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To view existing 3D images
View already 3D-processed images.
1 Input existing 3D images into the SDI IN 1/L, 2/R terminals or DVI-D terminal.
Also compatible with DUAL LINK. ➔
2 Press the INPUT SELECT button corresponding to the input images.
3 Press the 3D button.
4 Press the SELECT button to select a 3D format.
Select a 3D format confi gured under “SDI FORMAT 1”/”SDI FORMAT 2” or “DVI FORMAT 1”/”DVI FORMAT 2” in the MAIN MENU ➔
“3D SETTING.”
● Put on the circular polarizing glasses to view in 3D. Press the 3D button to enter the 3D mode that corrects
images for viewing with the circular polarizing glasses.
● 3D viewing is not available if the 3D images are not based on LINE BY LINE or SIDE BY SIDE.
● If the SIDE BY SIDE images in DVI input do not seem to be in the right position, adjust the image position under
“3D H POSITION” in the SET-UP MENU “H POSITION ADJ.” beforehand.
● If necessary, configure the settings such as the MAIN MENU “3D SETTING.”
● When inputting LINE BY LINE 3D images in a signal format that scales the screen vertically, use the 1:1 display
mode.
To view images taken by two cameras
Mix L and R images taken by two cameras and convert them to 3D images.
1 Input L images into the SDI IN 1/L terminal and R images into the SDI IN 2/R terminal.
Input L and R images in the same format corresponding to the MIX mode. ➔
(For 3G SDI LEVEL B Dual Stream, input into the SDI IN 1/L terminal. For 3G SDI LEVEL B DUAL LINK mapping, input into the SDI
IN 1/L and SDI IN 2/R terminals.)
2 Press SDI 1/L or SDI 2/R (INPUT SELECT button).
In the case of 3G SDI LEVEL B Dual stream, press SDI 1/L. ➔
3 Press the MIX button.
Images in SIDE BY SIDE format. ➔
4 Press the 3D button.
● Put on the circular polarizing glasses to view in 3D. Press the 3D button to enter the 3D mode that corrects
images for viewing with the circular polarizing glasses.
● If necessary, configure the settings such as the MAIN MENU “3D SETTING” or CAMERA ASSIST MENU.
To view 3D images
To view in 3D, enter the 3D mode. The procedures differ between viewing existing 3D images and mixing L and R images taken by two cameras.