Some new Fury X pics from PCPer
http://www.pcper.com/news/Graphics-...X-Graphics-Card-Pictured-Uses-2-x-8-pin-Power
http://www.pcper.com/news/Graphics-...X-Graphics-Card-Pictured-Uses-2-x-8-pin-Power
Want to see how the fan version/pro look more tbh.
That's one chunky fanSome new Fury X pics from PCPer
http://www.pcper.com/news/Graphics-...X-Graphics-Card-Pictured-Uses-2-x-8-pin-Power
Some new Fury X pics from PCPer
http://www.pcper.com/news/Graphics-...X-Graphics-Card-Pictured-Uses-2-x-8-pin-Power
Like it has been said already Ryan is one of the most obvious pro-Nvidia anti-AMD reviewers out there. He gets exclusives from Nvidia, why should he expect the same from AMD?Based on what some media types have said, I'm expecting the 300 series to be nothing other than a straight rebrand unfortunately.
http://www.legitreviews.com/amd-shows-radeon-r9-300-series-cards-to-red-team-plus_165838
https://twitter.com/ryanshrout/status/609437983134089216 (didn't mention AMD specifically, but you can tell he was referring to them...)
It seems no review samples are out there, that's really not a good sign.
Probably Nvidia? Flop race does not always translate into gaming performance but its still a usefull metric for other applications of these big GPUs.Probably not new news and probably already known but, Radeon Fury X reportedly reaches 8.6 TFLOPS FP32 (single precision) performance.
64 compute units each with 64 SP (4096 SP).
http://www.tweaktown.com/news/45851...-rocks-4gb-hbm-4096-bit-memory-bus/index.html
http://wccftech.com/amd-radeon-fury-x-fiji-based-graphics-cards-synthetic-benchmarks-revealed/
Who will be the first with a 10+ TFLOP gaming GPU:
AMD with 400 / Arctic Islands or Nvidia with Pascal ?
Probably Nvidia? Flop race does not always translate into gaming performance but its still a usefull metric for other applications of these big GPUs.
Probably Nvidia? Flop race does not always translate into gaming performance but its still a usefull metric for other applications of these big GPUs.
And this is the damned reason I've been on my Core i5-750 since September 2009, pretty much every new CPU's has been "not the game changer we were looking for". Yes yes, upgrading to even a Haswell now would be a boost for me, but Skylake was supposed to be the thing to wait for, so I waited, and now, it's not, and Cannonlake might be the one to wait for... blah
The last few CPU and GPU generations have really put a wrench in my computer upgrade schedule, which had up to now firmly been on a 3-4 year cycle for a full upgrade, with motherboard/CPU upgrade on year 1, and 2 years later a GPU upgrade, alternating like that, back and forth.
/rant.
Hmmmm, I don't know if I can wait that long.
Is Skylake going to share the same chipset as Cannonlake?
We don't know yet - but since it's Intel probably not. Hence why better to wait.
A guy at Something Awful has a 390X as well and...
![]()
(This is Firestrike Extreme 1.1.)
Maybe it's just bad drivers, right? ....Right?
Probably Nvidia? Flop race does not always translate into gaming performance but its still a usefull metric for other applications of these big GPUs.
DDR4 will be the gamechanger along with Cannonlake (or Zen).
My strategy is to upgrade when the RAM is upgraded - by then you'll get a massive performance boost.
Doubt it, there's zero performance boost from DDR4 in gaming right now. Currently the only tangible benefit from it seems to be lower power draw compared to DDR3. When manufacturers really start pushing the frequencies of the memory (past 3200Mhz) then things may change. And I'm speaking as someone who has 16GB 2400Mhz DDR4 in my system.
EDIT: Zen is going to be a really interesting proposition. I'm personally very excited to see AMD's Zen APUs with HBM controllers.
AMD have usually been ahead in the FLOP race though. 980 ti and R9 290X are basically equal in FLOPs and if you factor in die size the R9 290X is more efficient than the Titan X.
As you said it is pretty much useless. We generally game with these cards so all it can do is hint at untapped potential![]()
Don't APUs / iGPUs tend to benefit from higher RAM speed? Or will things like HBM or other workarounds to more to benefit those?
Don't APUs / iGPUs tend to benefit from higher RAM speed? Or will things like HBM or other workarounds to more to benefit those?
Some new Fury X pics from PCPer
http://www.pcper.com/news/Graphics-...X-Graphics-Card-Pictured-Uses-2-x-8-pin-Power
I'm so damn confused with the naming scheme and which card is the new generation GPU. I was excited at the $500 price point but was corrected the other day that it is just a re-branded card. Come on AMD. Be more clear with this crap.
With the red LED lighting on the side and general compactness, the Fury X has got to be the best looking card AMD has produced, regardless of it's performance.
