Cisco 350-601 Online Practice Questions and Exam Preparation

Cisco 350-601 Online Questions & Answers

• Question 251:

  What happens to the default host firmware policy after a Cisco UCS Manager upgrade?

  A. It is updated to contain the firmware entries of all the components
  B. It is replaced by a new default policy without any firmware entries.
  C. It is assigned to all the service profiles that include a host firmware policy.
  D. It is set to match the host firmware policy.
  B. It is replaced by a new default policy without any firmware entries.

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  Explanation

  https://www.cisco.com/c/en/us/td/docs/unified_computing/ucs/ucs-manager/GUI-User-Guides/Firmware-Mgmt/3-1/b_UCSM_GUI_Firmware_Management_Guide_3_1/b_UCSM_GUI_Firmware_Management_Guide_3_1_chapter_0111.html

• Question 252:

  DRAG DROP

  A network engineer must configure FCoE on an interface of a cisco MDS 9000 series switch. It should be used for mapping between Vlan 600 and Vsan 6.

  Drag and drop the commands from the bottom into their implementation order in the FCoE configuration. Not all commands are used.

  Select and Place:

  

  

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  Example:

  Mapping VSANs to VLANs

  The following example shows how to configure the FCoE VLAN and a virtual Fibre Channel interface: Step 1 Enable the associated VLAN and map the VLAN to a VSAN.

  switch(config)# vlan 200 switch(config-vlan)# fcoe vsan 200

  switch(config-vlan)# exit

  Step 2 Configure the VLAN on a physical Ethernet interface.

  switch# configure terminal

  switch(config)# interface ethernet 1/4

  switch(config-if)# spanning-tree port type edge trunk switch(config-if)# switchport mode trunk

  switch(config-if)# switchport trunk allowed vlan 1,200

  switch(config-if)# exit

  Step 3 Create a virtual Fibre Channel interface and bind it to a physical Ethernet interface.

  switch(config)# interface vfc 4

  switch(config-if)# bind interface ethernet 1/4

  By default, all virtual Fibre Channel interfaces reside on VSAN 1. If the VLAN to VSAN mapping is to a VSAN other than VSAN 1, then proceed to Step 4.

  Note

  Step 4 Associate the virtual Fibre Channel interface to the VSAN.

  switch(config)# vsan database

  switch(config-vsan)# vsan 200 interface vfc 4

  switch(config-vsan)# exit

• Question 253:

  An engineer troubleshoots an Fibre Channel deployment on a Cisco MDS 9000 Series Switch.

  What does this output indicate about port channel 1?

  

  A. Port channel 1 is configured to be an ISL.
  B. Port channel 1 is configured to connect to an NPV switch.
  C. Port channel 1 is configured to connect to a host bus adapter.
  D. Port channel 1 is configured to connect to an NPIV switch.
  B. Port channel 1 is configured to connect to an NPV switch.

• Question 254:

  A company must security harden its Cisco UCS C-Series servers. The security policy requires all out-of- band management to meet these requirements

  1. It must encrypt all traffic

  2. It must use nondefault ports

  3. It must provide private administrative sessions

  Which Cisco IMC corrflguraton meets the requirements?

  A. data1# scope sol data1 /sol # set enabled yes data1 /sol *# set encrypted tls1.2 data1 /sol *# set port 3389 data1 /sol *# set session max 2 data1 /sol *# set deny-local yes
  B. data1# scope cimc data1 /cimc # set enabled yes data1 /cimc *# set encrypted tls data1 /cimc *# set kvm-port 1972 data1 /cimc *# set max-sessions 1 data1 /cimc *# set local-session deny
  C. data1# scope oob data1 /oob # set enabled no data1 /oob *# set encrypted yes data1 /oob *# set kvm-port 2068 data1 /oob *# set max-sessions 1 data1 /oob *# set local-access no
  D. data1# scope kvm data1 /kvm # set enabled yes data1 /kvm *# set encrypted yes data1 /kvm *# set kvm-port 3168 data1 /kvm *# set max-sessions 1 data1 /kvm *# set local-video no
  D. data1# scope kvm data1 /kvm # set enabled yes data1 /kvm *# set encrypted yes data1 /kvm *# set kvm-port 3168 data1 /kvm *# set max-sessions 1 data1 /kvm *# set local-video no

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• Question 255:

  AN engineer is implementing an import operation in Cisco UCS Manager.

  What is the impact of performing this operation?

  A. A configuration can be imported from a higher release to a lower release.
  B. Information can be modified on the management plane only.
  C. Only a configuration file that was exported from the same Cisco UCS Manager can be imported.
  D. An import operation can be scheduled.
  B. Information can be modified on the management plane only.

