Get 352-001 Braindumps & 352-001 Real Exam Questions [Q107-Q126]

6 Jun, 2022 By admin 352-001, Cisco 0 Comments

Get 352-001 Braindumps & 352-001 Real Exam Questions [Q107-Q126]

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Get 352-001 Braindumps & 352-001 Real Exam Questions

Cisco 352-001 Actual Questions and Braindumps

NEW QUESTION 107
DRAG DROP
Classify the OSPF Fast Network Convergence technique by dragging the techniques on the left and dropping them into the corresponding categories on the right.

NEW QUESTION 108
Refer to the exhibit. This customer uses Gigabit Ethernet on all router interfaces and gets point-to-point Layer 2 VPN connections from their telco provider. This network runs IS-IS with default parameters. Which action manipulates traffic flow so that router A traffic takes the high-speed links as the preferred path when routing to router H?

Manually adjust the interface metrics

Match the interface bandwidth with the actual circuit speed

Adjust the reference bandwidth used to calculate the interface metrics

Manually adjust the delay parameters on the circuits

NEW QUESTION 109
A junior engineer is implementing one of your optical designs and asks about CWDM
(Coarse Wavelength Division Multiplexing). Which two features describe CWDM? (Choose two.)

typically used over long distances, but requires optical amplification

allows up to 32 optical carriers to be multiplexed onto a single fiber

shares the same transmission window as DWDM

uses the 850-nm band

Passive CWDM devices require no electrical power.

NEW QUESTION 110
What is the reason that you want to synchronize IGP and BGP convergence by advertising an infinite metric in OSPF or setting the overload bit in IS-IS?

to prevent traffic loss when the path from a router to a BGP next hop traverses another router that has not yet learned the path via BGP

to prevent churning between multiple available routes reachable through IGP and BGP

to prevent BGP from converging faster than IGP, which can cause temporary routing loops in the network

to prevent routes which are learned both from IGP and BGP from forming a routing loop

NEW QUESTION 111
What is the most efficient method of implementing IP multicast in a network without using
RPs?

Implement PIM dense mode multicast to eliminate the need for RPs.

Implement source-specific multicast and utilize the functionality of IGMPv2 to replace the RPs.

Implement source-specific multicast and utilize the functionality of IGMPv3 to replace the RPs.

RPs can’t be eliminated; they’re mandatory in multicast networks.

NEW QUESTION 112
A service provider creates a network design that runs MPLS in its WAN backbone using OSPF as the IGP routing protocol. What would be two effects of additionally implementing MPLS-TE? (Choose two.)

MPLS-TE is required to reroute traffic within less than 1 second in case of a link failure inside the backbone.

MPLS-TE is required to route different MPLS QoS service classes through different paths.

MPLS-TE and OSPF cannot be used together inside one MPLS network.

MPLS-TE cannot use OSPF for the traffic path calculation.

MPLS-TE is required to create backup paths independently from the IGP.

NEW QUESTION 113
A retail company has 250 branches connected to the core via MPLS Layer 3 VPN The company is migrating from traditional telephony services to a VoIP solution Which two primary concerns when implementing a VoIP solution are true? (Choose two)

call routing design

MTU

SRST

jitter

available bandwidth

NEW QUESTION 114
As part of the security protocol for your network design, you have designated that option 82 is enabled for DHCP snooping. When option 82 is enabled, which information will be added to the DHCP request?

switch MAC address and VLAN, module, and port

remote ID and circuit ID

switch IP address and VLAN, module, and port

switch MAC address and switch IP address

NEW QUESTION 115
A company plans to include Nonstop Forwarding and Bidirectional Forwarding Detection as a part of their network redundancy plan. In which two ways do NSF and BFD work together when different hardware platforms are compared? (Choose two.)

During supervisor engine or routing engine failover, the NSF feature will always ensure that the BFD at the peer router will not trigger a link down independent of the used hardware platform.

At some hardware platforms, BFD and NSF are not supported together. During supervisor engine or routing engine failover, the BFD at the peer router will trigger a link down.

To ensure that BFD at the peer router will not trigger a link down during NSF, the BFD packets must be processed fast enough, and, during supervisor engine or routing engine failover, by processing the BFD independent from the supervisor engine or routing engine.

Because BFD is always processed at the line cards (not at the supervisor engine or routing engine), a supervisor engine or routing engine failover will not affect the BFD peer router.

Because BFD is always processed at the supervisor engine or routing engine, a supervisor engine or routing engine failover will always trigger a link down at the peer router.

NEW QUESTION 116
A network designer has provisioned a router to use IPsec to encrypt the traffic over a GRE tunnel going to a web server at a remote location. From the router, the network designer can ping the web server, although the users in the office comment that they are unable to reach it. (Note: The DF bit is not set.) Which aspect should be changed in the design of the virtual connection?

IP addresses of the GRE tunnel endpoints

IPsec configuration

MTU size on the GRE tunnel

encapsulation of the GRE tunnel

NEW QUESTION 117
What are two benefits of following a structured hierarchical and modular design? (Choose two.)

Each component can be designed independently for its role.

