Yotsugi
Golden Member
- Oct 16, 2017
- 1,029
- 487
- 136
3DMark results show it being configured with 256MB framebuffer.even with that in mind I find disappointing specially the Overwatch result, 2400 128bits is still 38GB/s.
Maybe this is the case?
3DMark results show it being configured with 256MB framebuffer.even with that in mind I find disappointing specially the Overwatch result, 2400 128bits is still 38GB/s.
3DMark results show it being configured with 256MB framebuffer.
Maybe this is the case?
That's totally, 146% not the case.ega is not very efficient with memory bandwidth
Seems like the appropriate explanation.Does it mean the 700 score is not sustainable, and 550 is the more realistic one?
I don't think that's really a problem more memory is allocated dynamically when required,
perhaps the IGP is just running at a very low clock because of the TDP, also perhaps Vega is not very efficient with memory bandwidth and the penalty for sharing it with the CPU is high!?
Agree its a myth. And its even without use of tiled rendering as i can tell?That's totally, 146% not the case.
No, its most definitely doing fetch once. Just like the rest of the Vega family currently do.Agree its a myth. And its even without use of tiled rendering as i can tell?
even with that in mind I find disappointing specially the Overwatch result, 2400 128bits is still 38GB/s.
How many minutes before you tell them yourself?...don't even get me started on the other 'surprises' AMD is cooking up...
Better voltage regulation allowing higher or longer boosts has nothing to do with IPC.Raven Ridge is awesome, but Pinnacle Ridge next year is going to be THE chip to get. You guys just wait and see.
The improved boost functionality should help the single threaded IPC in desktop chips because the chip will be able to shut down 7 cores and boost the remaining single core to it's absolute limit. The new process AMD is using is going to let them hit a target of either 3.8 base or 4.0 base, but expect boost clocks to climb quite a bit higher if the voltage curve holds. Between all that and some other tweaks they are working on, I can't wait for Zen+. It's too bad I have to wait for the Threadripper variant.
PS: To the naysayers, I told you PR was going to have *at least* a 10% uplift in IPC, the improved boost functionality alone should provide that 10% along with the increase base/boost clocks...don't even get me started on the other 'surprises' AMD is cooking up...
True, IPC wasn't the term I was looking for, but rather, overall performance. My mistake for saying IPC, haven't had my morning coffee yet. You get the picture though.Better voltage regulation allowing higher or longer boosts has nothing to do with IPC.
I want to see real HW comparison.
Reading the footnotes (have to enumerate the file number in URL) for slide 18, I see that the Mobile XFR comparison is conflated with configurable power limit. In the end, I have no idea what MXFR does. Probably just an AMD certification, which I guess is helpful in easily picking out which laptops will have greater sustained performance.
Sounds too sane to be an AMD decision.This might be a way to ensure the premium stuff is actually good. Maybe they'll be able to prevent somebody advertising a top-of-the-line, XFR enabled badass ultrabook, but cheap out on the cooling and ruin the experience with constant throttling.
From page 3 of Anandtech's writeup, it looks like AMD will unlock XFR if a manufacturer can show that the cooling can handle 25 watts.
This might be a way to ensure the premium stuff is actually good. Maybe they'll be able to prevent somebody advertising a top-of-the-line, XFR enabled badass ultrabook, but cheap out on the cooling and ruin the experience with constant throttling.
looking for this chip as an replacement for my surface pro 4 i5-6300U machine, very nice AMD
does anyone have info how can Intel respond to this?
looking for this chip as an replacement for my surface pro 4 i5-6300U machine, very nice AMD
does anyone have info how can Intel respond to this?