With that big Gentle Typhoon fan, I'm guessing it's going to be very quiet too. I think they've learned from their disastrous R9 290/X launch.
DDR4 will be the gamechanger along with Cannonlake (or Zen).
My strategy is to upgrade when the RAM is upgraded - by then you'll get a massive performance boost.
My money is ready. More pictures at the above link.
http://i.imgur.com/yFMiK21.jpg
http://i.imgur.com/BMzEay8.jpg
Holy shit that radiator is huge, thought it was going to be the size of the Corsair h80i or something.
I've said this each time a rebrand happened - it doesn't really matter what it was before if the card is competitive.What's crazy is the 370X is actually the 7870. You have got to be kidding me AMD.
Thing is there is no confirmation not only for Fiji Pro but for a non-reference air cooled Fiji XT even. I have a feeling that a lower positioned Fiji based card is still some months away.Me too. I have a feeling AMD is going to make a ton of money from Fiji Pro.
Nah, AMD is a more likely candidate. Their FLOPs are not as affective as NV's so they have to push higher on them to remain competitive. This was the case since G80.Probably Nvidia? Flop race does not always translate into gaming performance but its still a usefull metric for other applications of these big GPUs.
It puzzles me that the card itself is two slot wide for some reason.Holy shit that radiator is huge, thought it was going to be the size of the Corsair h80i or something.
It puzzles me that the card itself is two slot wide for some reason.
There is a thread on reddit. The drivers on the cd that came with the card are v15.2. The beta 15.5s don't support the card at all (blank screen). Considering how old the 15.2s are and the 390 scoring worse than a 290; it's safe to say the drivers are in the way. Pretty much it's most likely AMD holding on to the drivers until launch day.
What's annoying is that they still haven't run GPU-Z on the 390 to confirm the SP count. If the leaks are true (from the slides) the 390 should best/equal the 290X.
Not sure about biased but they are obviously Nvidia focused.I read/watch PCPer more than any other tech site... calling them biased is just silly.
I need this card in my life.
Time to change jobs and get a nice signing bonus
One question though:
For people that already have AIO coolers for the CPU, where the heck are we supposed to fit a second radiator and fan?
Actually the score is just fine. He was benching Firestrike Extreme (http://i.imgur.com/bDr6gif.jpg). It is virtually equal to my 290X clocked to 1000MHz:
390: 4959, 5165
290X: 4953, 5192
So if the 390 is a straight up rebrand of the 290X, then is the 390X simply a slightly overclocked 290X? If so, why would anyone pay $80 more for that?
I've been pondering that too..
Isnt that sending heat back inside the case?
The bottom fan looks like its set to blow out the front, but I can't quite be sure if I'm seeing the arrow correctly.
You expected three slots? I thought most AIO coolers without VRM fan were two slots so this doesn't come as a surprise.
There is a thread on reddit. The drivers on the cd that came with the card are v15.2. The beta 15.5s don't support the card at all (blank screen). Considering how old the 15.2s are and the 390 scoring worse than a 290; it's safe to say the drivers are in the way. Pretty much it's most likely AMD holding on to the drivers until launch day.
What's annoying is that they still haven't run GPU-Z on the 390 to confirm the SP count. If the leaks are true (from the slides) the 390 should best/equal the 290X.
Disclaimer: I don't believe in 3DMark as a benchmark. Part of the reason I didn't purchase the 390 to test was that I didn't really have anything to put it through its paces. The only thing I could do is run 3DMark (which is useless to predict game performance) or play WoW in Eyefinity. (Which my 780 can already do and do it well.)
It puzzles me that the card itself is two slot wide for some reason.
I expected one, like on the most WC solutions I know.
It needs a heatsink that covers all the components and also AIO pumps tend to be thick. I've never seen a thin pump, where the thinnest i've seen is just slightly under the thickness of two pcie slots.
All the components are all stacked in the same place now. Thats why the card is very short
Didnt Nvidia already tape out GP100? (as per the rumor) And there are no rumors yet on any AMD chip taping out on 16FF, if that's the case then Nvidia will win the flop race. Whether they bring that to the gaming market is another question.It will likely be AMD. I predict AMD will get their 16/14nm card out before NV because AMD have a track record of hitting the die shrinks sooner than NV anyway. On top of that NV have to figure out HBM where as AMD will already have experience of that from the Fury line.
Of course comparing NV flops to AMD flops to predict gaming performance is stupid and does not correlate as flops are just one part of a much bigger picture.
Granted it's one post but it's something - https://forum.beyond3d.com/posts/1848329/I believe Nvidia has stated they'll use TSMC 16 nm FF+ for their GPUs, and the predictions about that seem to vary widely. Most optimistic think Nvidia would be ready in Q1 2016, and the most pessimistic think 2017. I wouldn't bet much on big Pascal being out all that soon just based on previous track record with new nodes.