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Juniper JN0-364 Exam Syllabus Topics:

Section	Objectives
Topic 1: 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. Adjacency and neighbor states 2. Areas and LSAs
Topic 2: MPLS and Service Provider Technologies	- MPLS fundamentals 1. LDP operations 2. Label switching and forwarding - VPN services 1. Layer 2 VPN overview 2. Layer 3 VPN concepts
Topic 3: BGP and Routing Policy	- Routing policy control 1. Route filtering and manipulation 2. Import/export policies - BGP fundamentals 1. eBGP and iBGP operations 2. Attributes and path selection
Topic 4: Service Provider Architecture & Junos Fundamentals	- Junos OS routing fundamentals 1. Routing table and forwarding concepts 2. Junos CLI and configuration hierarchy - Service provider network design basics 1. Core, edge, and access architecture 2. Scalability considerations
Topic 5: 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

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Juniper Service Provider Routing and Switching, Specialist (JNCIS-SP) Sample Questions (Q113-Q118):

NEW QUESTION # 113
In an OSPF network, what is a purpose of a designated router?

A. to flood routes to all other OSPF devices in the entire domain
B. to reduce OSPF traffic on the OSPF segment
C. to forward traffic within the configured subnet
D. to assign an OSPF router ID to all routers in the OSPF segment

Answer: B

Explanation:
A designated router is elected on multiaccess OSPF networks to minimize the number of adjacencies and reduce the amount of OSPF control traffic. Instead of every router forming a full adjacency with every other router on the segment, routers form adjacencies with the designated router, which then manages the distribution of link-state updates on that segment.

NEW QUESTION # 114
Exhibit:

You have configured an MPLS LSP to 192.168.100.3. However, the LSP is in the down state. Referring to the exhibit, which two actions would solve this problem? (Choose two.)

A. Issue the set routing-options rib inet.3 static route 192.168.100.1 command and commit.
B. Issue the set protocols ospf traffic-engineering command and commit.
C. Issue the set interfaces lo0 family mpls command on router R1 and commit.
D. Issue the set protocols mpls label-switched-path to-r3 no-cspf command and commit.

Answer: B,D

Explanation:
In a Juniper Networks environment, establishing a functionalMultiprotocol Label Switching (MPLS)Label- Switched Path (LSP) requires synchronized control plane operations. According to Juniper technical documentation, the most common reason for an LSP to remain in the "Down" state at the ingress router is a failure of theConstrained Shortest Path First (CSPF)algorithm during the path computation phase.
The provided exhibit for routerR1reveals a critical error in the show mpls lsp detail output: "CSPF: could not determine self". This specific error indicates that the CSPF process is unable to find its own local router ID within theTraffic Engineering Database (TED). For CSPF to build a valid TED, the underlying Interior Gateway Protocol (IGP), such as OSPF, must be configured to flood opaque link-state advertisements (Type
10 LSAs) that carry traffic engineering attributes. As seen in the OSPF configuration, traffic engineering is not enabled. Therefore, issuing theset protocols ospf traffic-engineeringcommand (Option D) will allow R1 to populate the TED with its own local information and that of its neighbors, enabling CSPF to calculate a valid path.
Alternatively, an administrator can choose to bypass the requirement for a TED entirely by disabling CSPF on the specific LSP. By issuing theset protocols mpls label-switched-path to-r3 no-cspfcommand (Option B), the router will stop attempting to perform a constrained path calculation. Instead, the signaling protocol (RSVP) will rely on the standardinet.0routing table to determine the hop-by-hop path to the egress destination (192.168.100.3), allowing the LSP to establish without traffic engineering constraints.
Regarding the other options, whilefamily mplsis required on all transit interfaces, the ingress loopback interface (lo0) generally does not require it for standard LSP signaling unless it's used as a transit hop.
Furthermore, adding a static route toinet.3(Option A) is used for next-hop resolution of BGP routes over LSPs but does not assist in the signaling or establishment of the LSP itself.

NEW QUESTION # 115
How does a Junos device learn about MAC addresses when II is first connected to an Ethernet LAN?

A. The device learns the source MAC addresses from traffic in the network and stores this MAC address in addition to the interface from which the traffic was received.
B. The device sends out a network broadcast message asking tor all devices and MAC addresses on the network and stores this information In addition lo the interface from which the response was received.
C. The device sends out a network multicast message asking for all devices and MAC addresses on the network and stores this Information in addition to the interface from which the response was received.
D. The device learns the destination MAC addresses from traffic in the network and stores this MAC address in addition to the interface from which the traffic was received.

Answer: A

Explanation:
Junos devices learn about MAC addresses by examining the source MAC address of frames received on an interface and then storing these MAC addresses in the MAC address table (also known as the forwarding database) along with the interface on which the traffic was received.

NEW QUESTION # 116
You want to see a detailed list of all established BGP sessions. In this scenario, what would be a valid command to accomplish this task?

A. show bgp summary
B. show rouse receive-protocol bgp <neighbor IP address>
C. show rouse protocol bgp
D. show bgp neighbor

Answer: D

Explanation:
The show bgp neighbor command in Junos OS provides a detailed description of each BGP session, including session state, options configured, and counters for messages sent and received. This is the command you would use to see a detailed list of all established BGP sessions.

NEW QUESTION # 117
You are asked to configure an LSP which uses the OSPF link state database for path computations. Which two statements are correct in this scenario? (Choose two.)

A. Traffic engineering extensions are not enabled by default in OSPF.
B. You must use the no-cspf parameter in the label-switched-path configuration.
C. You must use the policing parameter in the label-switched-path configuration.
D. Traffic engineering extensions ate enabled by default In OSPF.

Answer: A,B

Explanation:
In Junos OS, traffic engineering extensions for OSPF, which are required for an LSP to use the OSPF link state database for path computations, are not enabled by default. They must be explicitly enabled in the OSPF configuration. Therefore, answer C is correct. Answer B is incorrect and contradicts C. The 'no-cspf' command would disable CSPF (Constrained Shortest Path First), which is used for path computations in MPLS traffic engineering, so it should not be used if you want the LSP to utilize OSPF's link state database for path computations. Therefore, answer A is incorrect. The 'policing' parameter is not relevant to enabling traffic engineering extensions in OSPF, so answer D is incorrect.

NEW QUESTION # 118
......

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