Can you even tell us if you are even trying to make adaptive sync a requirement for DP 1.3?
The proceedings within the VESA group to design the specification are protected under NDA. Nor am I even privy to those details.
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Can you even tell us if you are even trying to make adaptive sync a requirement for DP 1.3?
Is the tech limited to TN panels at the moment or do you have plans to roll out onto VA and IPS panels? If the later, any idea when that might happen? Theres numerous members on this forum, Humbug for example, who won't touch a TN panel with an barge pole, instead preferring the superior colour rendition that IPS gives.
Also, motherboards with dual bioses didn't exist from the get go, plenty will have died in failed flashes, so it'd be exactly the same scenario.
That's a great question. The driver will be updated accordingly over time as more and more displays hit the market.
Is the tech limited to TN panels at the moment or do you have plans to roll out onto VA and IPS panels? If the later, any idea when that might happen? Theres numerous members on this forum, Humbug for example, who won't touch a TN panel with an barge pole, instead preferring the superior colour rendition that IPS gives.
Thanks for the reply, what I did mean though would the 'freesync' element of the driver require an update as new games etc... Come out to allow it to work on these titles or is it universal from the start?
Another question thought of from your reply...does this mean every time a new capable monitor comes out it will require the latest driver to function as a freesync monitor?
Right now, it's hard to predict. I think we will find out once the press (media) receives and reviews the displays.
I'd also much prefer a IPS 4k panel over a TN. Thing is i can't see it happening anytime soon so my hand will be forced. I can't wait, but im not exactly thrilled about the prospect of a TN.
G-Sync latency claims to be equal to V-Sync off (non existent) - Will Freesync be able to match this?
it was pretty clear that G-SYNC had significantly more input lag than VSYNC OFF. It was observed that VSYNC OFF at 300fps versus 143fps had fairly insignificant differences in input lag (22ms/26ms at 300fps, versus 24ms/26ms at 143fps). When I began testing G-SYNC, it immediately became apparent that input lag suddenly spiked (40ms/39ms for 300fps cap, 38ms/35ms for 143fps cap). During fps_max=300, G-SYNC ran at only 144 frames per second, since that is the frame rate limit. The behavior felt like VSYNC ON suddenly got turned on.
the total-chain input lag of 40ms is still extremely low for button-to-pixels latency
I guess there are a couple of reasons why all monitor won't have adaptive sync, because some monitors will be using Gysnc and some monitors will not need it. It would be foolish for anyone to think that all monitors would be freesync compatible.
You say adaptive sync is an optional part of 1.2a and not a part of 1.3 as yet. But surely, you must have some idea. At the Freesync demo back in January an AMD guy called Koduri went on about showing people the technology in DP 1.3.
Can you even tell us if you are even trying to make adaptive sync a requirement for DP 1.3?
Is the tech limited to TN panels at the moment or do you have plans to roll out onto VA and IPS panels? If the later, any idea when that might happen? Theres numerous members on this forum, Humbug for example, who won't touch a TN panel with an barge pole, instead preferring the superior colour rendition that IPS gives.
It's perfectly reasonable to me that a manufacturer would not willingly undertake an action that can result in a rash of product failures, either through user action or an act of God. It's tremendously wise to avoid "exactly the same scenario."
FreeSync is a driver update. It's not profile-based or anything else. Users will be able to turn it on or off in the driver. Driver updates won't be needed with each display, either.
Can you explain how it works a bit better? Like why only GCN 1.1 Discrete cards will work with adaptive sync but all GCN APU's will?
If the reason is what I think it is, then, were you planning freesync before the release of the GCN 1.1 cards and you added the necessary controllers to the GCN 1.1 cards to work with adaptive sync monitors?
? Not from what I've seen - the claimed impact was 'minimal' latency increase.
testing examples: http://www.blurbusters.com/gsync/preview2/
not saying it's bad, not at all...
But doesn't appear to be like vsync off.
The reason is easy (explained here): certain products have newer display controllers. This is the silicon that interfaces with monitors. The 290/260/APUs have this newer IP level, whereas other products do not.
The conception of FreeSync ran roughly parallel to the design of this new display controller IP.
The thing is with 4K and this subject in particular is that with DP1.2 and effectively DP1.2a, you're using all the bandwidth. Hence my question to Robert as if you're looking for 4K, especially in a few months then at 4K I'm not sure how the use of adaptive sync will effect bandwidth. There is already a lot of issues with certain certified cables and non cert ones for this very reason
Well I am also watching Tom Peterson on http://www.pcper.com/live/ and that is exactly what he said. Is he telling lies you think? Same question to Sam and Robert