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  Explanation

  The import function is available for all configuration, system configuration, and logical configuration files. You can perform an import while the system is up and running. An import operation modifies information on the management plane only. Some modifications caused by an import operation, such as a change to a vNIC assigned to a server, can cause a server reboot or other operations that disrupt traffic

  https://www.cisco.com/en/US/docs/unified_computing/ucs/sw/gui/config/guide/141/

  UCSM_GUI_Configuration_Guide_141_chapter43.html#concept_D789E16C90724AEFB99D56557 4E45AD5

• Question 256:

  Which two Cisco UCS components are upgraded when using Install Infrastructure Firmware? (Choose two.)

  A. Cisco UCS Manager
  B. board controller
  C. I/O modules
  D. storage adapters
  E. BIOS
  A. Cisco UCS Manager
  C. I/O modules

• Question 257:

  The EPLD update of the supervisor module has been scheduled for several Cisco MDS 9000 Series Switches.

  What will be the impact of the update?

  A. All traffic is stopped for the duration of the EPLD update and the switch is rebooted after the upgrade is completed.
  B. The redundant supervisor takes over while the EPLD update is in progress and the switch is rebooted after the upgrade is completed.
  C. All control plane traffic is stopped for the duration of the EPLD update and the switch remains operational for the duration of the upgrade.
  D. The redundant supervisor takes over while the EPLD update is in progress and there is no service disruption.
  A. All traffic is stopped for the duration of the EPLD update and the switch is rebooted after the upgrade is completed.

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  Explanation

  An EPLD update of the supervisor module of fabric switches (Cisco MDS 9100, Cisco MDS 9200, and Cisco MDS 9300 Series switches) is disruptive since there is no redundant supervisor to take over while the update is in progress. All traffic through the system is stopped for the duration of the update and the switch is rebooted after the upgrade has completed. The update may take up to 30 minutes to complete.

  https://www.cisco.com/c/en/us/td/docs/switches/datacenter/mds9000/sw/6_2/release/notes/epld/epld_rn.html#pgfId-241683

• Question 258:

  An engineer must implement a disaster recovery policy for the Cisco UCS infrastructure. The solution must meet these criteria:

  1. The Recovery Point Objective must be 48 hours.

  2. The backup must use encrypted transmission.

  3. The Recovery Time Objective must be 4 hours.

  Which configuration set must be used in the scheduled backup to meet these requirements?

  A. Protocol: FTP Schedule: Bi-Weekly
  B. Protocol: SFTP Schedule: Weekly
  C. Protocol: TFTP Schedule: Bi-Weekly
  D. Protocol: SCP Schedule: Daily
  D. Protocol: SCP Schedule: Daily

• Question 259:

  Which storage solution operates at the file level and contains its native lightweight operating system on simplified hardware?

  A. NAS
  B. SAN
  C. unfield fabric
  D. standard file server
  A. NAS

• Question 260:

  Refer to the exhibit. A source is sending a multicast traffic stream to the receiver.

  How is the multicast traffic expected to flow through the network when it reaches a vPC peer?

  

  A. The multicast traffic is not replicated to the ports that joined a multicast group (224.0.0.13) or the peer link. The multicast traffic stream flows over the vPC link to ensure that orphan ports get the multicast stream in failure scenarios.
  B. The multicast traffic is replicated to the ports that joined a given multicast group and the peer link. The multicast traffic stream flows from Agg-1 to Agg-2 over the M1-to-M2 peer link and forwards the traffic over Layer 4 to Access-2.
  C. The multicast traffic is replicated to the ports that joined a given multicast group and the peer link. The multicast traffic stream flows over the peer link to ensure that orphan ports receive the multicast stream in failure scenarios.
  D. The multicast traffic is not replicated to the ports that joined a multicast group (224.0.0.13) or the peer link. The multicast traffic stream flows from Agg-1 to Agg-2 over the M1-to-M2 peer link and forwards the traffic over Layer 4 to Access-2.
  C. The multicast traffic is replicated to the ports that joined a given multicast group and the peer link. The multicast traffic stream flows over the peer link to ensure that orphan ports receive the multicast stream in failure scenarios.

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  Explanation

  Multicast data traffic flows down the source tree to active forwarding vPC peer device. vPC peer device 1 (7K1) sends a copy of the multicast traffic out of the vPC member port connected to access switch. One another copy is sent out of vPC peer-link. As there is no single-attached device (or orphan port) interested by this multicast traffic on the other side, vPC peer device 2 (7K2) will drop the multicast traffic