Drag and drop the components from the left onto the descriptions on the right that indicate what occurs to Fibre Channel fabric when that component fails
DRAG DROP Drag and drop the components from the left onto the descriptions on the right that indicate what occurs to Fibre Channel fabric when that component fails. View AnswerAnswer:
A failure occurs on the network between two BFD and OSPF neighbors
DRAG DROP A failure occurs on the network between two BFD and OSPF neighbors. Drag and drop the protocol actions from the left into the correct order on the right. View AnswerAnswer: Explanation: Reference: https://www.cisco.com/c/en/us/td/docs/ios/12_0s/feature/guide/fs_bfd.html#wp1238898
What is a design consideration when implementing FSPF?
What is a design consideration when implementing FSPF?A . Routes are based on the domain IC . Routes are based on the distance vector protocol.D . FSPF runs only on F Ports.E . FSPF runs on a per-chassis basis.View AnswerAnswer: A Explanation: Reference: https://www.cisco.com/c/en/us/td/docs/switches/datacenter/mds9000/sw/5_0/configuration/guides/fabric/nxos/cli_fabric/fspf.html
A Cisco UCS instance has four interfaces on a UCS VIC. Where on the fabric interconnect does each interface terminate?
A Cisco UCS instance has four interfaces on a UCS VIC. Where on the fabric interconnect does each interface terminate?A . vPCB . virtual interfaceC . port channelD . physical portView AnswerAnswer: B Explanation: Reference: https://www.cisco.com/c/dam/en/us/products/collateral/servers-unified-computing/ucs-6300-series-fabric-interconnects/cisco-unified-fabric.pdf
Where does Cisco UCS handle Fibre Channel traffic failover?
Where does Cisco UCS handle Fibre Channel traffic failover?A . on a Cisco UCS Fabric Interconnect ASIC in Fibre Channel switching modeB . on the host, by using multipathing softwareC . in the hardware on the Cisco UCS VIC 12xx adapter or laterD . in the hardware on any Cisco...
What are two advantages of using Cisco vPC over traditional access layer designs? (Choose two.)
What are two advantages of using Cisco vPC over traditional access layer designs? (Choose two.)A . supports Layer 3 port channelsB . disables spanning-treeC . no spanning-tree blocked portsD . uses all available uplink bandwidthE . maintains single control planeView AnswerAnswer: C,D Explanation: Reference: https://www.cisco.com/c/dam/en/us/td/docs/switches/datacenter/sw/design/vpc_design/vpc_best_practices_design_guide.pdf
Which Cisco HyperFlex feature provides virtual machine-level cost scaling for desktop virtualization growth?
Which Cisco HyperFlex feature provides virtual machine-level cost scaling for desktop virtualization growth?A . HyperFlex Edge supportB . encryption offload cardsC . dedicated compute nodesD . fabric interconnectsView AnswerAnswer: A
Which two configurations allow for routing traffic between two VDCs? (Choose two.)
Which two configurations allow for routing traffic between two VDCs? (Choose two.)A . Connect the VDCs to an external Layer 3 device.B . Cross-connect the ports between the VDCs.C . Create VRF-aware software infrastructure interfaces.D . Create a policy map in the default VDC that routes traffic between the VDCs.E...
Which two vSphere features must be included in the design of a Cisco HyperFlex systems stretched cluster? (Choose two.)
Which two vSphere features must be included in the design of a Cisco HyperFlex systems stretched cluster? (Choose two.)A . HAB . VSSC . FTD . VDPE . DRSView AnswerAnswer: A,E Explanation: Reference: https://www.cisco.com/c/en/us/td/docs/hyperconverged_systems/HyperFlex_HX_DataPlatformSoftware/HyperFlex_Stretched_Cluster/3_5/b_HyperFlex_Systems_Stretched_Cluster_Guide_3_5.pdf
Which type of encoding is used on 8-Gbps links as compared to 10-Gbps links?
Which type of encoding is used on 8-Gbps links as compared to 10-Gbps links?A . 8-Gbps links use 64B/66B encoding, and 10-Gbps links use 8B/10B encoding.B . 8-Gbps links use 8B/10B encoding, and 10-Gbps links use 64B/66B encoding.C . 8-Gbps links and 10-Gbps links use 8B/10B encoding.D . 8-Gbps links...