An engineer is designing a Cisco UCS Central implementation for an existing Cisco UCS infrastructure, and the current policies must be reused. Which action must the engineer select?
A. Connect Cisco UCS Manager to Cisco UCS Central and convert local policies to global policies.
B. Export the policies from Cisco UCS Manager and import them in Cisco UCS Central.
C. Retain existing policies in Cisco UCS Manager and use global policies for new service profiles.
D. Create new policies in Cisco UCS Central and change the assignment to central.
Refer to the exhibit.
An engineer is setting up the NPV fabric configuration and must choose the correct port type for the switched port analyzer interface of the NPV device. Which port type must the engineer choose?
A. NP
B. SD
C. TF
D. TE
Refer to the exhibit.
An engineer working for service provider with an employee ID: 4540:37:940 must migrate the current topology to one that will provide more speed, less latency, and support software-defined networks. The new topology requires:
1.
low predictable latency
2.
loop-free
3.
load balancing of traffic across multiple paths
4.
ability to easily increase capacity and port density
Which design topology must the engineer choose?
A. spine-and-leaf
B. three-tier
C. core-edge
D. flood-and-learn
A storage administrator experiences a slow file transfer rate when archiving backup files on a tape library drive. The tape drive is connected directly to the Cisco Nexus 7009 switches. The file transfer rate gradually goes down with files that are over 100 GB in size. The requirement is for the file transfer rate to be consistent during the transfer window. Which two solutions meet this requirement? (Choose two.)
A. Compress the files to reduce the data size before copying to the tape drive.
B. Increase the tape drive disk size to increase the write speed.
C. Connect the tape drive with two 10G interfaces in vPC mode.
D. Perform a file transfer to the tape drive after business hours.
E. Split the files before copying them to the tape drive.
An engineer must connect a new storage appliance to a Cisco UCS domain.
1.
The storage array must be directly attached to Cisco UCS fabric interconnects.
2.
Connectivity between UCS and SAN must use 10 Gigabit Ethernet.
3.
The solution should use lossless QoS system class.
4.
Network and storage traffic must traverse different uplinks.
Which port types must be used between the fabric interconnect and the storage appliance?
A. FCoE storage port appliance port
B. FcoE uplink port Ethernet uplink port
C. Fibre Channel storage port appliance port
D. Fibre Channel storage port Ethernet uplink port
Refer to the exhibit.
A Cisco engineer is implementing a customer data center design and must configure Cisco MDS 9000 Series Switches. The configuration has the required IP addresses on each SAN. The requirement is that each FCIP is a separate E (ISL), and the FCIP links must connect to different switches across the two SAN islands. Also, the Fibre Channel traffic is to be load-balanced across the FCIP link. After the engineer configures the FCIP profiles and interfaces, they want to enable QoS for the link.
Which types of values are needed for the DSCP to mark the IP packets?
A. E (ISL) and GE peer ports speed
B. port channel and F-ports
C. control and data connection
D. retransmit and keepalive timeout
Refer to the exhibit.
A Cisco engineer is configuring a FlexPod data center for SAP with Cisco ACI, Cisco UCS Manager 4.0, and NetApp AFF A-Series. All systems and fabric links feature redundancy and provide end-to-end high availability. After the engineer sets the needed VLANs on the NetApp controller ports and adds them to the data broadcast domain, the engineer must make the storage disks visible for the UCS hosts. Which action must be taken on the UCS to accomplish this task?
A. Configure IQN pools for iSCSI boot.
B. Provide a storage virtual machine.
C. Create aggregates in ONTAP.
D. Enable HTTPS access on the servers.
Refer to the exhibit.
An engineer deployed a VXLAN fabric with this configuration:
1.
interface VLAN 100 on VTEP1 with no IP address
2.
interface VLAN 200 on VTEP4 with no IP address
Which set of actions must the engineer take to ensure that host A communicates with host B?
A. Associate VNI 20000 to VRF Web on VTEP1. Associate VNI 10000 to VRF Application on VTEP1.
B. Associate VNI 10000 to VRF Web on VTEP4. Associate VNI 10000 to VRF Application on VTEP1.
C. Associate VNI 20000 to VRF Application on VTEP1.
Associate VNI 20000 to VRF Web on VTEP1.
D. Associate VNI 10000 to VRF Application on VTEP4. Associate VNI 20000 to VRF Web on VTEP1.
An engineer needs to design a disaster recovery solution for a Cisco ACI multisite network that must provide seamless IP addressing across sites and support Layer 2 adjacency. Which two components should be used to meet this goal? (Choose two.)
A. a stretched bridge domain and a local subnet
B. a localized bridge domain, a subnet, and an endpoint group
C. a localized Layer 2 broadcast domain
D. localized Layer 2 broadcast flooding
E. a stretched bridge domain, a subnet, and an endpoint group
An engineer must design the compute portion of a data center environment. The environment includes:
1.
direct-attach Fibre Channel storage array with four 32 G Fibre Channel ports per controller
2.
Cisco UCS B-series servers equipped with Cisco UCS IOM 2408 Fabric Extenders
3.
Cisco 6454 Fabric Interconnects
The fabric interconnects connect to the LAN via 100G ports, the SAN via 32 G Fibre Channel ports, and the IOM 2408 via 10 G ports. Which storage connectivity strategy must the engineer choose?
A. UCS: Qty four 802.1q trunks from each IOM to each fabric interconnect Storage: Qty two Fibre Channel links from each SAN controller to each fabric interconnect
B. UCS: four-port back-to-back PortChannel between IOM and fabric interconnect Storage: two-port SAN-PortChannel from each SAN controller to each fabric interconnect
C. UCS: two-port PortChannel from each IOM to each fabric interconnect Storage: Qty four Fibre Channel links from each SAN controller to each fabric interconnect
D. UCS: four-port PortChannel from each IOM to each fabric interconnect Storage: four-port SAN-PortChannel from each SAN controller to each fabric interconnect
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