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That is great for those playing low settings at 1280. Well except for the games where they still cant even maintain 30 fps...
Yes I know but games keep getting more demanding too. Plus many of the igpus out there are the slower ones. Heck the fastest igpu out there, if you can even find a cpu with it, is still blown away by a $100 card. And most people that buy the cpus that come with the good igpus will be using a discrete card anyway.Intel's iGPUs get better and better every generation. They're not the same crap that they were even five years ago.
So this effectively means that G-Sync will go away I am guessing.
https://techreport.com/news/28862/jpr-second-quarter-gpu-shipments-fell-11-versus-q1 said:JPR's research shows that Intel now holds 75.2% of the GPU market. Nvidia claims 14.1% of all shipments, while AMD holds 10.7%. Intel has been growing at AMD and Nvidia's expense: last quarter, Intel held 72.2% of the market, while Nvidia held 14.9% and AMD had 12.9%.
Or Nvidia could support it and have 2 VRR technologies at hand. Either way 80% of users could care less about VRR technology at all. I pulled the 80% out of my ass because a vast majority of users besides the enthusiasts care about this sort of thing.So this effectively means that G-Sync will go away I am guessing.
75.2+10.7 = 85.9% of the entire PC market covered by Adaptive Sync.
Anyway, I wonder if Intel's adoption will work for Optimus laptops too. They technically output everything through the Intel iGPU, even when the dGPU is doing all the heavy lifting.
Click on the links below to shop for AMD products that support AMD FreeSync™ technology.
Graphics Cards
AMD Radeon R9 300 Series
AMD Radeon R9 Fury X
AMD Radeon R7 360
AMD Radeon R9 295X2
AMD Radeon R9 290X
AMD Radeon R9 290
AMD Radeon R9 285
AMD Radeon R7 260X
AMD Radeon R7 260
Processors
AMD A10-7870K
AMD A10-7850K
AMD A10-7800
AMD A10-7700K
AMD A8-7670K
AMD A8-7650K
AMD A8-7600
AMD A6-7400K
The question of a timetable is complicated by whether Intel's GPU hardware will require an update in order to enable Adaptive-Sync capability. A source familiar with the matter has indicated to us that this feature is not present in current hardware, so in all likelihood, Adaptive-Sync support will have to wait until at least after the Skylake generation of products.
It was only a matter of time.
G-Sync was the wrong way to go about this, even though it was first by a mile. The extra cost and limitations of the FPGA (limited inputs, limited display options) just were not viable long-term.
Could the Freesync standard somehow be expanded to allow for an on-monitor frame buffer? If so, the minimum framerate problem would go away.
I wonder how difficult it would be for Nvidia to add freesync support to their cards.
Intel's iGPUs get better and better every generation. They're not the same crap that they were even five years ago.
75.2+10.7 = 85.9% of the entire PC market covered by Adaptive Sync.
Anyway, I wonder if Intel's adoption will work for Optimus laptops too. They technically output everything through the Intel iGPU, even when the dGPU is doing all the heavy lifting.
The question of a timetable is complicated by whether Intel's GPU hardware will require an update in order to enable Adaptive-Sync capability. A source familiar with the matter has indicated to us that this feature is not present in current hardware, so in all likelihood, Adaptive-Sync support will have to wait until at least after the Skylake generation of products.
ULMB, still waiting for AMD to support strobing instead of relying on a modified nvidia driver and 3rd party program to run it on amd systetms. With Gsync you get ULMB.My opinion would be probably after Pascal. It seems to require some special hardware on the card itself and I doubt Nvidia placed that in already on current Maxwell cards, or even planned on it for Pascal whenever it releases.
I could be wrong though as Nvidia is a tricky little ass sometimes. Maybe they had FreeSync support all along and just waited for Intel to hop on board? Or they will hold onto their proprietary solution in order to facilitate more GPU sales. Future will be interesting. I just hope my U2711 survives long enough before I consider a FreeSync monitor and can't utilize the VRR aspect.
Unfortunately a majority of people think they are the same thing. I would of said something but I could care less at this point since Intel won't have A-Sync till after Skylake which sucks.There needs to be an understanding of the differentiation between Adaptive-Sync and Freesync.
