Question 1

Which two design considerations must be considered when introducing FCoE into an existing network? (Choose two.)

Accepted Answer

A)  The existing network must support a MTU of 3280 bytes 
B)  All the servers in the data center must be retrofitted with Converged Network Adapters 
C)  Twinaxial cabling can be used to transmit FCoE traffic between a server and its directly connected Ethernet switch, if it is less than 10 meters away 
D)  Optical cabling is needed to transmit FCoE traffic between a server and its directly connected Ethernet switch 
E)  The FCoE QoS markings may overlap with call signaling QoS markings 
A)  The existing network must support a MTU of 3280 bytes 
B)  All the servers in the data center must be retrofitted with Converged Network Adapters 
C)  Twinaxial cabling can be used to transmit FCoE traffic between a server and its directly connected Ethernet switch, if it is less than 10 meters away 
D)  Optical cabling is needed to transmit FCoE traffic between a server and its directly connected Ethernet switch 
E)  The FCoE QoS markings may overlap with call signaling QoS markings

Question 2

In a PIM sparse mode network, how to restore the flow of multicast traffic when a link fails along a branch of a multicast distribution tree?

Accepted Answer

A)  The traffic reverts to the shared tree while the downstream router recalculates the RPF interface and sends a new PIM join message to the RP. 
B)  The downstream receivers notice the loss of the multicast flow and resend PIM join messages to reestablish the tree. 
C)  The downstream receivers notice the loss of the multicast flow and resend IGMP Membership Reports to reestablish the tree. 
D)  The router downstream of the break recalculates the RPF interface when it notices a change in the unicast routing table and immediately sends a new PIM join message out from the new RPF. 
A)  The traffic reverts to the shared tree while the downstream router recalculates the RPF interface and sends a new PIM join message to the RP. 
B)  The downstream receivers notice the loss of the multicast flow and resend PIM join messages to reestablish the tree. 
C)  The downstream receivers notice the loss of the multicast flow and resend IGMP Membership Reports to reestablish the tree. 
D)  The router downstream of the break recalculates the RPF interface when it notices a change in the unicast routing table and immediately sends a new PIM join message out from the new RPF.

Question 3

A network designer is working with a company to improve convergence at the Layer 2 control plane and decides to use LACP. Which of these components does LACP use to create the system ID?

Accepted Answer

A)  LACP system priority and switch MAC address 
B)  LACP port priority and switch MAC address 
C)  LACP port priority and port number 
D)  LACP system priority and port number 
A)  LACP system priority and switch MAC address 
B)  LACP port priority and switch MAC address 
C)  LACP port priority and port number 
D)  LACP system priority and port number

Question 4

Refer to the exhibit.   Your junior design engineer presents this configuration design. What is the next-hop router for "Pass Any Exam. Any Time." - www.actualtests.com 19 Cisco 352-001 Exam CE3, and why?

Accepted Answer

A)  CE1. BGP weight is higher than CE2. 
B)  CE2. EBGP administrative distance is lower than RIP. 
C)  CE2. The link between CE2 and PE1 has more bandwidth than CE1-to-PE1. 
D)  CE1. HSRP on CE1 is in active state. 
A)  CE1. BGP weight is higher than CE2. 
B)  CE2. EBGP administrative distance is lower than RIP. 
C)  CE2. The link between CE2 and PE1 has more bandwidth than CE1-to-PE1. 
D)  CE1. HSRP on CE1 is in active state.

Question 5

All network devices provided in the following exhibit are running IPv6. When host P4S-A is attached to this link, how will it discover the presence of routers P4S-RB and P4S-RC?

Accepted Answer

A)  Routers P4S-RB and P4S-RC send out periodic gratuitous ARPv6 messages to alert newly attached hosts to their presence. 
B)  Routers P4S-RB and P4S-RC will respond to an ICMP get route request sent by host P4S-A. 
C)  Host P4S-A will discover routers P4S-RB and P4S-RC through the neighbor discovery process. 
D)  Routers P4S-RB and P4S-RC will detect the addition of the new host the first time it transmits any packets, and will send an ICMP router discovery reply to host P4S-A. 
A)  Routers P4S-RB and P4S-RC send out periodic gratuitous ARPv6 messages to alert newly attached hosts to their presence. 
B)  Routers P4S-RB and P4S-RC will respond to an ICMP get route request sent by host P4S-A. 
C)  Host P4S-A will discover routers P4S-RB and P4S-RC through the neighbor discovery process. 
D)  Routers P4S-RB and P4S-RC will detect the addition of the new host the first time it transmits any packets, and will send an ICMP router discovery reply to host P4S-A.

