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The following workflow defines the procedures

for deploying HA on an SBC SWe Edge.

Prerequisites 

Before you begin, make sure you have the following:

• Hardware Requirements
  • Two SBC SWe Edge instances ESXi host with

• • • Minimum of 4 vCPUs

• • • Minimum of 4 GB of RAM

• • • Minimum of 3 to a maximum of 5 virtual network interface cards (NICs):  

• • • • One for the Management port,

• • • • One or

• • • • three for Media/Packet ports

• • • • One for the HA port
        

        Info
        title Note

• • • • Whether you choose to use 3 or 5 virtual NICs, the last Media/Packet port is converted to an HA port. You cannot configure the HA port for signaling and media call handling, as it is used for

• • • • fault

• • • • detection and storing and retrieving data from the database store.

• • • • 
        

    • Five network interfaces (mgt0, pkt0, pkt1, pkt2, pkt3) mapped through network configuration

• Software Requirement
  • HA supported version is installed on the system, for example, release 12.

• • 1.

• Ethernet Interface Requirements 

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  Attention: Content on this page is shared with the Edge 8000 product using the MultiExcerpt macro here and the MultiExcerpt Include macro there.

  
  

Workflow

Enabling High Availability on Active and Standby SWe Edge Instances 

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Enabling High Availability on Active and Standby SWe Edge Instances Enabling High Availability on Active and Standby SWe Edge Instances

Enable HA on the Active and Standby SWe Edge instances

to

increase the stability of the system during mid-call failovers.

Verifying High Availability Status 

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Verifying High Availability Status Verifying High Availability Status

Verify the HA pair status

to ensure that both the Active and the Standby SBC SWe Edge instances are properly enabled.