Virtualization for Cisco MediaSense

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Contents

Version 10.x

Click here for a Legend
OVA Download Location for Cisco MediaSense 10.x . Select MediaSense Virtual Machine Templates->Version

Component & Capacity Point
Preloaded with Business Edition?
VM Configuration Requirements
click to download OVA file for this version
Supported Hardware (Latest)
Supported Hardware (Older)
vCPU
vRAM
vDisk
vNIC
UCS Tested Reference Configurations
S is same as BE6000 MD
S+ is same as BE6000 HD
M includes BE7000
UCS or 3rd-party Specs-based on Intel Xeon
UCS Tested Reference Configurations
UCS or 3rd-party Specs-based on Intel Xeon

S
S+
M
L
XL
2XL
Full UC Perf. CPU
Restricted UC Perf. CPU
S
M
Full UC Perf. CPU
Restricted UC Perf. CPU
2vCPU Config
See notes
No
2
6 GB
See notes 1
Yes Yes Yes Yes Yes Yes Yes No No Yes Yes No
4vCPU Config
See notes
No 4
8 GB
See notes 1
No Yes Yes Yes Yes Yes Yes No No Yes Yes No
7vCPU Config
See notes
No 7
16 GB
See notes 1
No Yes Yes Yes Yes Yes Yes No No Yes Yes No


Version 9.x

Click here for a Legend
OVA Download Location for Cisco MediaSense 9.x . Select MediaSense Virtual Machine Templates->Version

Component & Capacity Point
Preloaded with Business Edition?
VM Configuration Requirements
click to download OVA file for this version
Supported Hardware (Latest)
Supported Hardware (Older)
vCPU
vRAM
vDisk
vNIC
UCS Tested Reference Configurations
S is same as BE6000 MD
S+ is same as BE6000 HD
M includes BE7000
UCS or 3rd-party Specs-based on Intel Xeon
UCS Tested Reference Configurations
UCS or 3rd-party Specs-based on Intel Xeon

S
S+
M
L
XL
2XL
Full UC Perf. CPU
Restricted UC Perf. CPU
S
M
Full UC Perf. CPU
Restricted UC Perf. CPU
2vCPU Config
See notes
No
2
6 GB
See notes 1
Yes Yes Yes Yes Yes Yes Yes No No Yes Yes No
7vCPU Config
See notes
No 7
16 GB
See notes 1
No Yes Yes Yes Yes Yes Yes No No Yes Yes No


* For ESXi5.1, before starting an install, the virtual hardware needs to be upgraded.

Version 8.5(4)

Click here for a Legend
OVA Download Location for Cisco MediaSense 8.5(4) . Select MediaSense Virtual Machine Templates->Version

Component & Capacity Point
Preloaded with Business Edition?
VM Configuration Requirements
click to download OVA file for this version
Supported Hardware (Latest)
Supported Hardware (Older)
vCPU
vRAM
vDisk
vNIC
UCS Tested Reference Configurations
S is same as BE6000 MD
S+ is same as BE6000 HD
M includes BE7000
UCS or 3rd-party Specs-based on Intel Xeon
UCS Tested Reference Configurations
UCS or 3rd-party Specs-based on Intel Xeon

S
S+
M
L
XL
2XL
Full UC Perf. CPU
Restricted UC Perf. CPU
S
M
Full UC Perf. CPU
Restricted UC Perf. CPU
2vCPU Config
See notes
No 2
6 GB
See notes 1
No No No No No No No No No No No No
7vCPU Config
See notes
No 7
8 GB
See notes 1
No Yes Yes Yes Yes Yes Yes No No Yes Yes No


Version 8.5(3)

Click here for a Legend
OVA Download Location for Cisco MediaSense 8.5(3) . Select MediaSense Virtual Machine Templates->Version

Component & Capacity Point
Preloaded with Business Edition?
VM Configuration Requirements
click to download OVA file for this version
Supported Hardware (Latest)
Supported Hardware (Older)
vCPU
vRAM
vDisk
vNIC
UCS Tested Reference Configurations
S is same as BE6000 MD
S+ is same as BE6000 HD
M includes BE7000
UCS or 3rd-party Specs-based on Intel Xeon
UCS Tested Reference Configurations
UCS or 3rd-party Specs-based on Intel Xeon

S
S+
M
L
XL
2XL
Full UC Perf. CPU
Restricted UC Perf. CPU
S
M
Full UC Perf. CPU
Restricted UC Perf. CPU


7vCPU Config
See notes
No 7
8 GB
See notes 1
No No Yes Yes Yes Yes No No No Yes No No


Version 8.5(1)  and 8.5(2)

Click here for a Legend
OVA Download Location for Cisco MediaSense 8.5(1) . Select MediaSense Virtual Machine Templates->Version

