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Exactly. Yet people here still love to use that site and keep quoting them. Lol
we should teach them a lesson and get gibbo to start posting a load of crazy wrong facts so they post it
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Exactly. Yet people here still love to use that site and keep quoting them. Lol
we should teach them a lesson and get gibbo to start posting a load of crazy wrong facts so they post it
I'm more curious if this is better to use compared to doing everything in the BIOS. Or can it interact with the BIOS settings directly?
yup, it was meant to be a jokeThe question is, do all of the R7 support this?
And may explain why this R7 is showing as a 6c12t.
More like someone from WCCFTECH is tasked with reading OCUK and feeding 'news'.
90% of their articles are 'our sources say that X' where sources are some post by some guy in some forum.
I'm more curious if this is better to use compared to doing everything in the BIOS. Or can it interact with the BIOS settings directly?
I'm more curious if this is better to use compared to doing everything in the BIOS. Or can it interact with the BIOS settings directly?
They cost exactly the same, so no point in buying them wihtout one.Would there be an option to purchase the processors without the coolers?
Well you can buy cpu without cooler its called 1700x/1800x you pay more to get lessWould there be an option to purchase the processors without the coolers?
Well you can buy cpu without cooler its called 1700x/1800x you pay more to get less
Will be interesting to see overclocking results for an 1800x, i suspect it will achieve clock speeds far in excess of what a 1700 can do.
Thats what i'm expecting. What i'm really interested in is if the 65w quoted for the 1700 is purely from the fact that it is using less voltage at stock or is there more going on to get the tdp down that could effect overclocking potential?
I just can't see AMD leaving any spare performance on the table with their top chip (1800x).
Probably not. We already know that the R7 1700 can be overclocked to 4 GHz on water (side-note: I hope temps aren't an issue for air coolers), whereas the i7-6900K can generally get to 4.3 GHz as I understand it. Hopefully the R7 1800X can get to 4.2-4.3 GHz so it's not left behind on clock speeds; I imagine it will because you can't really have a chip with 4 GHz boost and 4.1+ GHz XFR suddenly get unstable at 4.2 GHz - the margin of error is too small and with chips degrading over time you'd expect some to stop working even at stock speeds and voltages eventually.