Cisco 300-420 Practice Test - Questions Answers, Page 18
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Related questions
An architect must create a QoS solution for a customer to ensure that a 40 Mbps Internet connection is shared between four subnets based on these requirements:
* Each subnet must receive no less than 10 Mbps of download bandwidth during peak traffic times.
* A subnet can use up to 40 Mbps during nonpeak traffic times if the other subnets are idle.
* Download traffic must never experience a delay.
Which solution must the architect choose?
rate-limiting and shaping
bandwidth percentage and policing
shaping and policing
bandwidth percentage and rate-limiting
An engineer is designing a network for a customer running a wireless network with a common VLAN for all APs. The customer is experiencing unicast flooding in the Layer 2 network between the aggregation and access layers. The customer wants to reduce the flooding and improve convergence time. Which solution meets these requirements?
Migrate all APs to a common Layer 2 access layer switch and run Layer 3 from the aggregation layer to all remaining access layer switches.
Align HSRP primary and STP root bridges and reduce ARP timers to match CAM timers on the aggregation layer switches.
Migrate to a Layer 3 access campus design if the APs can run on separate VLANs.
Align HSRP primary and STP root bridges if the APs cannot run on separate VLANs.
Which node performs the LISP Map-Server and Map-Resolver functions in the Cisco SD-Access network architecture?
control plane node
fabric edge node
border node
intermediate node
An engineer must design a management network that enables SSH, NTP, FTP, and SNMP over the production network. The design requires the management of routers and switches that exist across different networks. Which feature must the design include?
Management Plane Protection
dedicated management console connection per device
terminal server
dedicated management VRF connection per device
A network engineer must design a multicast solution to prevent the spoofing of multicast streams and ensure efficient bandwidth utilization. The network will be merged with another multicast domain in the future, and the merge must require minimum effort. Which two solutions meet the customer requirements? (Choose two.)
PIM-SSM
IGMPv3
IGMPv2
PIM-SM
MSDP
Exhibit:
Refer to the exhibit. An engineer is designing a Layer 2 campus network. The design must support fast convergence and leverage as much bandwidth as possible between layers. Distribution switches do support VSS; unfortunately, not all routing protocols are available for use due to license limitations. Which solution must the engineer choose?
EtherChannel
MEC
RSTP
ECMP
Exhibit:
Make R3 an L1L2 router.
Make R31 an L1 router.
Make Area 0 L2-only.
Make R11 an L2 router.
Refer to the exhibit. An architect is developing a solution to consolidate networks while retaining device redundancy. The routing protocol for the WAN routers must be open standard, ensure high availability, and provide the fastest convergence time. Which solution must the design include?
both routers running EIGRP
one router running OSPFv2 and other OSPF v3
one router running ISIS and other OSPF v3
both routers running OSPFv2
Refer to the exhibit.
An architect is designing a network for a customer supporting a Wake-on-LAN application. Which solution must the architect choose?
IP directed-broadcasts on R1
spanning-tree uplinkfast on SW1
spanning-tree uplinkfast on SW2
IP directed-broadcasts on R2
Refer to the exhibit.
An architect must design an IPv6 migration solution for an enterprise customer to support these requirements:
* Clients will transition to the new IPv6 network, which provides NAT64 and IPv6 DNS resolution services, using the same DNS name that points to the IPv4 address.
* The service provider will create a client-facing IPv6 interface with a new IPv6 virtual address that points to the same IPv4 DNS server.
* The service provider will support clients that use global IPv6 addresses and encapsulate IPv4 packets into IPv6 tunnels.
Which two migration solutions must the architect choose? (Choose two.)
Use dual-stack lite from the MPLS network to the IGR.
Use IPv6 tunneling from the devices to the core MPLS network.
Use dual-stack lite from the devices to the core MPLS network.
Use NAT44/64 from the MPLS network to the IGR.
Use NAT44/64 from the devices to the core MPLS network.
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