JN0-364 Prüfungsvorbereitung - JN0-364 Lerntipps

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Juniper JN0-364 Exam Syllabus Topics:

SectionObjectives
Topic 1: MPLS and Service Provider Technologies- MPLS fundamentals
  • 1. LDP operations
    • 2. Label switching and forwarding
      - VPN services
      • 1. Layer 3 VPN concepts
        • 2. Layer 2 VPN overview
          Topic 2: Service Provider Architecture & Junos Fundamentals- Service provider network design basics
          • 1. Core, edge, and access architecture
            • 2. Scalability considerations
              - Junos OS routing fundamentals
              • 1. Routing table and forwarding concepts
                • 2. Junos CLI and configuration hierarchy
                  Topic 3: OSPF and IS-IS Routing Protocols- IS-IS operation in service provider networks
                  • 1. Levels and routing hierarchy
                    • 2. LSP and SPF calculation
                      - OSPF configuration and troubleshooting
                      • 1. Areas and LSAs
                        • 2. Adjacency and neighbor states
                          Topic 4: Troubleshooting and Operations- Performance and monitoring
                          • 1. Traffic analysis basics
                            • 2. System logging and alarms
                              - Network troubleshooting methodology
                              • 1. Protocol verification tools
                                • 2. Junos operational commands
                                  Topic 5: BGP and Routing Policy- BGP fundamentals
                                  • 1. eBGP and iBGP operations
                                    • 2. Attributes and path selection
                                      - Routing policy control
                                      • 1. Import/export policies
                                        • 2. Route filtering and manipulation

                                          >> JN0-364 Prüfungsvorbereitung <<

                                          JN0-364 aktueller Test, Test VCE-Dumps für Service Provider Routing and Switching, Specialist (JNCIS-SP)

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                                          Juniper Service Provider Routing and Switching, Specialist (JNCIS-SP) JN0-364 Prüfungsfragen mit Lösungen (Q82-Q87):

                                          82. Frage
                                          Click the Exhibit button.

                                          Referring to the exhibit, which two statements are true? (Choose two.)

                                          Antwort: A,D

                                          Begründung:
                                          The routing table shows two equal-cost next hops for the prefix and both are installed in the forwarding table, which means the router is selecting both next hops for forwarding traffic. This indicates equal-cost multipath forwarding.
                                          The forwarding table entry shows a load-balancing group containing both next hops, which reflects the default Junos behavior of performing load balancing across equal-cost paths when multiple next hops exist for the same route.


                                          83. Frage
                                          Exhibit:
                                          user@R1> show route 10.16.2.0/23 exact detail
                                          inet.0: 12 destinations, 12 routes (11 active, 0 holddown, 1 hidden)
                                          10.16.2.0/23 (1 entry, 1 announced)
                                          *Aggregate Preference: 130
                                          Next hop type: Reject
                                          Address: 0x8f3fd44
                                          Next-hop reference count: 2
                                          State: <Active Int Ext>
                                          Age: 1:39:21
                                          Task: Aggregate
                                          Announcement bits (1): 0-KRT
                                          AS path: I (LocalAgg)
                                          Flags: Depth: 0 Active
                                          AS path list:
                                          AS path: I Refcount: 2
                                          Contributing Routes (2):
                                          10.16.2.0/24 proto Direct
                                          10.16.3.0/24 proto Direct
                                          Which destination IP address will be matched by the aggregate route shown in the exhibit?

                                          Antwort: D

                                          Begründung:
                                          In the Juniper Networks Junos operating system,aggregate routesare used to represent a group of more specific routes with a single, shorter prefix. This technique is essential for reducing the size of routing tables and minimizing the volume of routing updates sent to neighbors. According to Juniper technical documentation, for a destination IP address to "match" a specific route, it must fall within the range defined by the network address and its associated CIDR mask.
                                          The provided exhibit shows a detailed lookup for the aggregate route$10.16.2.0/23$. To determine the range of IP addresses covered by a $/23$ mask, we examine the binary representation of the third octet. A $/23$ mask means the first 23 bits are fixed. For the address $10.16.2.0$:
                                          * The first two octets ($10.16$) are fixed.
                                          * The third octet ($2$) is $00000010$ in binary.
                                          * The 23rd bit is the second-to-last bit of this octet.
                                          * The $/23$ range allows the 24th bit (the last bit of the third octet) and all 8 bits of the fourth octet to vary.
                                          This results in a range where the third octet can be either $2$ ($00000010$) or $3$ ($00000011$). Therefore, the aggregate route $10.16.2.0/23$ covers all IP addresses from$10.16.2.0$ to $10.16.3.255$. The exhibit further confirms this by listing the "Contributing Routes": $10.16.2.0/24$ and $10.16.3.0/24$.
                                          Analyzing the provided options against this range:
                                          * 10.16.3.79 (Option A):This address falls squarely within the $10.16.2.0$ to $10.16.3.255$ range.
                                          * 10.16.0.4 (Option B):This address falls in the $10.16.0.0/23$ range ($0.0$ to $1.255$).
                                          * 10.16.4.183 (Option C):This address falls in the $10.16.4.0/23$ range ($4.0$ to $5.255$).
                                          * 10.16.1.214 (Option D):This address also falls in the $10.16.0.0/23$ range.
                                          Consequently,10.16.3.79is the only destination listed that matches the aggregate route shown. It is also important to note theNext hop type: Rejectin the exhibit; this means that if a packet matches the aggregate but does not match any of the more specific contributing routes, the router will drop the packet and send an ICMP unreachable message to the source.


                                          84. Frage
                                          You are implementing traffic engineering in your MPLS network. You must ensure that the MPLS routes are used to traverse your network. Your solution should not affect IGP routes in your route tables.
                                          In this scenario, which traffic engineering setting will accomplish this behavior?

                                          Antwort: A

                                          Begründung:
                                          To ensure that MPLS traffic-engineered routes are used without affecting IGP routes in the route tables, the mpls-forwarding traffic engineering setting should be used. This setting allows MPLS to influence forwarding without changing the IGP route selection.


                                          85. Frage
                                          A service provider is onboarding a new enterprise customer that operates multiple branch offices, each with its own set of VLANs. The customer requires transparent Layer 2 connectivity between sites while maintaining separation of internal VLANs. The provider must also ensure that customer VLAN identifiers do not conflict with other customers on the shared infrastructure.
                                          Which solution would provide the desired results?

                                          Antwort: D

                                          Begründung:
                                          Q-in-Q tunneling (802.1ad) allows a service provider to encapsulate customer VLAN tags inside an additional provider VLAN tag. This enables transparent Layer 2 connectivity between customer sites while preserving the customer's internal VLAN structure. The outer service- provider VLAN tag ensures separation between different customers and prevents VLAN ID conflicts on the shared provider infrastructure.


                                          86. Frage
                                          Which BGP attribute is used to detect routing loops?

                                          Antwort: C


                                          87. Frage
                                          ......

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