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if you have always been a pc gamer then consider yourself lucky (for the most part i was ok as well, this only stung me with the dreamcast what with me being a speccy and amiga man back in the day)I bet there is a forum thread from the mid 2000's when 1080p was coming through with identical discussion/debate to what we see here today.
make of that what you will.
btw just hit 500 posts... i was very excited to now get access to the classifieds forum............. when did it become 1000 posts!
LolWhen you hit 500 posts
Well I've seen some 1080 Tis go for £450-£475 on the bay not a bad price actually!! I've learnt I don't need the best so if I can get a 1080 Ti for £400 when these launch I think I'll bite and hold on till the next Ti comes
Decent idea thatFor me once the ball is rolling and they are out with lots of reviews, benchmarks and overclocking videos I think that will keep me interested enough to pass the time till the 3rd party cards come out. I MAY then go evga just incase the 1080+ is something worth having
The founders editions tend to be cherry picked gpu's and high spec pcb's? If noise/heat turn out to be an issue then i might put it under water at a later date.
go on...
Im pretty sure the FE cards are more likely to be the standard, non cherry picked silicon, as they are always beaten in performance by soon after AIBs
The founders editions tend to be cherry picked gpu's and high spec pcb's? If noise/heat turn out to be an issue then i might put it under water at a later date.
The VRM power delivery circuitry on the reference RX 480 printed circuit board is beyond impressive. More so when compared to the GTX 1080’s 5+1 power phase design which simply pales in comparison. The RX 480’s on-board VRM – voltage regulator – on the high-side is capable of delivering 40 amps from each phase at 125c, for a total of 240 amps.
At room temperature each phase can deliver 66 amps for a total of 396 amps on the high-side and up to 600 amps on the low-side. The GTX 1080 Founder’s Edition voltage regulator can deliver 30 amps at 125c from each of its five phases, for a total of 150 amps on the low side, 246 amps less than the RX 480. At room temperature it goes up to 50 amps per phase for at total of 250 amps, 350 amps less than what the RX 480 VRMs can deliver at the same temperature on the low side. The GTX 1080 actually employs “doctor” mosfets which combine the high and low side into one IC. Hence why the PCB can get away with one mosfet per phase rather than needing two.
Hmm, its interesting you water cooled a FE card, good for science i guess. I would have thought anyone getting an FE would be doing so because its the shiney cool official looking one mind, so sticking a waterblock on it beats that purpose.