300-420 Exam Torrent: Designing Cisco Enterprise Networks & 300-420 Training Materials & 300-420 Exam Prep

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Cisco 300-420 Exam Syllabus Topics:

Section	Weight	Objectives
Enterprise Campus Security	20%	- Design network access control - Design network security
WAN for Enterprise Networks	20%	- Design QoS for WAN - Design WAN connectivity - Design SD-WAN solution
Services	10%	- Design network management - Design end-to-end QoS policy
Advanced Addressing and Routing Solutions	25%	- Create structured addressing designs - Determine IPv6 migration strategy - Create stable, secure, and scalable routing designs for Layer 3
Advanced Enterprise Campus Networks	25%	- Design for high availability - Design Layer 2 and Layer 3 campus networks - Design campus network services (QoS, multicast, etc.)

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Cisco Designing Cisco Enterprise Networks Sample Questions (Q327-Q332):

NEW QUESTION # 327
Which WAN connectivity technology is optimal for edge computing compared to others and why?

A. Due to low cost, high bandwidth, low latency, and closest proximity to the edge of the network, Mero Ethernet is the optimal WAN technology for edge computing compared to MPLS, which offers native separation and security with close proximity to the data center.
B. Due to high bandwidth, separation and security, and proximity to the data center network. DWDM Is the optimal WAN technology lor edge computing compared to 4G/5G connectivity, which offers native separation and security with close proximity to the data center.
C. Due to low latency, high bandwidth, and closest proximity to the user. 4G/5G connectivity is the optimal WAN technology for edge computing compared to L3 VPN MPLS connectivity, which offers native separation and security with close proximity to the data center.
D. Due to low latency, high bandwidth, and closest proximity to the user, L3 VPN MPLS connectivity is the optimal WAN technology for edge computing compared to 4G/5G connectivity, which offers native separation and security with close proximity to the data center.

Answer: C

Explanation:
4G/5G connectivity is the best fit among the choices for edge-computing use cases because it can place network access close to users and endpoints while providing high bandwidth and low latency relative to many traditional WAN options. Edge computing is valuable when application processing, storage, or content delivery is moved closer to the point of consumption. Mobile broadband and 5G designs can support rapid deployment, local breakout, and low-latency access for distributed sites, sensors, and mobile users. MPLS Layer 3 VPN services provide predictable private WAN separation and mature QoS, but they are generally tied to provider POPs and data center-oriented connectivity rather than the closest edge location. DWDM is high-bandwidth optical transport but is primarily a metro or data center interconnect technology, not a flexible edge access service. Metro Ethernet can be strong in metropolitan areas but does not offer the broad mobile edge characteristics of 4G/5G. Reference topics: edge computing, 4G/5G WAN, low-latency access, distributed applications, WAN technology selection.

NEW QUESTION # 328
Drag and drop the characteristics from the left onto the YANG models they describe on the right. Not all options are used.

Answer:

Explanation:

Explanation:
Diagram Description automatically generated

NEW QUESTION # 329
What is a challenge of the SaaS model?

A. lack of application and infrastructure control
B. requires upgrades to individual computers to meet performance requirements
C. higher initial costs
D. higher application and data integration complexity

Answer: A

NEW QUESTION # 330
Refer to the exhibit.

EIGRP has been configured on all links. The spoke nodes have been configured as EIGRP stubs, and the WAN links to R3 have higher bandwidth and lower delay than the links to R4. When a link failure occurs at the R1-R2 link, what happens to traffic on R1 that is destined for a subnet attached to R2?

A. R1 has no route to R2 and drops the traffic
B. R1 load-balances across the paths through R3 and R4 to reach R2
C. R1 forwards the traffic to R3, but R3 drops the traffic
D. R1 forwards the traffic to R3 in order to reach R2

Answer: A

Explanation:
Explanation
The EIGRP stub routing feature will prevent the remote device from advertising core routes back to the distribution devices. Routes learned by the remote device from Distribution 1 will not be advertised to Distribution 2. Therefore, Distribution 2 will not use the remote device as a transit for traffic destined to the network corehttps://www.cisco.com/c/en/us/td/docs/ios-xml/ios/iproute_eigrp/configuration/15-mt/ire-15-mt-book/ire-eig

NEW QUESTION # 331
A network engineer must design an MSDP multicast solution to provide RP resilience in a network with two separate domains. Also, multicast sources and receivers must register with the local RP. Which solution must the engineer choose?

A. Configure the RP group ranges to split the multicast traffic, and traffic will route to the longest match
B. Configure the RP loopback interface with the same IP address/32, and traffic will route to the closest RP
C. Configure the RP priority with the same value, and traffic will route to the closest RP
D. Configure the RP has value to 0, and traffic will route to the closest RP

Answer: B

Explanation:
Two or more RPs are configured with the same IP address (for example, 10.0.0.1) on loopback interfaces. The loopback address should be configured with a 32-bit mask. All the downstream routers are configured so that they know that 10.0.0.1 is the IP address of their local RP. IP routing automatically selects the topologically closest RP for each source and receiver.
https://www.cisco.com/c/en/us/td/docs/ios/solutions_docs/ip_multicast/Phase_1/mcstmsdp/mcst_ p1.html

NEW QUESTION # 332
......

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