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Performance Routing PfR

Performance Routing PfR



Question 1
Refer to the exhibit.
show_pfr_master_border_detail.jpg
Which statement is true?
A. The Cisco PfR state is UP; however, the external interface Et0/1 of border router 10.1.1.1 has exceeded the maximum available bandwidth threshold.
B. The Cisco PfR state is UP; however, an issue is preventing the border router from establishing a TCP session to the master controller.
C. The Cisco PfR state is UP and is able to monitor traffic flows; however, MD5 authentication has not been successful between the master controller and the border routers.
D. The Cisco PfR State is UP; however, the receive capacity was not configured for inbound traffic.
E. The Cisco PfR state is UP, and the link utilization out-of-policy threshold is set to 90 percent for traffic exiting the external links.

Answer: E
Question 2
Which three factors does Cisco PfR use to calculate the best exit path? (Choose three)
A. quality of service
B. packet size
C. delay
D. loss
E. reachability
F. administrative distance

Answer: C D E
Question 3
What can PfR passive monitoring mode measure for TCP flows?
A. only delay
B. delay and packet loss
C. delay and reachability
D. delay, packet loss, and throughput j E. delay, packet loss, throughput, and reachability

Answer: E
Question 4
Which three modes are valid PfR monitoring modes of operation? (Choose three)
A. route monitor mode (based on BGP route changes)
B. RMON mode (based on RMONv1 and RMONv2 data)
C. passive mode (based on NetFlow data)
D. active mode (based on Cisco IP SLA probes)
E. fast mode (based on Cisco IP SLA probes)
F. passive mode (based on Cisco IP SLA probes)

Answer: C D E
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