Refer to the exhibit. An architect must design a solution to connect bank site A with bank site B and support:
* network operation center monitoring end-to-end L3VPN and L2VPN traffic
* company adding thousands of routes in the next two years
Which two BGP solutions must the design include? (Choose two.)

• A.Transport site routes using a BGP VPNv4 address family on the PE routers.
• B.Connect multiple IGP'LDP domains using a BGP IPv4 unicast family on the ABR.
• C.Establish full mesh IBGP peering with ail routers in different IGP domains.
• D.Redistribute different IGP domain routes in a BGP IPv4 routing instance.
• E.Apply BGP policies on all routers to filter out ABR and PE loopback IP addresses.

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Which two functions does the control plane node provide in a Cisco SD-Access architecture? (Choose two.)

• A.host tracking database
• B.endpoint registration
• C.policy mapping
• D.LISP proxy ETR
• E.map server

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Which two statements describe source trees in a multicast environment? (Choose two.)

• A.Source trees guarantee the minimum amount of network latency for forwarding multicast traffic
• B.Source trees create an optimal path between the source and the receivers
• C.Source trees use a single common root placed at some chosen point in the network
• D.Source trees can introduce latency in packet delivery
• E.Source trees can create suboptimal paths between the source and the receivers

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Refer to the exhibit. Which action would make the router the active VRRP router?

• A.Recover interface Serial 1/0.
• B.Increase priority in the configuration to 100.
• C.Change the interface tracking priority to 100.
• D.Recover interface Serial 1/1.

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Refer to the exhibit. An engineer must design a WAN solution so that ISP-1 is always preferred over ISP-2. The path via ISP-2 is considered as a backup and must be used only when the path to ISP-1 is down. Which solution must the engineer choose?

• A.R1:
  - Routes advertised to ISP-1: 0x AS-path prepend
  - Routes received from ISP-1: HIGH local-preference
  - Routes advertised to R2: no action
  - Routes received from R2: community NO-EXPORT
  R2:
  - Routes advertised to ISP-2:5x AS-path prepend
  - Routes received from ISP-2: LOW local-preference
  - Routes advertised to R1: community NO-ADVERTISE
  - Routes received from R1: no action
• B.R1:
  - Routes advertised to ISP-1: 0x AS-path prepend
  - Routes received from ISP-1: HIGH local-preference
  - Routes advertised to R2: community NO-EXPORT
  - Routes received from R2: no action
  R2:
  - Routes advertised to ISP-2: 5x AS-path prepend
  - Routes received from ISP-2: LOW local-preference
  - Routes advertised to R1: no action
  - Routes received from R1: no action
• C.R1:
  - Routes advertised to ISP-1: 5x AS-path prepend
  - Routes received from ISP-1: LOW local-preference
  - Routes advertised to R2: community NO-ADVERTISE
  - Routes received from R2: no action
  R2:
  - Routes advertised to ISP-2: 0x AS-path prepend
  - Routes received from ISP-2: HIGH local-preference
  - Routes advertised to R1: community NO-EXPORT
  - Routes received from R1: no action
• D.R1:
  - Routes advertised to ISP-1: 0x AS-path prepend
  - Routes received from ISP-1: LOW local-preference
  - Routes advertised to R2: community NO-ADVERTISE
  - Routes received from R2: no action
  R2:
  - Routes advertised to ISP-2: 5x AS-path prepend
  - Routes received from ISP-2: HIGH local-preference
  - Routes advertised to R1: no action
  - Routes received from R1: community NO-ADVERTISE

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