Each component can be managed independently based on its role.

Each component can be funded by different organizations based on its role.

Each component can support multiple roles based on the requirements.

Each component can provide redundancy for applications and services.

NEW QUESTION 118
Refer to the exhibit.

Your company designed a network to allow server VLANs in a data center to span all access switches. In the design, Layer 3 VLAN interfaces and HSRP are configured on the aggregation switches. In which three ways should the design of the STP domain be optimized for server and application performance? (Choose three.)

Use loop guard on access ports.

Use PortFast on access ports.

Use root guard on access ports.

Align Layer 2 and Layer 3 forwarding paths.

Use BPDU Skew Detection on access ports.

Explicitly determine root and backup root bridges.

NEW QUESTION 119
Among the design criteria for a network is the requirement that bandwidth capacity be managed proactively. Which two techniques would most effectively support the proactive management of network bandwidth capacity? (Choose two.)

analyze network bandwidth utilization to establish a baseline

implement QoS to increase available bandwidth and overall throughput

implement utilization measurement and tracking measures in the network

configure SNMP MIB collectors to trigger at utilization thresholds

NEW QUESTION 120
What is downstream suppression?

the ability of a fault management tool to generate alerts for only an upstream device failure and to suppress the alarms related to all unreachable downstream sites

the ability of devices to exclusively send summary routes and suppress the sending of complete routing updates

the ability of a router to suppress downstream route fluctuations to avoid introducing instability into the network core

the ability of a network management station to perform root cause analysis on a network fault and remove duplicates of all other alarms resulting from fault symptoms

the ability of an element manager to restrict forwarding to critical performance alarms northbound to the Manager of Managers and suppress other alarms

NEW QUESTION 121
Refer to the exhibit.

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.)

When router B fragments packets after the encryption, router C must reassemble these fragmented packets.

When router B fragments packets before the encryption, router C must reassemble these fragmented packets.

When router B fragments packets after the encryption, the endpoint 2 must reassemble these fragmented packets.

When router B fragments packets before the encryption, endpoint 2 must reassemble these fragmented packets.

When router A fragments packets, router C must reassemble these fragmented packets.

When router A fragments packets, endpoint 2 must reassemble these fragmented packets.

NEW QUESTION 122
Refer to the exhibit.

How would you redesign the network to improve availability of the routers 1A and 1B at the core site?

Enable Graceful Restart Helper for OSPF

Use link bundles over multiple slots

Use APS Ethernet circuits and redundant interfaces

Create a multichassis system with the two routers

NEW QUESTION 123
You are the lead network designer hired by Service Provider XYZ to deploy CoS functionality on the core MPLS network (P routers). The goal of the network design is to provide a complete CoS solution to all customers that purchase services such as dedicated internet access, MPLS L3VPN, and L2VPN (pseudowire). Service Provider XYZ has these design requirements:
– The network supports four service queues with equal treatment for delay, jitter, and packet loss.
– Queues are numbered 0-3, where 0 is the default queue.
– Three queues have one treatment.
– One queue has either one or two treatments.
How would you design your solution to map the DSCP value properly so that the traffic is assigned to the respective queues in the Service Provider XYZ MPLS core network?

Classify traffic according to DSCP value into appropriate P router queues.

Map the appropriate DSCP value into the EXP field based on the number of queues in the MPLS P routers.

Map the appropriate DSCP value into the EXP field based on the number of queues in the MPLS PE routers.

Based on the DSCP value, traffic is mapped automatically into appropriate queues in the MPLS CE routers.

NEW QUESTION 124
Refer to the exhibit.
17

How would you adjust the design to improve convergence on the network?

Add an intra-POP link between routers 1A and 1B, and enable IP LFA FRR.

Use an IP SLA between the end stations to detect path failures.

Enable SSO-NSF on routers 1A and 1B.

Use BGP to connect the sites over the WAN.

NEW QUESTION 125
You are designing a fabricpath network that connects to a spine-and-leaf topology using Layer 2 IS-IS as the IGP. The solution must be able to detect changes in the network topology and calculate loop-free paths to other nodes in the network that are being used as top-of -rack switches, which three characteristics of this fabricpath design solution are true? (Choose two)

The switch operating system uses multiple equal-cost, parallel links that provide ECMP.

The interface in a FabricPath network run only the FabricPath Layer 2 IS-IS protocol FTags disabled.

To use the basic FabricPath functionality, you must configure IS-IS on every interface between the leaf-and spine switches.

Each switch computes its shortest path to every other switch in the network using eh SPF algorithm.

FabricPath Layer 2 IS-IS uses the standard IS-IS functionality to populate up to 16 routes for a given destination switch.

The FabricPath domain must be replaced because it does not run STP.

NEW QUESTION 126
A customer requests that you determine how much of their remote branch traffic into a central data center is related to a call manager that resides in the data center. Which solution do you recommend?

Enable NetFLow on branch routers

Enable netFlow on central data center routers

Perform SNMP polling of central data center routers

Perform SNMP polling of branch routers

Create an ACL on the local call manager switch with logging enabled

Span traffic from the switch port on the call manager to a data analyzer