Using the Equipment
• Line 23 Blank (625 only) – If enabled, the RX8000 will blank the output of line
23 for 625 line video. If disabled, line 23 will be passed-through. This may be
useful for clearing WSS for example.
• Test Pattern Standard – Defines the video resolution and frame-rate for the
video output when the Test Pattern is applied. Refer to section 3.13.6, Test
Patterns.
• Default Output Standard – Defines the video resolution and frame-rate for the
video output when the RX8000 is booting up. This is particularly where there is
no service selected and the RX8000 is generating a Fail Mode screen.
• Frame Sync – Enables or disables Frame-Sync mode. Refer to section 3.13.9,
Frame Sync.
• Frame Sync Status – Reports the current Frame-Sync status. Refer to section
3.13.9, Frame Sync.
• Frame Sync Status for 1080p – Reports the current Frame-Sync status when
decoding 1080p video formats. Refer to section 3.13.9, Frame Sync.
• Frame Sync NTSC Offset – Offsets the video sync timing when the RX8000 is
locked to a NTSC frame-sync source. Refer to section 3.13.9, Frame Sync.
• Frame Sync PAL Offset – Offsets the video sync timing when the RX8000 is
locked to a PAL frame-sync source. Refer to section 3.13.9, Frame Sync.
• Video Output Mode – Sets the video output standard so that the source video
resolution is maintained, down-converted or even up-converted. Refer to section
3.13.7, Video Standards Control.
• VGA Output Format – Configures the signals for the 15-Pin Component Video
output connector. Refer to section 3.18.3, VGA Component Output.
• VGA Output Sync – Configures the output sync signals for the 15-pin
Component video connector. Refer to section 3.18.3, VGA Component Output.
• Video Error Recovery Mode – Determines how the video decoder handles
errors in the input data stream with visual consequences on the output. This
mode applies to the Base Decoder only and has no effect on the 4:2:2 Decoder
card.
- Normal: This is the default setting for the RX8000 and recommended for
most video streams. When handling errors from the input stream, allows the
video output to remain fluid but not all video errors are concealed.
- High: When handling errors from the input stream, filters out video errors
before the decode and thereby better conceals errors. The trade-off however
is that the video may appear jerky due to long frozen frames. This mode
better prevents the decoder from crashing due to errors in the stream.
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