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3. SETUP continued …
Output Resolution:
Input from S-Video, Component, and HDMI is scaled to this resolution for Component and HDMI output. If
interlaced to progressive scan conversion is in effect, it is uncompromisingly pixel-adaptive even with 1080i,
and the same robust film mode detection applies as with standard-definition interlaced input.
Resolution is expressed as follows:
From the list below, use the setting that gives the best picture on your display.
Color Space:
Set this to match your display type: HDTV (high definition TV), SDTV (standard definition), or Auto
§
.
Data Format:
Select YCbCr 4:2:2, YCbCr 4:4:4, Studio RGB, Extended RGB, or Auto
§
– whichever looks best. When YCbCr is
selected, the HDMI output uses YCbCr format and Component output uses YPbPr.
To determine whether Studio vs Extended RGB is the correct setting, compare shadow detail in dark scenes
or play the color bar test pattern in section 4.11 and look at the stripes in the lower right. If using YCbCr
output, compare detail around edges in colorful scenes to determine whether 4:2:2 vs 4:4:4 is best.
If colors look totally wrong with all sources, try all settings before contacting tech support
. If colors look
wrong only when certain sources are selected, see section 4.11.
§ Auto setting: Works with most displays, but you may get a better result selecting the format manually.
TV and HDTV:
720x480i at 60 Hz
720x480p at 60 Hz
720x576i at 50 Hz
720x576p at 50 Hz
1280x720p at 50/60 Hz
1920x1080i at 50/60 Hz
1920x1080p at 24/25/30/50*/60* Hz
Auto
§
Other (DVI-in required):
640x350p at 85 Hz
640x400p at 85 Hz
1280x768p at 60 Hz
1360x768p at 60 Hz
1366x768p at 60 Hz
1152x864p at 75 Hz
1366x923p at 50 Hz
1280x960p at 60/85* Hz
Custom (loaded via PC)
Computer Monitors (DVI-in required):
VGA (640x480p) at 60/75/85 Hz
SVGA (800x600p) at 60/75/85 Hz
XGA (1024x768p) at 60/75/85 Hz
SXGA (1280x1024p) at 60/75/85* Hz
UXGA (1600x1200p) at 60* Hz
*high-bandwidth cable is required
1920x1080p/60
number of pixels across the screen
number of scan lines from top to bottom
scan type: p=progressive, i=interlaced
refresh rate in Hertz