Manual
93
To turn the encoder o, expand the prole you will be using in the menu. Under each folder, both
and , there is a opon. By selecng this, you can then turn the transmit to O.
We’ll give two examples of mul-streaming scenarios. The rst is an environment where the user that is serving the
mul-stream iniates the calls, and in the second the serving user accepts all its incoming connecons.
In the “mul-streamer as caller” model, two dierent proles will be built on User A. The rst prole, labeled “Mul-
Duplex,” will be dened as a normal, full-duplex connecon. The encoder to be used will be selected in the
secon, and the stream desired in return will be dened in the secon.
The second prole is called “Mul-Simplex”, and in this prole ther is turned . Most other
selecons in this prole are irrelevant.
User A will dene remote connecons for users B, C, and D. He will assign the “Mul-Duplex” prole to User B, and “Mul-
Simplex” prole to the others. He will then establish a connecon with user B rst, followed by C and D.
In model number 2, where the serving user accepts all incoming connecons, all the proles are built on the
. User B will use a simple prole by dening the encoders in each direcon and assigning it to user A.
Users C and D will each dene a prole with their Local Encoders turned o. User B should connect rst. When C and D
connect, they will hear the same stream as B, regardless of how their remote encoders are set in their proles.
In a mul-streaming environment, the rst man wins. For example, the rst connecon made between units will
determine the encoders used for all others. Aer the rst full-duplex connecon is made, all other aempts at full-
duplex connecons to either end will be rejected.