Question 6

Refer to the exhibit.   What limitations exist in this design, given that the access layer devices are expected to steadily increase by two devices per week for the next year?

Accepted Answer

A)  scalability 
B)  serviceability 
C)  redundancy 
D)  resiliency 
A)  scalability 
B)  serviceability 
C)  redundancy 
D)  resiliency

Question 7

You are designing a WAN network solution with EIGRP based on VPLS. The interface speed is 10 Mb/s, but the access rate of the WAN connection is 256 Kb/s. What should you include in the network design, in order to avoid potential issues with EIGRP?

Accepted Answer

A)  Limit EIGRP traffic to the access rate with a policer. 
B)  Tag outbound EIGRP traffic and have the WAN provider add it to the priority queue. 
C)  Limit traffic to theaccess rate with interface traffic shaping. 
D)  Set the interface bandwidth to match the access rate. 
A)  Limit EIGRP traffic to the access rate with a policer. 
B)  Tag outbound EIGRP traffic and have the WAN provider add it to the priority queue. 
C)  Limit traffic to theaccess rate with interface traffic shaping. 
D)  Set the interface bandwidth to match the access rate.

Question 8

A company requests that you consult with them regarding the design of their production, development, and test environments. They indicate that the environments must communicate effectively, but they must be kept separate due to the inherent failures on the development network. What will be configured on the links between the networks to support their design requirements?

Accepted Answer

A)  IBGP 
B)  EBGP 
C)  OSPF 
D)  static routes 
A)  IBGP 
B)  EBGP 
C)  OSPF 
D)  static routes

Question 9

Refer to the exhibit.   "Pass Any Exam. Any Time." - www.actualtests.com 53 Cisco 352-001 Exam You are planning the design of an encrypted WAN. IP packets will be transferred over encrypted GRE tunnels between routers B and C. The packet size is limited to a maximum of 1500 bytes inside the WAN between routers B and C. If endpoint 1 tries to send 1500-byte IP packets to endpoint 2, in what three ways will the network design handle the fragmentation in three different possible network configurations? (Choose three.)

Accepted Answer

A)  When router B fragments packets after the encryption, router C must reassemble these fragmented packets. 
B)  When router B fragments packets before the encryption, router C must reassemble these fragmented packets. 
C)  When router B fragments packets after the encryption, the endpoint 2 must reassemble these fragmented packets. 
D)  When router B fragments packets before the encryption, endpoint 2 must reassemble these fragmented packets. 
E)  When router A fragments packets, router C must reassemble these fragmented packets.
F) When router A fragments packets, endpoint 2 must reassemble these fragmented packets. 
A)  When router B fragments packets after the encryption, router C must reassemble these fragmented packets. 
B)  When router B fragments packets before the encryption, router C must reassemble these fragmented packets. 
C)  When router B fragments packets after the encryption, the endpoint 2 must reassemble these fragmented packets. 
D)  When router B fragments packets before the encryption, endpoint 2 must reassemble these fragmented packets. 
E)  When router A fragments packets, router C must reassemble these fragmented packets.
F) When router A fragments packets, endpoint 2 must reassemble these fragmented packets.

Question 10

Which two descriptions are not correct about IS-IS? (Choose two.)

Accepted Answer

A)  ISIS pads each hello to a full MTU and can detect MTU mismatches between neighbors. 
B)  With the exception of point-to-point, IS-IS treats all networks and interfaces as broadcast. 
C)  In IS-IS, setting an overload bit will cause traffic to be black-holed. 
D)  IS-IS allows NSSA-like behavior via Level 2 to Level 1 route leaking. 
A)  ISIS pads each hello to a full MTU and can detect MTU mismatches between neighbors. 
B)  With the exception of point-to-point, IS-IS treats all networks and interfaces as broadcast. 
C)  In IS-IS, setting an overload bit will cause traffic to be black-holed. 
D)  IS-IS allows NSSA-like behavior via Level 2 to Level 1 route leaking.

