The MGC has a maximum of 2 conference loops, with 30 conference
circuits for each conference loop, for a total of 60 conference circuits for
each MGC-based MG 1000E. The maximum number of parties on a MG
1000E with MGC is 30.
Each MG 1000E provides up to 64 conference circuits (ports), which
can be used to form conferences of up to 30 parties each. Conferences
are restricted to 6 parties each when using SSC. The MGC card has 60
conference circuits (2 loops). The SSC card has 32 conference circuits
(2 loops), and another 32 conference circuits (2 loops) on the dual-port
IP daughterboard. Users can configure 2 conference loops on each
MGC-based MG 1000E, with each loop providing 30 conference circuits.
Users can configure 4 conference loops on each SSC-based MG 1000E,
with each loop providing 16 conference circuits.
The conference circuits are available to all MG 1000Es in the system.
Calls are assigned to conference circuits on a "round robin" basis. Each
conference circuit is accessed through a DSP port in the MG 1000E that
the conference loop is defined. In addition, the device using the service
can require another DSP in order to reach the conference port
SO, Yes there are 30 timeslots per conference loop. That means each conf card can support 5, 6 party calls at a time. 5 * 14 cards = 70 6 party conference calls at one time. These are maximum numbers and if your conference call contain less number of parties your could possibly have more total call than that. easy right
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