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Juniper JN0-351 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Protocol Independent Routing: An essential domain for understanding routing components outside protocol dependencies, this topic enhances expertise in configuring, monitoring, and troubleshooting critical elements.
Topic 2
  • Tunnels: The fundamentals of IP tunneling are emphasized, highlighting their requirements and functionalities. Mastery in configuring, monitoring, and troubleshooting tunnels equips professionals to meet the demands of the JN0-351 exam.
Topic 3
  • Layer 2 Security: This topic introduces Layer 2 protection mechanisms and firewall filters to fortify network security. Practical skills in configuring, monitoring, and troubleshooting these features prepare candidates to address exam objectives and real-world challenges effectively.
Topic 4
  • Spanning Tree: Networking professionals explore the principles and advantages of the Spanning Tree Protocol (STP) to ensure loop-free topologies in Layer 2 networks.
Topic 5
  • OSPF: The concepts and operational details of OSPF are explored, providing tools for routing efficiency. Configuration and troubleshooting mastery ensure readiness for both the exam and complex enterprise environments.
Topic 6
  • Layer 2 Switching or VLANs: This topic deepens the understanding of Layer 2 switching operations within the Junos OS, including VLAN concepts and benefits. Experienced networking professionals gain insights into configuration, monitoring, and troubleshooting techniques essential for network segmentation and efficiency.
Topic 7
  • IS-IS: Aspiring Juniper networking professionals enhance their understanding of IS-IS routing protocols. This topic equips candidates with the knowledge to configure and monitor IS-IS systems, addressing specific exam challenges and practical applications.

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Juniper JN0-351 Accurate Answers | Valid JN0-351 Study Notes

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Juniper Enterprise Routing and Switching, Specialist (JNCIS-ENT) Sample Questions (Q151-Q156):

NEW QUESTION # 151
Which two statements are correct about Junos OS "show ospf neighbor" command output showing a neighbor state of "2-Way"? (Choose two.)

Answer: A,C

Explanation:
The 2-Way state in OSPF indicates that bidirectional communication has been established, meaning each router has seen itself listed in the neighbor's hello packets. On a broadcast multi- access network, routers that are not the DR or BDR (referred to as DROthers) typically remain in the 2-Way state with each other, since full adjacency and database synchronization only occurs between DROthers and the DR/BDR, not between DROthers themselves.


NEW QUESTION # 152
Click the Exhibit button.

R1 has a BGP session with a router that has a peer autonomous system number of 64501. It is exchanging routes, and is advertising those routes to IBGP peers. The downstream IBGP peers, however, cannot pass traffic to the advertised networks.
Referring to the exhibit, which configuration change must occur to solve this problem?

Answer: A


NEW QUESTION # 153
Exhibit.

What is the management IP address of the device shown in the exhibit?

Answer: D

Explanation:
Explanation
The management IP address of a device is the IP address that is used to access the device for configuration and monitoring purposes. It is usually assigned to a dedicatedmanagement interface that is separate from the data interfaces. The management interface can be accessed via SSH, Telnet, HTTP, or other protocols.
In the exhibit, the list of interfaces and their statuses shows that the management interface isme0. This interface has an admin status ofup, a protocol status ofinet, a local address of172.23.12.100/24, and a remote address ofunspecified. This means that the me0 interface is active, has an IPv4 address assigned, and is not connected to another device.
Therefore, the management IP address of the device shown in the exhibit is172.23.12.100.
References:
[Management Interfaces Overview] : [Displaying Interface Status Information]


NEW QUESTION # 154
Which statement about aggregate routes is correct?

Answer: A

Explanation:
Aggregate routes are used for advertising summarized network prefixes 1 2 . They help minimize the number of routing tables in an IP network by consolidating selected multiple routes into a single route advertisement 1
. This approach is in contrast to non-aggregation routing, in which every routing table contains a unique entry for each route 1 .
Therefore, option D is correct. Options A, B, and C are not correct because:
* Aggregate routes can be used with both static routing and dynamic routing protocols 1 .
* Aggregate routes are not automatically generated for all of the subnets in a routing table. They need to be manually configured 1 .
* Aggregate routes are not always preferred over more specific routes. The route selection process in Junos OS considers several factors, including route preference and metric, before determining the active route 1 .


NEW QUESTION # 155
What is the maximum allowable MTU size for a default GRE tunnel without IPv4 traffic fragmentation?

Answer: B

Explanation:
The maximum allowable MTU size for a default GRE tunnel without IPv4 traffic fragmentation is 1476 bytes
1 . This is because GRE packets are formed by the addition of the original packets and the required GRE headers 1 . These headers are 24-bytes in length and since these headers are added to the original frame, depending on the original size of the packet we may run into IP MTU problems 1 . The most common IP MTU is 1500-bytes in length (Ethernet) 1 . When the tunnel is created, it deducts the 24-bytes it needs to encapsulate the passenger protocols and that is the IP MTU it will use 1 . For example, if we are forming a tunnel over FastEthernet (IP MTU 1500) the IOS calculates the IP MTU on the tunnel as: 1500-bytes from Ethernet - 24-bytes for the GRE encapsulation = 1476-Bytes 1 .


NEW QUESTION # 156
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