Setup of channel allocation, video format, video codecs, timecode, audio and video routing, remote communications and more.
Select the video format that the server is operating in, and the source of the reference signal.
You can connect the server to an external router and control the sources feeding the server.
You can select the number of audio channels to record, which sources audio will use, and which audio channel to monitor from the analog audio out headphone jack. The number of AES digital audio inputs and outputs depends on the model of server you purchased.
There are two integrated audio routers built into the server. An input router that sends audio from an audio input to any channel transport, and an output router that sends the audio from a channel transport to any audio output. The number of audio inputs and outputs depends on the options you have installed in your server.
The selected timecode information that is recorded with the video can be overlaid on the output video stream of the server. This can be time of day linear timecode (LTC) coming into the server, or the embedded ancillary timecode (ATC) in the video stream being recorded.
You can assign a custom name to each channel transport to help identify the server it is on or what it is used for.
Select what is displayed on the Quad Viewer output and adjust the transparency of the text overlay on the Quad Viewer output.
The server can receive TSL messages from a downstream device to tally the channels on the server.
Use the information in this section to assist you in setting up an external device to control your server.
Refer to the following information for performing maintenance on your server, muting an alarm, restoring factory defaults, or upgrading the software.
The server keeps a log of stills and clips that have been played in their entirety on all channel of the server. This information can then be filtered and output into either a CSV file or a PDF report.
