QSC Audio S series - Manual (Page 24)

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A RAVE network routes audio signals in bundles of up to 8 channels. Behind the removable cover on the front panel are two
pair of hexadecimal switches for assigning bundles to the 8-channel audio groups. Note that the following discussion only
applies to front panel configuration of RAVE devices (stand-alone or “hardware” mode).
The left pair of hexadecimal switches assign the bundle for audio channels 1 through 8 on all RAVEs.
-For RAVE 80 and 160: These are outputs, or the channels “received” off of the network
-For RAVE 81, 88, 161 and 188, these are input, or the channels “transmitting” onto the network
The right pair of switches assign the bundle for the remaining channels of the RAVE.
-For the RAVE 80/81/160/161, the right pair of switches apply routing to channels 9 through 16.
-For the RAVE 80/160, these are audio outputs.
- For the RAVE 81/161, these are audio inputs to be transmitted on the network.
- For the RAVE 88/188, the right pair of switches apply routing to channels 1-8.
To make a RAVE unit receive a bundle of CobraNet audio channels from a transmitting unit, set the receive unit’s bundle
switches to the same hex value as the transmitter.
Operation:
Program/Software Kill, Routing
PROGRAM AND “SOFTWARE KILL”
When all front panel hexadecimal switches are set to “FFFF”, the RAVE unit enters a utility mode. This mode can be useful
when reprogramming a RAVE or in disabling the software mode of operation.
Reprogramming through the RS-232 connection has given way to the network method, which uses TFTP (trivial file transfer
protocol) over the Ethernet connection. The TFTP method creates the least amount of network disruption and provides the
simplest implementation.
Since a RAVE may be configured via SNMP and retain its parameter settings, it is possible that a unit may arrive at an
installation site where no method of interacting with the device through the software interface is possible. If a unit arrives
in this “write” mode, the front panel hexadecimal switches will only affect the device I.D. No bundle or configuration setup
is possible through the switch interface in this mode. Setting all front panel hexadecimal switches to “FFFF” and resetting
(power cycling) the unit will provide a type of “software kill”. The front panel switches can then be set to the desired
bundle assignments and a second device reset will again implement hardware control.
ROUTING