Nintendesert
Diamond Member
- Mar 28, 2010
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I like the idea of GSYNC and it's more elegant than what AMD's proposing if I'm reading it right. I don't like the idea of paying an early adopter tax for GSYNC though. Especially if it means I have to sell my relatively new eIPS triple-monitor setup. So I will keep playing wait and see.
Edit to add: I didn't catch this part until I looked closer: "The GPUs display engine needs to support it, as do the panel and display hardware itself. If all of the components support this spec however, then you can get what appears to be the equivalent of G-Sync without any extra hardware."
If that's the case, this is NOT an answer to GSYNC as long as most panels don't support it. If a few mobile panels already support it, fine, but I don't game on mobile. So whether i go GSYNC or FreeSync, I'd have to upgrade my monitors. Ugh.
From Anandtech:
In the case of the Toshiba Satellite Click, the panel already supports variable VBLANK. AMDs display engines have supported variable VBLANK for a couple of generations, and that extends all the way down to APUs. The Satellite Click in question uses AMDs low cost Kabini APU, which already has the requisite hardware to support variable VBLANK and thus variable display refresh rates (Kaveri as well as AMD's latest GPUs should support it as well). AMD simply needed driver support for controlling VBLANK timing, which is present in the latest Catalyst drivers. AMD hasnt yet exposed any of the controls to end users, but all of the pieces in this demo are ready and already available.
So without a FreeSync BS labeling EVERYTHING is already there. The panel supports the standard, the GPU does, even the drivers already do. Why this wasn't done earlier I have no idea, but I'd love to see some real numbers on which panels do and don't support the VBLANK control within the VESA standard. Do you have that information or was your claim just made up?
:biggrin: