When a conference is initiated on the MCU, how do I calculate the network bandwidth occupied by the MCU?

For details about how to initiate a multipoint conference on the DP300 using the MCU, see 6.2 Initiating a Multipoint Conference.

For details about how to initiate a multipoint conference on the DP300 using the built-in MCU, see 6.2 Initiating a Multipoint Conference.

Capabilities of the built-in MCU (or mini MCU) of TE series endpoints include the access capacity and maximum bandwidth. Capabilities of one TE30 mini MCU: - Access capacity (non-encrypted conference): four channels of HD video endpoints + three channels of audio endpoints - Access capacity (encrypted conference): four channels of HD video endpoints - Maximum access bandwidth: 6 Mbit/s Capabilities of one TE40/TE50 mini MCU: - Access capacity: six channels of 720p @ 30fps video sites + three channels of audio-only sites - Maximum access bandwidth: 6 Mbit/s, 1 M/bits for each channel of video site Capabilities of one TE60 mini MCU: - Access capacity: nine channels of 720p @ 30fps video sites + three channels of audio-only sites - Maximum access bandwidth: 9 Mbit/s, 1 M/bits for each channel of video site

The access capacity and maximum bandwidth supported by the built-in MCU (also called mini MCU) of TE series endpoints are as follows: l TE30 MinMCU ? Access capacity (non-encrypted conference): four HD video endpoints + three voice endpoints ? Access capacity (encrypted conference): four HD video endpoints ? Maximum access bandwidth: 6 Mbit/s l TE40/TE50 MinMCU ? Access capacity: six 720p 30fps video sites + three audio-only sites ? Maximum access bandwidth: 6 Mbit/s, 1 Mbit/s for each video site l TE60 MinMCU ? Access capacity: nine 720p 30 fps video sites + three audio-only sites ? Maximum access bandwidth: 9 Mbit/s, 1 Mbit/s for each video site

The default bandwidth cannot be changed when a conference is initiated on the VP9000 series MCU web interface.