Question 11

In an MPLS-VPN environment, what is the effect of configuring an identical set of route targets for a particular VRF, but then configuring nonidentical route distinguisher across multiple PE devices?

Accepted Answer

A)  The routes will be correctly handled by the control plane, but there will be instances where routes take up twice as much memory. 
B)  The routes will propagate to the remote PE, but the PE will never install them in its forwarding table. 
C)  The routes will be rejected by the remote PE because they have a different RD than its routes. 
D)  The routes will not even be sent to any remote PE with a different RD. 
A)  The routes will be correctly handled by the control plane, but there will be instances where routes take up twice as much memory. 
B)  The routes will propagate to the remote PE, but the PE will never install them in its forwarding table. 
C)  The routes will be rejected by the remote PE because they have a different RD than its routes. 
D)  The routes will not even be sent to any remote PE with a different RD.

Question 12

Refer to the exhibit.   Which two options are two characteristics of the single-tier headend architecture for DMVPN designs? (Choose two.)

Accepted Answer

A)  The mGRE and crypto functions are on the same router. 
B)  Each DMVPN cloud has two different headend routers for high availability purposes. 
C)  It is used in dual-cloud topologies for spoke-to-spoke connectivity. 
D)  It only supports hub-and-spoke connectivity. 
E)  Spokes cannot be used as RP in multicast deployments. 
A)  The mGRE and crypto functions are on the same router. 
B)  Each DMVPN cloud has two different headend routers for high availability purposes. 
C)  It is used in dual-cloud topologies for spoke-to-spoke connectivity. 
D)  It only supports hub-and-spoke connectivity. 
E)  Spokes cannot be used as RP in multicast deployments.

Question 13

Which statement about traffic shaping is true?

Accepted Answer

A)  It works by minimizing data transmission intervals 
B)  It separates data packets based on certain characteristics by using NBAR 
C)  It regulates data transmission patterns into the network 
D)  It enforces an upper limit on bursty data traffic 
A)  It works by minimizing data transmission intervals 
B)  It separates data packets based on certain characteristics by using NBAR 
C)  It regulates data transmission patterns into the network 
D)  It enforces an upper limit on bursty data traffic

Question 14

Which option describes a design benefit of Bridge Assurance?

Accepted Answer

A)  It allows small, unmanaged switches to be plugged into ports of access switches without the risk of switch loops. 
B)  It makes the port go immediately into the forwarding state after being connected. 
C)  It does notgeneratea spanning-tree topology change upon connecting and disconnecting a station on a port. 
D)  It prevents switched traffic from traversing suboptimal paths on the network. 
E)  It prevents switch loops by detecting one-way communications on the physicalport. 
A)  It allows small, unmanaged switches to be plugged into ports of access switches without the risk of switch loops. 
B)  It makes the port go immediately into the forwarding state after being connected. 
C)  It does notgeneratea spanning-tree topology change upon connecting and disconnecting a station on a port. 
D)  It prevents switched traffic from traversing suboptimal paths on the network. 
E)  It prevents switch loops by detecting one-way communications on the physicalport.

Question 15

Refer to the exhibit.   This new OSPF network has four areas, but the hub-and-spoke area experiences frequent flapping. You must fix this design failure. Which two mechanisms can you use to isolate the data center area from the hub-and-spoke area without losing IP connectivity? (Choose two.)

Accepted Answer

A)  Make the DC area totally stub. 
B)  Make the DC area an NSSA. 
C)  Convert the DC area to EIGRP protocol. 
D)  Deploy a prefix summarization on router D. 
E)  Use OSPF distribute-list filtering on router A. 
A)  Make the DC area totally stub. 
B)  Make the DC area an NSSA. 
C)  Convert the DC area to EIGRP protocol. 
D)  Deploy a prefix summarization on router D. 
E)  Use OSPF distribute-list filtering on router A.

Question 16

Refer to the exhibit.   In the DWDM network, a ring topology carries multiple services between two sites. Which option describes the employed protection design?

