![]() ![]() I don't really see a huge benefit to parallel, but it isn't exactly 'bad', I just don't see the point. It essentially means that when you aren't streasing the CPU much, but you are pushing the cards to the limit, the radiator you put on the CPU loop is essentially wasted space, and may be better put to use on the GPU side of things, if that makes sense. And you ARE planning on connecting the end of the loop(s) to the pump(s), right? Because the picture shows a line, not a loop!Īlso, an overclocked CPU can put out upwards of 190-220w of heat, wheras two OC'd video cards can output over 800w(!) of heat, so separating the CPU from the loop isn't really making a dent in the GPU's heat output. However, as what was said before, unless the reservoir is at the highest point in the loop, it's best to put it right before the pump. Having the systems connected (at any point) would make it so that the whole system shares the same temperature. Essentially, the GPUs' loop's heat is not affected at all by the CPU temp and vis versa. Pic #1 makes a lot more sense, as the point of separating the loops is to have a temperature differential between the two systems.
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