Component & Capacity Point
Preloaded with Business Edition?
VM Configuration Requirements
click to download OVA file for this version
Supported Hardware (Latest)
Supported Hardware (Older)
vCPU
vRAM
vDisk
vNIC
UCS Tested Reference Configurations
S is same as BE6000 MD
S+ is same as BE6000 HD
M includes BE7000
UCS or 3rd-party Specs-based on Intel Xeon
UCS Tested Reference Configurations
UCS or 3rd-party Specs-based on Intel Xeon

S
S+
M
L
XL
2XL
Full UC Perf. CPU
Restricted UC Perf. CPU
S
M
Full UC Perf. CPU
Restricted UC Perf. CPU


7vCPU Config
See notes
No 7
8 GB
See notes 1
No No No No No No No No No Yes No No


Notes on 2 vCPU VM configuration

The 2 vCPU VM configuration can be used for a Primary or a Secondary Cisco MediaSense node.
Expansion nodes are not supported with this configuration. This configuration is available for deployment on the UCS-E servers. Look for details here Cisco_MediaSense_on_UCSE

Disk Requirements For a Primary or Secondary Node

Disk 1 - 80GB for O/S
Disk 2 - 80GB for Database and working storage
Disk 3 - 210 GB Minimum. Can be expanded to 12 TB

Disk Requirements For a Expansion Node

Expansion Nodes are not supported with this virtual machine configuration.

Supported Capabilities

Physical Hardware Audio-Weight Media Streams Supported Per Node Concurrent API Requests Supported per non-Expansion Node Max Call Arrival Rate per Node Max Nodes per Cluster Max Media Storage per Node Max Video Playback per Node Notes
UCS B/C or Specs Based 40 3 + 3 queued 20 per minute 2 12 TB 2 (Ver 10.0)
SRE-910 60 3 + 3 queued 20 per minute 2 210 GB none Not supported with MediaSense 10.0 or higher
UCS-E 40 3 + 3 queued 20 per minute 2 400 GB or 700 GB++ 2 (Ver 10.0)


+ A audio call between two end points equals two Audio-Weight Media Streams.
++ Max recording storage per node on UCS E140S blades is 400GB when using 600GB SED drives, or 700GB when using 900GB 15K RPM drives.


Notes on 4 vCPU VM configuration

The 2 vCPU VM configuration can be used for a Primary or a Secondary Cisco MediaSense node.
Expansion nodes are not supported with this configuration. This configuration is available for deployment on the UCS-E servers. Look for details here Cisco_MediaSense_on_UCSE

Disk Requirements For a Primary or Secondary Node

Disk 1 - 80GB for O/S
Disk 2 - 80GB for Database and working storage
Disk 3 - 210 GB Minimum. Can be expanded to 12 TB

Disk Requirements For a Expansion Node

Expansion Nodes are not supported with this virtual machine configuration.

Supported Capabilities

Physical Hardware Audio-Weight Media Streams Supported Per Node + Concurrent API Requests Supported per non-Expansion Node Max Call Arrival Rate per Node Max Nodes per Cluster Max Media Storage per Node Max Video Playback per Node Notes
UCS B/C or Specs Based 200 10 + 5 queued 2 per second 2 12 TB 4 (Ver 10.0)
UCS-E 120 10 + 5 queued 2 per second 2 400 GB or 700 GB++ 2 (Ver 10.0)


+ A audio call between two end points equals two Audio-Weight Media Streams.
++ Max recording storage per node on UCS E140S blades is 400GB when using 600GB SED drives, or 700GB when using 900GB 15K RPM drives.


Notes on 7 vCPU VM configuration

The 7 vCPU VM configuration can be used for a Primary, Secondary or an Expansion Cisco MediaSense node.

Disk Requirements For a Primary or Secondary Node

Disk 1 - 80GB for O/S
Disk 2 - 600GB for Database and working storage
Disk 3 - 210 GB Minimum. Can be expanded to 12 TB

Disk Requirements For a Expansion Node

Disk 1 - 80GB for O/S
Disk 2 - 80GB for Database and working storage
Disk 3 - 210 GB Minimum. Can be expanded to 12 TB

Supported Capabilities

Physical Hardware Audio-Weight Media Streams Supported Per Node+ Concurrent API REquests Supported per non-Expansion Node Max Call Arrival Rate per Node Max Nodes per Cluster Max Media Storage per Node Max Video Playback per Node Notes
UCS B/C or Specs Based 400 15 + 10 queued 2 per second 5 12 TB 40 (Ver 10.0)


+ A audio call between two end points equals two Audio-Weight Media Streams.

IOPS and Storage System Performance Requirements

Summary of IOPS for Cisco MediaSense (Data from the 10.0(1) release):


O/S Partition Database Partition Media Partition
Average IOPS (ops/sec) 75 400 75
Average Bandwidth (kbytes/sec) 1400 10000 2100


Summary of IOPS for Cisco MediaSense (Data from the 9.1(1) release):


O/S Partition Database Partition Media Partition
Average IOPS (ops/sec) 100 1700 50
Average Bandwidth (kbytes/sec) 2000 7300 1000



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