A. PIM - DM
B. PIM - SM
C. PIM - RP
D. CGMP
E. IGMP snooping
第1题:
Which two statements are true about the rendezvous poin t (RP) in a multicast network?()
第2题:
Which three statements are true about IP multicast configuration?()
第3题:
Which three statements best describe multicast operation on Cisco Nexus switches in a data center?()
第4题:
Forward ip multicast packets based on what?
第5题:
What is the purpose of a rendezvous point (RP)?()
第6题:
How is RPF used in multicast routing?()
第7题:
Which two statements are true about the rendezvo us point (RP) in a multicast network?()
第8题:
PIM sparse - dense
Bidir - PIM
PIM - RP
PIM - DM
PIM - SM
第9题:
第10题:
There are three IGMP modes: dense mode, sparse mode, and sparse - dense mode
IGMP is used to register individual hosts with a multicast group
IGMP version 3 enables a multicast receiving host to specify to the router which sources it should forward traffic from
IGMP messages a re IP datagrams with a protocol value of 2, destination address of 224.0.0.2, and a TTL value of 1
IGMP is a multicast routing protocol that makes packet - forwarding decisions independent of other routing protocols such as EIGRP
IGMP snooping ru ns on Layer 3 routers
第11题:
it is not used in multicast
it determines the virtual address group for a multicast destination
it dynamically registers individual hosts in a multicast group on a specific LAN
it is used on WAN connections to determine the maximum bandwidth of a connection
it determines whether Bidirectional PIM or PIM sparse mode will be used for a multicast flow
第12题:
PIM sparse - dense mode and PIM dense mode require an RP on the network.
PIM sparse mode and PIM dense mode require an RP on the network.
PIM sparse mode interfaces are always added to the multicast routing table in a router.
PIM sparse mode and PIM sparse - dense mode require an RP on the network.
PIM dense mode interfaces are always added to the multicast routing table in a router.
PIM sparse - dense mode acts as PIM dense mode if an RP is not known.
第13题:
When building an IP multicast domain using PIM which mode assumes that other routers do not want to forward multicast packets for the group?()
第14题:
What is the purpose of IGMP in a multicast implementation?()
第15题:
Which two statements are tru e about the rendezvous point (RP) in a multicast network?()
第16题:
Multicast is being deployed in the network, and only ip pim sparse-dense mode has been configured on all interfaces in the network to support a new video streaming application. No other multicast configuration was applied anywhere in the network. Since enabling multicast, the network monitoring tools show periodic spikes in link utilization throughout the network, even in areas where the video application is not being used. What could be a possible cause?()
第17题:
When IP multicast is enabled via PIM, which mode uses the flood and prune metho d? Select the best response.()
第18题:
What is the benefit of using Anycast RP via RFC 4610 for IP multicast RP redundancy?()
第19题:
The multicast sources must register with the RP to form the multicast distribution tree.
An RP is required only in networks running Protocol Independent Multicast dense mode (PIM DM).
The multicast receivers must register with the RP to form the multicast distribution tree.
An RP is required only in networks running Protocol Independent Multicast sparse mode (PIM SM).
An RP is required only in networks running Protocol Independent Multicast sparse - dense mode (PIM - SDM).
To form the multicast distribution tree, the multicast sources register with and the receivers join the RP.
第20题:
The L2 multicast frames are encapsulated in an OTV packet using the configured control-group multicast address for transport
The L2 multicast frames are dropped because multicast cannot be carried across the overlay
The L2 multicast frames are encapsulated in an OTV packet using the configured data-group multicast address for transport
The L2 multicast frames are forwarded natively across the overlay based on their multicast IDs
第21题:
to prevent multicast packets from looping
to prevent PIM packets from looping
to instruct PIM where to send a (*, G) or (S, G) join message
to prevent multicast packets from looping and to instruct PIM where to send a (*, G) or (S, G) joinmessage
第22题:
it is not used in multicast
it determines the virtual address group for a multicast destination
it dynamically registers individual hosts in a multicast group on a specific LAN
it is used on WAN connections to determine the maximum bandwidth of a connection
it determines whether Bidirectional PIM or PIM sparse mode will be used for a multicast flow
第23题:
PIM - DM
PIM - SM
PIM - RP
CGMP
IGMP snooping