This, hdmi, and moddable freesync range, is just great. Freesync just keeps getting better and better
AMD showed a prototype monitor with FreeSync over HDMI at Computex on a R9 290X powered a PC and a non-custom Realtek TCON controller inside the monitor. The setup requires a custom driver from AMD and custom firmware from Realtek, clearly FreeSync obviously isnt built into the HDMI protocol just yet.
ULMB, still waiting for AMD to support strobing instead of relying on a modified nvidia driver and 3rd party program to run it on amd systetms. With Gsync you get ULMB.
Unfortunately a majority of people think they are the same thing. I would of said something but I could care less at this point since Intel won't have A-Sync till after Skylake which sucks.
http://www.guru3d.com/news-story/co...-amd-freesync-and-nvidia-gsync-over-hdmi.html
What do you mean by moddable range?
True. Though ToastyX's program still works I think even with AMD cards (panel depending I think) and Lightboost isn't so bad. Little darker than ULMB but still a nice thing for the highly sensitive.
ULMB, still waiting for AMD to support strobing instead of relying on a modified nvidia driver and 3rd party program to run it on amd systetms. With Gsync you get ULMB.
G sync just doesn't offer enough monitors, period. We won't be seeing any 40"+ ips gsync 4k monitors anytime soon. Therefore I would love to be able to use freesync on my nvidia cards
Yeah. Even their drivers are better than AMD's now.
I wonder how difficult it would be for Nvidia to add freesync support to their cards.
Why would they support an inferior technology? Freesync suffers from ghosting and has real problems if the frame rate goes above or below a certain target. Notice how Intel has yet to support it. Now that AMD has stated they are moving away from developing for the PC platform, you can fully expect Freesync to get abandoned just like Mantle.
add that to "freesync" and "Mantle" are vaporware that he clainmed last year.
lol
Unfortunately not every card produced by AMD is FreeSync supported.
The question of a timetable is complicated by whether Intel's GPU hardware will require an update in order to enable Adaptive-Sync capability. A source familiar with the matter has indicated to us that this feature is not present in current hardware, so in all likelihood, Adaptive-Sync support will have to wait until at least after the Skylake generation of products.
I never like the Intel marketshare number. That number is only how many processor's with an iGPU have been sold, not necessarily have its iGPU being used. All this means is that the potential exposure to Adaptive Sync is above 80%, given that not everyone owns a Freesync-capable AMD GPU or is using an Intel iGPU as their primary display driver.Could be. Why?
75.2+10.7 = 85.9% of the entire PC market covered by Adaptive Sync.
Anyway, I wonder if Intel's adoption will work for Optimus laptops too. They technically output everything through the Intel iGPU, even when the dGPU is doing all the heavy lifting.
My point with the 85.9% number is that even if Intel's current iGPUs and not all of AMD's products support Adaptive Sync now, adoption going forward should be much higher for Adaptive Sync. To put a twist on PRIME1's words: Adaptive-Sync will be "supported by around 80% of the video cards currently being sold. It's pretty much the standard."![]()
More like deciding to. G-sync is proprietary tech, so Intel just had to decide whether or not it was going to add support for Adaptive-sync. G-sync was never an option for anyone else.As expected, Intel is choosing to support Adaptive-sync. So much for G-sync.
Freesync is just what AMD branded their drivers, not a-sync itself.
Clearly G-sync and A-sync have similar end purposes, it just the implementation that differs.
One is proprietary and costly, the other is open and cheaper.
There was never any doubt wich one would win.
If you want to get technical Intel doesn't make video cards. Intel has not said how or when they will support the optional standard. It could just be for the power saving feature that's already found in laptops.
Granted this could be one less reason for people to buy AMD products, but they are moving out of the desktop market anyways.
Given the current problems with Freesync and the low support it currently has, I doubt high end gamers will ever flock to it. So you can expect Gsync to still be the gold standard for PC gaming.
If Intel does get it working someday even just for power savings that's certainly a positive. Their drivers are a lot better than AMD's so maybe they can correct some of the current issues although I think most of the issues are hardware related.