Cisco Cisco Packet Data Gateway (PDG)

 

▄  VPC-VSM System Administration Guide, StarOS Release 19 

 vnic interface TenGigE0/1/1/10 

 vnic interface TenGigE0/1/1/11 

 activate 

! 

ipv4 access-list public 

 10 permit ipv4 host 55.55.33.30 any nexthop1 ipv4 34.34.34.33 

 20 permit ipv4 any any 

! 

interface Loopback1 

 ipv4 address 14.14.14.14 255.255.255.255 

RP/0/RSP0/CPU0:<ASR9K_hostname># 

To support synchronous distribution, use the existing OVA package qvpc-si-asr9k-16cpu.ova, available with 16 CPUs, 
to install all the 4 VMs. There is no change to the virtual-service configuration.  

Copy the qvpc-si-asr9k-16cpu.ova package to the ASR 9000 RSP. 

Create the first StarOS VM by installing a virtual service using qvpc-si-asr9k-16cpu.ova on the VSM node. 

Use the virtual-service install name SecGW1 package /disk0:/qvpc-si-asr9k-16cpu.ova node 0/1/CPU0. 

After the service is installed, activate the SecGW1 service by configuring three interfaces.  

Start installation of the second VM only after the SecGW1 is activated. This assures proper resource allocation for the 
second VM. 

Create the second VM by using qvpc-si-asr9k-16cpu.ova on the VSM node. 

Use virtual-service install name SecGW2 package /disk0:/qvpc-si-asr9k-16cpu.ova node 0/1/CPU0. 

Activate SecGW2 by configuring three of the remaining interfaces.  

After SecGW2 is active, create the third StarOS VM using qvpc-si-asr9k-16cpu.ova on the VSM node. 

Use virtual-service install name SecGW3 package /disk0:/qvpc-si-asr9k-16cpu.ova node 0/1/CPU0. 

Activate SecGW3 by configuring three of the remaining interfaces.  

After SecGW3 is activated, create the fourth VM using qvpc-si-asr9k-16cpu.ova on the VSM node.  

Use virtual-service install name SecGW4 package /disk0:/qvpc-si-asr9k-16cpu.ova node 0/1/CPU0. 

Activate SecGW4 by configuring three of the remaining interfaces.  

The rest of the procedure is same as