Built-In Mcu Networking With The Rse6500 - Huawei TE30 Product Overview

TE30 Videoconferencing Endpoint
Product Overview
l
l

3.3 Built-in MCU Networking with the RSE6500

In the CloudVC on-premises network, the endpoint TE30 that has a built-in MCU can be
separately interconnected with the Recording & Streaming Engine (RSE), without the
intervention of the SMC2.0 or MCU.
built-in MCU is networked with the RSE6500.
Figure 3-3 Built-in MCU networking with the RSE6500
The network is described as follows:
l
l
l
Issue 03 (2018-06-30)
When a site joins a conference, the endpoint automatically adjusts the continuous
presence layout to display the video of that site. For example, when there are only two
video sites, the continuous presence layout is 2-pane
the continuous presence layout is automatically adjusted to 3-pane
generates the loudest volume is displayed in the largest pane. The local site is not
displayed by default.
The endpoint with a built-in MCU provides conference control functions, including
requesting or releasing chair control rights, allowing or forbidding the chair site, locking
or unlocking a conference, and selecting a screen layout.
The MCU-embedded endpoint is deployed on the same IPv4 or IPv6 network as the
RSE6500. It can contact the RSE6500 using the IP address.
The MCU-embedded endpoint exchanges media streams with the RSE6500 to
implement simultaneous recording of conference voice, video, and presentation.
Recording control can be performed on either the endpoint or the RSE6500.
Users can view live broadcast or VoD either from the endpoint web interface or from the
RSE6500 web interface on their PCs, smartphones, or tablets.
NOTE
On this network, the endpoint with the built-in MCU works with the RSE6500 in the simplest way.
Without any intervention of the GK or SIP server, they are connected by their IP addresses.
Copyright © Huawei Technologies Co., Ltd.
Figure 3-3 shows how the endpoint TE30 with the
3 Application Scenarios
. If a third video site joins in,
. The site that
7