Accepted Answer

A)  Y-cable protection 
B)  Splitter protection 
C)  Client protection 
D)  UDLD 
E)  FEC protection 
A)  Y-cable protection 
B)  Splitter protection 
C)  Client protection 
D)  UDLD 
E)  FEC protection

Question 17

Which design benefit of Bridge Assurance is true?

Accepted Answer

A)  It prevents switch loops caused by unidirectional point-to-point link condition on Rapid PVST+ and MST 
B)  It allows small, unmanaged switches to be plugged into ports of access switches without the risk of switch loops 
C)  It prevents switched traffic from traversing suboptimal paths on the network 
D)  It suppresses a spanning-tree topology change upon connecting and disconnecting a station on a port 
A)  It prevents switch loops caused by unidirectional point-to-point link condition on Rapid PVST+ and MST 
B)  It allows small, unmanaged switches to be plugged into ports of access switches without the risk of switch loops 
C)  It prevents switched traffic from traversing suboptimal paths on the network 
D)  It suppresses a spanning-tree topology change upon connecting and disconnecting a station on a port

Question 18

In the network presented in the following exhibit. Traffic destined for 10.1.3.1 arrives at P4S-R1. Which path will the traffic take from here and why?

Accepted Answer

A)  through P4S-R2, because P4S-R3 is in a different autonomous system 
B)  through P4S-R2, because it is an intra-area path 
C)  through P4S-R3, because P4S-R1 will only have a summary (type 3) LSA from P4S-R2 
D)  through P4S-R3, because it is the lowest cost path 
A)  through P4S-R2, because P4S-R3 is in a different autonomous system 
B)  through P4S-R2, because it is an intra-area path 
C)  through P4S-R3, because P4S-R1 will only have a summary (type 3) LSA from P4S-R2 
D)  through P4S-R3, because it is the lowest cost path

Question 19

Which attack type may be indicated by unsolicited ACKs directed toward an unused portion of a network's IP address space?

Accepted Answer

A)  A smurf attack against a host located elsewhere, spoofing the unused IP space 
B)  a SYN flood attack against that IP address space 
C)  IP backscatter from an attack located elsewhere, spoofing your unused IP space 
D)  an ICMP flood attack against that IP address space 
A)  A smurf attack against a host located elsewhere, spoofing the unused IP space 
B)  a SYN flood attack against that IP address space 
C)  IP backscatter from an attack located elsewhere, spoofing your unused IP space 
D)  an ICMP flood attack against that IP address space

Question 20

The Internet Group Management Protocol (IGMP) is a communications protocol used to manage the membership of Internet Protocol multicast groups. IGMP is used by IP hosts and adjacent multicast routers to establish multicast group memberships .What is the purpose of IGMP in a multicast implementation?

Accepted Answer

A)  it is used in multicast 
B)  it is not used in multicast 
C)  it dynamically registers individual hosts in a multicast group on a specific LAN 
D)  it is used on WAN connections to determine the maximum bandwidth of a connection 
A)  it is used in multicast 
B)  it is not used in multicast 
C)  it dynamically registers individual hosts in a multicast group on a specific LAN 
D)  it is used on WAN connections to determine the maximum bandwidth of a connection

Exam 44: Deploying Cisco Unified Contact Center Express

Which two design considerations must be considered when introducing FCoE into an existing network? (Choose two.)

In a PIM sparse mode network, how to restore the flow of multicast traffic when a link fails along a branch of a multicast distribution tree?

A network designer is working with a company to improve convergence at the Layer 2 control plane and decides to use LACP. Which of these components does LACP use to create the system ID?

Refer to the exhibit. Your junior design engineer presents this configuration design. What is the next-hop router for "Pass Any Exam. Any Time." - www.actualtests.com 19 Cisco 352-001 Exam CE3, and why?

All network devices provided in the following exhibit are running IPv6. When host P4S-A is attached to this link, how will it discover the presence of routers P4S-RB and P4S-RC?

Refer to the exhibit. What limitations exist in this design, given that the access layer devices are expected to steadily increase by two devices per week for the next year?

You are designing a WAN network solution with EIGRP based on VPLS. The interface speed is 10 Mb/s, but the access rate of the WAN connection is 256 Kb/s. What should you include in the network design, in order to avoid potential issues with EIGRP?

