Selenio™ Network Processor
User Guide
Configuring Programs
© 2019 Imagine Communications Corp.
Proprietary and Confidential.
May 2019 | Page 106
Group (1 - 4) Error Control
Determines the group response when errors are received, when Ignore is
not selected for that type of error (above). Options are:
•
Mute
•
Repeat
Group (1 - 4) DBN Error Ignore Determines whether the group will respond when there are DBN errors in
the incoming stream.
General Status (SDI Input)
Demux V-bit status
Lists the status for each of the 16 channels as EEEE EEEE EEEE EEEE where
E indicates present and = indicates absent.
Group (1 - 4) Present
Indicates whether the specified group is present.
Group (1 - 4) Checksum Error Indicates an error in the Checksum category.
Group (1 - 4) DBN Error
Indicates an error in the Data Block Number category.
Group (1 - 4) Parity Error
Indicates an error in the Parity category.
Group (1 - 4) ECC Error
Indicates an error in the Error Correction Code category.
Group (1 - 4) Active Channel
Lists the active channel in the demux group.
Group (1 - 4) Sample Rate
Indicates the sample rate for the demux group.
Audio SRC Config/Status (SDI Input)
Audio Pair
Choose the audio pair to configure, can be 1 - 8. Other controls on this
page will then just configure that pair.
Input Pair SRC Control
These controls configure the operation mode of the sample rate
converters. Options are
Engage
,
Auto
, and
Bypass
.
When an SRC Control parameter is set to
Auto
, the Audio Channel Status
bits determine whether the audio data is PCM or non-PCM, and whether
the audio data is passed through the Audio Sample Rate Converters (SRC).
The
Engage
option always forces the audio data through the audio SRC,
and
Bypass
always forces the audio data around the audio SRC.
SRC Pair Engage Status
The characters in this read-only parameter each represent an audio
sample rate converter. Yes = Engaged and No = Bypassed. Both the left and
right audio channels of an audio pair are either Synchronized (Engaged) or
not Synchronized (Bypassed). Non-PCM audio data must be Bypassed
around the Audio Synchronizer; otherwise it will be corrupted.