[Free] 2018(May) Dumps4cert Testinsides Cisco 300-160 Dumps with VCE and PDF Download 41-50

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Designing Cisco Data Center Unified Computing

Question No: 41 – (Topic 1)

What are common switching protocols that are used in the data center? (Choose two.)

  1. Token Ring

  2. FDDI

  3. Ethernet

  4. MPLS

  5. Frame Relay

  6. APPN/APPI

Answer: C,D

Question No: 42 – (Topic 1)

Which access-layer device is capable of low-latency 40 Gb Ethernet switching?

  1. Cisco Nexus 5596UP

  2. Cisco Nexus 4000

  3. Cisco Nexus 3016

  4. Cisco Nexus 2232

  5. Cisco Nexus 2248

Answer: C

Question No: 43 – (Topic 1)

Dumps4Cert 2018 PDF and VCE

Dumps4Cert 2018 PDF and VCE

Dumps4Cert 2018 PDF and VCE

Dumps4Cert 2018 PDF and VCE

Dumps4Cert 2018 PDF and VCE

Dumps4Cert 2018 PDF and VCE

For a Cisco UCS 2208XP with the number of links illustrated in Exhibit 3, which four options are valid in the Chassis/FEX Discovery global policy? (Choose four.)

  1. 1 Link

  2. 2 Link

  3. 3 Link

  4. 4 Link

  5. 8 Link

  6. Platform Min

  7. Platform Max

Answer: A,B,D,G

Explanation: Exhibit 3 is shown below:

Dumps4Cert 2018 PDF and VCE

Here we see that there are 4 links between the IOM and the fabric interconnects.

Cisco UCS Manager cannot discover any chassis that is wired for fewer links than are configured in the chassis/FEX discovery policy. For example, if the chassis/FEX discovery policy is configured for 4 links, Cisco UCS Manager cannot discover any chassis that is wired for 1 link or 2 links.

The following table provides an overview of how the chassis/FEX discovery policy works in a multi-chassis Cisco UCS domain:

Table 1 Chassis/FEX Discovery Policy and Chassis Links

Number of Links Wired for the Chassis 1-Link Discovery Policy

2-Link Discovery Policy 4-Link Discovery Policy 8-Link Discovery Policy

Platform-Max Discovery Policy

  1. link between IOM and fabric interconnects

    Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domain as a chassis wired with 1 link.

    Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

    Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

    Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

    Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

  2. links between IOM and fabric interconnects

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domain as a chassis wired with 1 link.

After initial discovery, reacknowledge the chassis and Cisco UCS Managerrecognizes and uses the additional links.

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domainas a chassis wired with 2 link.

Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

4 links between IOM and fabric interconnects

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domain as a chassis wired with 1 link.

After initial discovery, reacknowledge the chassis and Cisco UCS Managerrecognizes and uses the additional links.

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domainas a chassis wired with 2 links.

After initial discovery, reacknowledge the chassis and Cisco UCS Managerrecognizes and uses the additional links.

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domainas

a chassis wired with 4 link.

Chassis connections and servers cannot be discovered by Cisco UCS Manager and are not added to the Cisco UCS domain.

If the IOM has 4 links, the chassis is discovered byCisco UCS Manager and added to the Cisco UCS domain as a chassis wired with 4 links.

If the IOM has 8 links, the chassis is not fully discovered by Cisco UCS Manager. 8 links between IOM and fabric interconnects

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domain as a chassis wired with 1 link.

After initial discovery, reacknowledge the chassis and Cisco UCS Managerrecognizes and uses the additional links.

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domainas a chassis wired with 2 links.

After initial discovery, reacknowledge the chassis and Cisco UCS Managerrecognizes and uses the additional links.

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domainas a chassis wired with 4 links.

After initial discovery, reacknowledge the chassis and Cisco UCS Managerrecognizes and uses the additional links.

Chassis is discovered by Cisco UCS Manager and added to the Cisco UCS domainas a chassis wired with 8 links.

Chassis is discovered byCisco UCS Manager and added to the Cisco UCS domain as a chassis wired with 8 links.

Reference: http://www.cisco.com/c/en/us/td/docs/unified_computing/ucs/sw/gui/config/guide/2- 2/b_UCSM_GUI_Configuration_Guide_2_2/b_UCSM_GUI_Configuration_Guide_2_2_cha pter_01100.html

Question No: 44 – (Topic 1)

Which two devices operate only at OSI Layer 2? (Choose two.)

  1. Cisco Nexus 7010

  2. Cisco Nexus 5548

  3. Cisco Nexus 5596

  4. Cisco Nexus 5020

  5. Cisco Nexus 3016

  6. Cisco Nexus 2248

Answer: D,F

Question No: 45 – (Topic 1)

Which option should be part of network design considerations when proposing a design for Microsoft Exchange 2010 running on Cisco UCS blade servers?

  1. high-availability during fabric failover

  2. proper placement of server role

  3. over committing CPU resources

  4. additional virtual machine scalability

Answer: A

Question No: 46 – (Topic 1)

Refer to the exhibit.

Dumps4Cert 2018 PDF and VCE

You have a virtual machine configured on each Cisco UCS B200 Series blade server installed on different Cisco UCS 5108 chassis. The virtual machines are on the same

VLAN. The fabric interconnect is in end-host mode. Which statement describes how communication occurs between the virtual machines?

  1. Traffic is switched within the virtual switch and forwarded to the proper vNIC.

  2. Traffic is switched by the hypervisor and forwarded to the proper vNIC.

  3. Traffic is switched by the fabric interconnect and forwarded to the virtual machine.

  4. Traffic is forwarded to the uplink switch where the fabric interconnect is connected.

Answer: C

Question No: 47 – (Topic 1)

You have designed a Cisco UCS Solution, and each Cisco UCS 6248UP Fabric Interconnect has these connections:

->4 x Cisco UCS Chassis each with 4 x 10 Gb links per Fabric

->4 x 10 Gb Unified Port Channel to the upstream Nexus switch

How many additional Fabric Interconnect port licenses are required?

  1. 16

  2. 0

  3. 20

  4. 4

  5. 40

Answer: A

Question No: 48 – (Topic 1)

Which three options are major reasons to export NetFlow data in v9 format rather than v5? (Choose three.)

  1. IPv6 and MPLS field support

  2. well-known fixed field definitions

  3. fields for Layer 2 NetFlow

  4. Version 9 exports are template-based.

  5. Multicast flows are supported in v9 only.

  6. support for sampled NetFlow

  7. IPv4 and IPv6 flow statistics can be combined in the same export.

  8. NetFlow v9 supports more granular aging timers.

Answer: A,C,D

Question No: 49 – (Topic 1)

Which option is a recommended practice when migrating from an existing data center to a new data center?

  1. Assign multiple virtual servers per one high-performance server.

  2. Utilize the hypervisor tools available to ensure processor compatibility.

  3. Only migrate bare metal servers when transitioning from rack-mountable to blade servers.

  4. Utilize FabricPath across data centers to manage the migration.

Answer: B

Question No: 50 – (Topic 1)

In the Cisco UCS B-Series Blade Servers, which option is the first product that implements Cisco Adapter FEX technology?

  1. Cisco UCS P81E VIC

  2. Cisco UCS M72KR-E Emulex Converged Network Adapter

  3. Cisco UCS M61KR-I Intel Converged Network Adapter

  4. Cisco UCS M81KR Virtual Interface Card

Answer: D

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