Which two descriptions are not correct about IS-IS? (Choose two.)

In an MPLS-VPN environment, what is the effect of configuring an identical set of route targets for a particular VRF, but then configuring nonidentical route distinguisher across multiple PE devices?

Refer to the exhibit. Which two options are two characteristics of the single-tier headend architecture for DMVPN designs? (Choose two.)

Which statement about traffic shaping is true?

Which option describes a design benefit of Bridge Assurance?

Refer to the exhibit. This new OSPF network has four areas, but the hub-and-spoke area experiences frequent flapping. You must fix this design failure. Which two mechanisms can you use to isolate the data center area from the hub-and-spoke area without losing IP connectivity? (Choose two.)

Refer to the exhibit. In the DWDM network, a ring topology carries multiple services between two sites. Which option describes the employed protection design?

Which design benefit of Bridge Assurance is true?

In the network presented in the following exhibit. Traffic destined for 10.1.3.1 arrives at P4S-R1. Which path will the traffic take from here and why?

Which attack type may be indicated by unsolicited ACKs directed toward an unused portion of a network's IP address space?

Supporting Cisco Data Center System Devices (DCTECH)

Cisco Certified Technician Routing & Switching (RSTECH)

Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS)

Cisco Certified Network Associate (CCNA)

Managing Industrial Networks with Cisco Networking Technologies (IMINS)

DevNet Associate (DEVASC)

Conducting Forensic Analysis and Incident Response Using Cisco CyberOps Technologies (CBRFIR)

Implementing Cisco Enterprise Advanced Routing and Services (ENARSI)

Implementing Cisco SD-WAN Solutions (ENSDWI)

Designing Cisco Enterprise Networks (ENSLD)

Designing Cisco Enterprise Wireless Networks (300-425 ENWLSD)

Implementing Cisco Enterprise Wireless Networks (300-430 ENWLSI)

Automating Cisco Enterprise Solutions (ENAUTO)

Implementing Cisco Service Provider Advanced Routing Solutions (SPRI)

Implementing Cisco Service Provider VPN Services (SPVI)

Designing Cisco Data Center Infrastructure (DCID)

Troubleshooting Cisco Data Center Infrastructure (DCIT)

Implementing Cisco Application Centric Infrastructure (DCACI)

Configuring Cisco MDS 9000 Series Switches (DCSAN)

Implementing Cisco Application Centric Infrastructure - Advanced

Automating Cisco Data Center Solutions (DCAUTO)

Securing Networks with Cisco Firepower (300-710 SNCF)

Implementing and Configuring Cisco Identity Services Engine (300-715 SISE)

Securing Email with Cisco Email Security Appliance (300-720 SESA)

Securing the Web with Cisco Web Security Appliance (300-725 SWSA)

Implementing Secure Solutions with Virtual Private Networks (SVPN 300-730)

Automating Cisco Security Solutions (SAUTO)

Implementing Cisco Collaboration Applications (CLICA)

Implementing Cisco Advanced Call Control and Mobility Services (CLASSM)

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Performing CyberOps Using Core Security Technologies (CBRCOR)

Implementing Cisco Enterprise Network Core Technologies (ENCOR)

Implementing and Operating Cisco Service Provider Network Core Technologies (SPCOR)

Implementing and Operating Cisco Data Center Core Technologies (DCCOR)

Implementing and Operating Cisco Security Core Technologies

Implementing Cisco Collaboration Core Technologies (CLCOR)

Developing Applications using Cisco Core Platforms and APIs (DEVCOR)

CCDE Design Written

Cisco Meraki Solutions Specialist

Securing Cisco Networks with Sourcefire FireAMP Endpoints

Designing Cisco Unified Contact Center Enterprise (UCCED)

Implementing and Supporting Cisco Unified Contact Center Enterprise (UCCEIS)

Cisco Collaboration SaaS Authorization Exam

Cisco Security Architecture for System Engineers

Adopting The Cisco Business Architecture Approach (DTBAA)

Cisco Customer Success Manager (CSM)

Mastering The Cisco Business Architecture Discipline (DTBAD)

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