[citation][nom]neiroatopelcc[/nom]I used the correct word for the purpose intended in my sentense. If I'd use didn't I'd imply I had confidence in your water cooling skills, which honestly I do not. You know a shitload about other things, but appearently not this subject. Sorry if my honesty offends you.[/citation]
Those comments do not call into question my water cooling knowledge, but your perspective. You're not questioning a level of knowlege, but instead a level of intelect. Its not your honesty that's offensive, it's your stupidity.
Having said that, a smart person would have asked "Why did you use that configuration" to which there are some responses in previous posts. The card wasn't plumbed into the big cooler for a couple reasons: It didn't come with 1/2 inch barbs, and the spare barbs from previous Swiftech water block kits did not thread easily into the block. Rather than force things (something you seem to prefer), this was used as a second reason not to plumb it into that loop.
What was the first reason? It was considered to be an unnecessary intrusion on a perfect-working system that would have also reduced CPU cooling performance. After all, there are a couple smaller water coolers here.
Of course, all the smaller water coolers on hand were old. Of these, the Gigabyte unit had already proven its moderate capabilities in Core 2 Duo overclocking. Since it hadn't been tried with current hardware, this was seen as an opportunity to at least find out if it was "good enough" for the card.
Now, the determination of what's "good enough" is not directly related to actual temperature, but temperature relative to overclocking capability. IE, if you need more cooling to get a better overclock, you use a bigger cooler. In that respect, it was good enough.
How can it be good enough if the card couldn't go past its factory overclock? Simple: It reached the same stable speeds in both short tests (54C) and long test (74-78C). It would crash within minutes at 732 MHz (still in the 50's), but it would run for hours at 722 MHz (reaching the upper 70's). An unexperienced overclocker might not see the problem, but experienced overclockers would say "Needs more voltage".
Of course, more voltage would have caused more heat, changing the clock ceiling from a voltag issue to a heat issue. But here's where everything comes together: WE don't voltage mod for graphics overclock testing.
If the overclocking limit HAD been caused by inadequate cooling, rather than "needs more voltage", the article would have been delayed while we waited for a new cooling system to ship. Fortunately, "needs more voltage" issue meant that we'd already reached the card's limit at stock voltage, which is how we test cards. The reason this is fortunate is that the article didn't need to be delayed. Zotac wanted this published right away.
So, if overclocking is the reason to get better cooling, and the card was already at its limit due to other issues, no better cooling was needed. Why is it that you cannot understand this?
IN summary, if you wanted to ask a question, you used the wrong word. If you wanted to make a statement and mislead others by putting a question mark at the end, your deception cannot stand.