conduct the tests at as large a range of flow rates as they can. Usually going down all the way to 0.5gpm, and up to as high as they can get through the block. Therefore connecting the block to a rig with 1/2" tubing does nothing but benefit the device, because it allows a higher maximum flow rate during the testing.
The way the waterblocks are actually measured has no bias with the tubing, it is only the cooling capacity of the waterblock that is being tested. Therefore if you want to know how it will perform in your loop all you need to do is estimate your flow rate, and you have your answer. If you expect a flow rate lower than 0.5gpm then you can assume it will perform worse than it did at 0.5gpm.
As for overclocking...well this isn't a review of a piece of hardware. Overclocking is highly uncontrollable variable, the motherboard might not want to push the processor higher (Some motherboards will run the same processor at different max stable OC's, even though it is still below each boards max HTT or FSB). Your processor might not have any more to give, your memory might be at fault. Simply put there is no way to tell whether the cooling hardware was at fault, or the computer hardware. When measuring a piece of cooling gears performance overclocking is essentially useless.