Cisco Cisco Meeting Server 2000 安装指南
Cisco Meeting Server 2.0+ : Virtualized Deployments
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Figure 4 illustrates a distributed Meeting Server deployment using both VMs and Acano X-
Series servers. Example signaling and media paths for two Cisco Meeting Apps are shown.
Series servers. Example signaling and media paths for two Cisco Meeting Apps are shown.
Figure 4: Distributed Acano deployment using both VMs and Acano Server
When a VM is configured to run one or more Meeting Server components, Cisco recommends
that the entire host is dedicated to the VM. This provides best performance for real time media
applications and ensures high quality end user experience. The sizing of VMs depends on the
components being used.
that the entire host is dedicated to the VM. This provides best performance for real time media
applications and ensures high quality end user experience. The sizing of VMs depends on the
components being used.
B.1 Call Bridge VM
The Call Bridge carries out the media transcoding for the Meeting Server. This component has
the highest requirements of any of the components.
the highest requirements of any of the components.
Each physical core of an Intel Xeon 2600 series (or later) CPU, running at 2.5GHz, is capable of
approximately 2.5 720p30 H.264 call legs when hyperthreading is enabled. Capacity scales
linearly with number of CPU cores and frequency, so a two socket E5-2680v2 system, which
has 20 physical cores, can handle 50 concurrent 720p30 H.264 call legs.
approximately 2.5 720p30 H.264 call legs when hyperthreading is enabled. Capacity scales
linearly with number of CPU cores and frequency, so a two socket E5-2680v2 system, which
has 20 physical cores, can handle 50 concurrent 720p30 H.264 call legs.
Appendix B Sizing a VM