The Cisco UCS VIC M81KR supports up to how many virtual network interface cards?（）

A .  In the blade BIOS B .  In the operating system C .  In the service profile D .  In the card option ROM

A .  Cisco UCS Manager 1.3（xx） or later and a pair of Nexus 2248 FEXes B .  Cisco UCS Manager 2.0（2xx） or later and a pair of Nexus 2232 FEXes C .  Two Cisco UCS 6100 Series or 6200 Series fabric interconnects D .  Two RJ45 Ethernet cables E .  The fabric interconnects must be in end-host mode

A .  Power capping helps mainly in reducing data center footprint. B .  Power capping helps reduce data center cooling. C .  A single power cap group policy allows you to set power limits across multiple UCS domains.  D .  You can have multiple power cap groups per UCS domain. E .  Each blade within a UCS 5108 chassis can belong to a separate power cap group.

A .  UCS-A# show pinning border-interfaces B .  UCS-B# show service-profile circuit C .  UCS-B（nxos）# show pinning server-interfaces D .  You must statically configure which uplink the blades should use， or you will not have connectivity.

A . firmware B . CPU C . memory D . adapter card

A . shared networking and SAN switching B . reduced cabling C . decreased compute density D . rapid provisioning of additional resource

A . cloning B . CMCs C . IOMs D . Template

A . it is carried on only 1 vhba per ucs system B . it has a qos policy in order to maintain traffic priority C . there is a supporting vsan to carry the fcoe traffic D . there is a dedicated VLAN to carry the FCoEtraffic

A .  The request is placed in the transactor queue in FIFO order and the management information tree is updated. B .  The request is placed in the replicator and persistifier and the store is updated. C .  The request is placed in the data management engine and the application gateway is updated.  D .  The request is placed in the buffer queue and the commit buffer queue is updated.

A .  FabricSync is used to synchronize MAC addresses to an adjacent fabric interconnect after a server interface failover. B .  Gratuitous ARPs are sent on fabric interconnect uplinks after a server interface failover.  C .  Fabric failover can be used on vNICs and vHBAs. D .  Fabric failover is configured as part of the service profile. E .  Fabric interconnects in end-host mode use fabric failover instead of spanning tree to provide redundancy on uplink ports.

A .  They are created automatically and stored on the FI B .  They are created manually and exported to a remote server C .  They are automatically scheduled to run every 24 hours D .  They are manually scheduled and stored on the FI

A .  The QoS policy assigns a system class to the outgoing traffic for a vNIC or vHBA. B .  Flow-control policies determine whether the uplink Ethernet ports in a Cisco UCS environment send and receive IEEE 802.3x pause frames when the send buffer for a port fills. C .  If no system class is configured as CoS 0， the Fibre Channel system class is used. D .  The user can configure QoS for these system classes： platinum， gold， silver， best effort， Fibre Channel. E .  When configuring a system class， the type of adapter in a server may limit the maximum MTU supported.

A . High availability is enabled during the configuration of either HSRP or VRRP from global configuration mode B . High availability is configured during the initial setup of both Fabric interconnects C . High availability can only be configured via the CMC D . High availability is enabled during theinitial configuration of one of the Fabric lnterconnect

A . Server Admin B . Network Admin C . Storage Admin D . Security Admi

A . cloning B . CMCs C . IOMs D . Template

A .  Can be used to migrate from a 6120 to a 6140 and retain the same service profiles B .  Can only be used on the fabric interconnect on which it was created C .  Can be used to migrate from a 6120 to 6140 and retain system IP addresses and cluster information D .  Can be used to match firmware versions between 6120 and 6140 during a migratio

A .  Interface inbound-low handles Rx and Tx of low-priority control packet B .  Interface inbound-lo handles Rx and Tx of high-priority control packet C .  Interface inbound-low maps to internal interface eth3 D .  Interface inbound-low maps to internal interface eth4

A .  A is an uplink port， B is a fabric port， C is a server port， D is a backplane port， E is a DCE interface， and F is a vNIC B .  A is an uplink port， B is a server port， C is a fabric port， D is a backplane port， E is a DCE interface， and F is a vNIC C .  A is an uplink port， B is a fabric port， C is a backplane port， D is a server port， E is a DCE interface， and F is a vNIC D .  A is an uplink port， B is a server port， C is a fabric port， D is a DCE interface， E is a backplane port， and F is a vNIC E .  A is an fabric port， B is a downlink port， C is an uplink port， D is a server port， E is a VIC interface， and F is a vNIC

A . increases the number of VSANS without limit B . reduces power consumption per rack C . cuts the number of network cards and cables D . simplifies the management of SAN domai

A .  During the initial configuration from the console B .  Once the basic configuration has been applied C .  To restore the configuration on a secondary fabric interconnect D .  To upgrade the firmware on a replacement fabric interconnect

A . Fabric interconnect can never participate in VTP B . Fabric interconnect supports ISL and 802.1Q trunking C . The supported range of VLANs is auto-configured by UCS D . VLANs are configured through the Cisco UCS manager. （fabric interconnect may be set up in switch mode）

A .  Dual-rank DIMMs are not supported. B .  16-GB DIMMs are too slow. C .  The largest DIMM an Intel 55xx or 56xx CPU can address is 32 GB D .  The memory bus would be too long. E .  The blade would run too hot.

A . The first 2 octets represent the manufacturer OUI. B . The first 3 octets represent the manufacturer OUI. C . The last 3 octets are assigned by the organization itseIf. D . The last 4 octets are assigned by the organization itseIf.

A .  800 MHz B .  900 MHz C .  1066 MHz D .  1333 MHz E .  1666 MHz