OPPO Digital BDP-83

SETUP MENU OPTIONS

• CUE-Correction – To select whether the player should apply chroma filtering to remove

Chroma Up-sampling Errors (CUE) and Interlaced Chroma Problem (ICP). CUE is caused by

improper decoding and de-interlacing of MPEG encoded video. The OPPO BDP-83 is free of

the CUE problem. ICP is caused by the encoding process for interlaced video, so you may

encounter it on some DVD and Blu-ray Discs. The CUE-Correction function can detect and

filter out the errors. The available options are:

• Auto (Recommended) – Automatic chroma error detection and correction. Use this setting

when you are not sure if the disc has chroma errors.

• On – Chroma filtering is always on. Use this setting if the disc is known to have chroma

errors.

• Off – No chroma filtering is applied. Use this setting if the disc does not have chroma

errors.

• Color Space – To select the color space for the HDMI output. The available options are:

• Auto (Recommended) – The player checks with the display device to automatically

determine what color space to use. If the display device supports YCbCr 4:4:4, then it will

be used to avoid extra color space conversion.

• RGB Video Level – The HDMI output uses RGB color space and normal signal range

suitable for video displays.

• RGB PC Level – The HDMI output uses RGB color space and expands the signal range.

The expanded signal range is suitable for personal computer (PC) displays. Some TVs are

designed to be used as a PC monitor, and expect signal in expanded RGB range when the

DVI input is selected. For these displays if the video signal uses the normal RGB range,

the black-white contrast will be reduced. You can set the player to use the RGB PC Level

output and restore proper contrast.

• YCbCr 4:4:4 – The HDMI output uses YCbCr 4:4:4 color space.

• YCbCr 4:2:2 – The HDMI output uses YCbCr 4:2:2 color space. Generally this is the color

space that is closest to the color space encoded on the discs. (All discs are encoded in

YCbCr 4:2:0 color space, and the video decoder decodes it into YCbCr 4:2:2.)

• HDMI Deep Color – Deep Color is an OPTION for some TVs or projectors that feature HDMI

v1.3 inputs. Normally, each pixel of the video image is transmitted using 24-bit data (8-bit per

channel for R, G, B or Y, Cb, Cr). If Deep Color is supported, each pixel of the video image can

be transmitted using 30-bit (10-bit per channel) or 36-bit (12-bit per channel) data. The

increased bit depth should result in smoother color transitions and better gradients. The

available options are:

• 30 Bits – Use the 30-bit per pixel Deep Color mode.

• 36 Bits – Use the 36-bit per pixel Deep Color mode.

• Off (default) – Do not use Deep Color.

NOTE

Since the Deep Color feature is OPTIONAL and may not be supported by all TVs, enabling

Deep Color while connected to a TV without this feature may result in no effect or no video.

At this time, no disc is encoded with Deep Color. Enabling Deep Color will not magically

make colors richer, but will help preserve the maximum precision as a result of video

processing and picture control adjustment.