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# I have Nvidia 3D vision running on the Samsung SyncMaster 2233. One note of caution, for the Quadra FX3800 if you are using dual monitors I haven't found a way to get TwinView to work with the Nvidia 195.30 beta linux driver. You can configure for 2 X-screens to drive the two screens as a work around. This is most likely a 3800 problem since the 3800 has 1 DVI and 2 HDMI outputs instead of 2 DVI outputs. If you are looking for a new graphics card as well and like dual monitors I would stay away from the Quadro FX1800 and FX3800. The Nvidia 3D vision quality is better than Zalman but the Zalman glasses are much lighter if you do a lot of stereo. Follow up question: Is your Nvidia 3D vision emitter connected via the 3-pin DIN or USB? The Nvidia 3D vision emitter I have only connects via USB and I could not get this working under linux. | # I have Nvidia 3D vision running on the Samsung SyncMaster 2233. One note of caution, for the Quadra FX3800 if you are using dual monitors I haven't found a way to get TwinView to work with the Nvidia 195.30 beta linux driver. You can configure for 2 X-screens to drive the two screens as a work around. This is most likely a 3800 problem since the 3800 has 1 DVI and 2 HDMI outputs instead of 2 DVI outputs. If you are looking for a new graphics card as well and like dual monitors I would stay away from the Quadro FX1800 and FX3800. The Nvidia 3D vision quality is better than Zalman but the Zalman glasses are much lighter if you do a lot of stereo. Follow up question: Is your Nvidia 3D vision emitter connected via the 3-pin DIN or USB? The Nvidia 3D vision emitter I have only connects via USB and I could not get this working under linux. | ||
# To me, the currently (2013) best NVIDIA 3D Vision solution on Linux is to buy one of the monitors with built-in emitter from http://www.nvidia.com/object/3d-vision-displays.html (we have the BenQ XL2420TX), and a cheap Quadro, e.g. the FX380. The latter has a Dual-Link DVI and a HDMI/Displayport outlet, so can drive the stereo monitor, and an additional monitor. This solution avoids the USB/3-pin hassle altogether. Make sure to use 'Option "Stereo" "10" ' and 'Section "Extensions" Option "Composite" "Off" EndSection"' in xorg.conf! We found that using a GeForce card instead of Quadro ''does not work'' on Linux. | # To me, the currently (2013) best NVIDIA 3D Vision solution on Linux is to buy one of the monitors with built-in emitter from http://www.nvidia.com/object/3d-vision-displays.html (we have the BenQ XL2420TX), and a cheap Quadro, e.g. the FX380. The latter has a Dual-Link DVI and a HDMI/Displayport outlet, so can drive the stereo monitor, and an additional monitor. This solution avoids the USB/3-pin hassle altogether. Make sure to use 'Option "Stereo" "10" ' and 'Section "Extensions" Option "Composite" "Off" EndSection"' in xorg.conf! We found that using a GeForce card instead of Quadro ''does not work'' on Linux. | ||
# www.nvidia.com/object/3d-vision-displays.html names Acer GN245HQ, Acer HN274H (DVI, 27", 390€-420€), ASUS VG278H (Asus VG278HR was confirmed on CCP4BB; DVI, 27", 500€), BenQ XL2420TX (see above, DVI and DisplayPort, 24", 500€), and ViewSonic V3D245 as monitors with built-in emitter. The three with prices can be bought in Germany. | |||
# cheap Quadro cards with dual-link DVI-D or DisplayPort are: Quadro 310 (75€), 410 (80€) - there are others. Quadro 400 and 600 have been reported to work. Make sure the card can do dual-link DVI if your monitor has only DVI input. | |||
== Stereo on conventional CRT monitors == | == Stereo on conventional CRT monitors == | ||