Also remember that the ASUS comes with a pair of Nvidia 3D glasses and a receiver built into the monitor - so you just need a compatible GPU like you have and you're away. Getting it all in one like this is probably a good way to test it out - makes it easier to send back under DSR if you don't like the whole 3D thing.3D aside I expect the extra framerate and general smoothness you can get from some of your games will be useful as well considering the power of your graphics card. Presumably you were running much higher resolutions than 1920 x 1080 on your previous monitor.
ok. thanks mate..Ah very good choice - still a fair bit more expensive than the Acer and upcoming Samsung monitors. I think (as far as I'm aware) you can actually use Nvidia 3D Play software with such a TV but I'm not sure how well it works. I would imagine it would be similar to the ATI solution you're using currently (the 6xxx series has driver level support for 3D). I'm not really up to date on the exact method the Samsungs use for their 3D. I think it could be 'frame sequential' but I'm not sure on the inns and outs of this method I'm afraid.
looks like the choice has been made then...
i think i,ll sell my dell 30'' when it gets exchanged am i thinking that should just about cover the cost?
which is a big shame... im jealous
do u know why i don't see a big drop in fps when in 3d compare to Nvidia 3d which i heard it has a big drop in fps?
nopeSince you are using a TV for 3D gaming - then this uses a HDMI v1.4 connection instead of a dual link DVI. The HDMI v1.4 connection can only support 3D at 1080p@24Hz or 720p@60Hz due to bandwidth restrictions (dual link DVI supports 3D at 1080p@60Hz), hence for gaming you are likely to be using the 720p@60Hz option and your TV is scaling to output to fill the (presumably 1080p) screen.
Therefore, in terms of demand on your hardware 720p 3D gaming should be similar to 1080p non-3D gaming - so it makes sense that you are seeing similar FPS when switching between modes.