The Service Provider you work for wants to deploy CoS functionality on the P routers of the
MPLS core, to provide a complete CoS solution to all customers that purchase services such as
dedicated Internet access, MPLS Layer 3 VPN, and Layer 2 VPN (pseudowire). The design
requirements are:
 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, whereas the other queue has either
one or two treatments.
 The Service Provider manages control traffic, whereas the customers
manage business critical and best effort.
Which two statements could you recommend to allow for the appropriate level of bandwidth
allocation? (Choose two.)

Which two headend router scalability factors should be considered when designing a DMVPN
network solution that uses a hub-and-spoke topology? (Choose two.)

A Service Provider network designer is considering the use of the G.8032 Ethernet Ring
Protection mechanism in order to provide resiliency in the network. Which three concepts will
be supported with the implementation G.8032? (Choose three.)

You are the lead IP network designer for a new service provider called XYZ, and you are working
closely with the CTO to finalize design requirements. The CTO informs you that they want to
transport IPv6 prefixes of customers through the XYZ network at this time; however, they need
your advice on whether to deploy dual stack or MPLS 6PE/6VPE. Which two options do you
recommend? (Choose two.)

Youhave been asked to design a high-density wireless network for a university campus. Which
three principles would you apply in order to maximize the wireless network capacity? (Choose
three.)

Which statement about the behavior of OSPF on a hub-and-spoke topology is true?

Which of the following design options meet the requirement to provide IPv6 interdomain
multicast?

Which option is a BFD design consideration?

Refer to the exhibit.

You are asked to design this OSPF network to converge within 60 ms for unicast packets after a
topology change due to a single link failure. Which technology can be enabled while
conforming to the design requirements?

To meet specific business requirements, QoS-marked traffic must be sent over a dedicated link.
Which technology fulfills this requirement?