hojnikbIt's DDR3 actually (the same used for PCs), not GDDR3.
Manufacturers often misuse this

cdawallWhere the heck did you get screwed into that? They are $20-30 AMIR here.

FrickGDDR5? That is very, very, very good if true.

cdawallI get a small discount where I work...:roll:

geon2k2I just noticed this card has Adaptive VSync, which ... is not the same as GSync.

Did nVidia just silently adopt AMD pushed freesync technology?

The last of the three big features is Adaptive V-Sync. The feature improves on traditional V-Sync, by dynamically adjusting the frame limiter to ensure smoother gameplay. Traditional V-Sync merely sends frame data to the screen after every full screen refresh. This means if a frame arrives slow, because the GPU took longer to render it, it will have to wait a full screen refresh before it can be displayed, effectively reducing frame rate to 30 FPS. If rendering a frame takes longer than two full refreshes, the frame rate will even drop down to 20 FPS. These framerate differences are very noticeable during gaming because they are so huge.
What Adaptive V-Sync does is, it makes the transition between frame-rate drop and synchronized frame-rate smooth, alleviating lag. It achieves this by dynamically adjusting the value that V-Sync takes into account when limiting frame-rates. I did some testing of this feature and found it to work as advertised. Of course this does not completely eliminate frame rate differences, but it makes them less noticeable.

jabbadapAdaptive _Vsync_ it's the tech nvidia introduced in kepler launch: