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Juniper JN0-364 Exam Syllabus Topics:

SectionWeightObjectives
IPv68-12%- Address types and format
- Autoconfiguration
- OSPFv3 and BGP for IPv6
- Static and dynamic routing
Multiprotocol Label Switching (MPLS)12-18%- Segment routing basics
- Configuration and monitoring
- LDP and RSVP
- Labels and LIB
- Terminology and forwarding
High Availability5-8%- Nonstop active routing
- NSR and GRES concepts
- Graceful restart
Tunnels5-8%- GRE and IP-IP tunnels
- Tunnel configuration and usage
Border Gateway Protocol (BGP)20-25%- Policy and route filtering
- IBGP and EBGP
- Basic operation and message types
- Path selection and attributes
- Configuration and troubleshooting
Layer 2 Bridging and VLANs8-12%- VLANs and trunking
- Service provider switching features
- Bridging concepts
Protocol-Independent Routing10-15%- Routing instances and RIB groups
- Filter-based forwarding
- Load balancing
- Static, aggregate, and generated routes
- Martian addresses
Open Shortest Path First (OSPF)15-20%- LSA types and operation
- Link-state database
- Areas and router types
- Configuration and troubleshooting
Spanning Tree Protocols8-12%- Port roles and states
- STP, RSTP, MSTP, VSTP
- Configuration and convergence
- BPDU and protection features
Intermediate System to Intermediate System (IS-IS)10-15%- Metrics and wide metrics
- Configuration and monitoring
- Adjacencies and levels
- PDUs and TLVs

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Juniper Service Provider Routing and Switching, Specialist (JNCIS-SP) Sample Questions (Q20-Q25):

NEW QUESTION # 20
You are designing an MPLS network and want to ensure that traffic traverses an LSP between PE routers that follow an explicit path through the core. Which protocol would accomplish this task?

Answer: D

Explanation:
In a Juniper Networks MPLS environment, the selection of a signaling protocol depends heavily on the requirement for traffic engineering and path control. To satisfy the requirement for anexplicit path-where the network architect defines specific hop-by-hop routers that the traffic must traverse-theResource Reservation Protocol (RSVP)is the necessary choice.
According to Juniper documentation, RSVP (specifically RSVP-TE) supports the use ofExplicit Route Objects (EROs). When you configure an LSP in Junos OS, you can define a path consisting of a series of IP addresses (strict or loose hops). RSVP then signals the LSP along that exact sequence of routers, reserving resources and establishing labels as it goes. This allows for precise control over the network's traffic patterns, enabling administrators to steer traffic away from congested links or toward specific high-bandwidth paths.
In contrast,LDP (Label Distribution Protocol)(Option D) is a "best-effort" signaling protocol. LDP strictly follows the Interior Gateway Protocol (IGP) shortest path. It does not support explicit paths or traffic engineering constraints; it simply builds a "mesh" of labels based on the existing routing table.IS-IS(Option C) is an IGP used to populate the routing table and TED but does not signal labels.BGP(Option A) is used for service delivery (like L3VPNs) but relies on an underlying transport LSP (built by RSVP or LDP) to reach its next hop. Therefore, only RSVP provides the mechanism for explicit path manipulation.


NEW QUESTION # 21
Referring to the exhibit. You are asked to assign interface xe-1/0/5 to a virtual switch. What must be accomplished to complete the configuration?

Answer: A

Explanation:
The exhibit shows the configuration of a virtual switch called sw-1 with two VLANs defined within it:
vlan_1 with VLAN ID 1 and vlan_2 with VLAN ID 2. To add interface xe-1/0/5 to the virtual switch, the interface must be associated with one of these VLANs. Since the interface is already configured with vlan-id 2, it implies that it is intended to be part of vlan_2 within the virtual switch sw-1. Therefore, the correct answer is to add interface xe-1/0/5 to the vlan_2 bridge domain under the sw-1 routing instance.


NEW QUESTION # 22
Click the Exhibit button. The routers shown in the exhibit are configured for segment routing. In this scenario, what is the adjacency SID that Router B advertises to Router A?

Answer: D

Explanation:
The diagram you provided shows two routers, Router A and Router B, with MPLS labels between them. In the context of segment routing with MPLS, each router advertises a set of SIDs (Segment Identifiers). These SIDs can be node SIDs, which are associated with the router itself, or adjacency SIDs, which are associated with the links between routers.
Given the information from the exhibit:
Router A has a Router ID of 10.1.1.1 and is associated with the MPLS label 11. Router B has a Router ID of 10.1.1.2 and is associated with the MPLS label 12. The adjacency SID in segment routing is used to identify a specific adjacency between two routers. In this case, the question is asking for the adjacency SID that Router B advertises to Router A. This would be the label that Router B tells Router A to use to send packets directly to Router B over their shared adjacency.
So, the adjacency SID that Router B advertises would be associated with the link that Router A would use to send traffic to Router B, which is labeled with the number 12 in the exhibit.


NEW QUESTION # 23
Which two statements are correct when using LDP? (Choose two.)

Answer: B,C

Explanation:
With Label Distribution Protocol (LDP), a full mesh of label-switched paths (LSPs) is automatically created between all LDP-enabled routers, and these paths are reflected in the inet.3 table. LDP LSPs are set up when LDP is enabled on interfaces connecting routers in an MPLS network.


NEW QUESTION # 24
You want to share routes between two routing instances that you have configured? What are two ways to accomplish this task? (Choose two.)

Answer: B,C

Explanation:
Static route with a next-hop of next-table pointing to the appropriate routing table which contains more accurate information rib-groups to mirror routing information from one route-table to another. However, in many cases, in order to make this work, interface-routes also need to be mirrored. RIB Group policy can be used to constrain the routing information instance-import and instance-export statements configured within the individual routing-instances to leak routes from one table to another. Again, policy can be used here to constrain the routing information. This method is more straightforward than the rib-group method A final approach is to use physical interfaces or logical- tunnels to stitch routing-instances and use a routing protocol or static routes across this connection between the two routing-instances.
To share routes between two routing instances on a Junos device, you can configure an instance import policy in one or both instances to import routes from the other instance. Alternatively, a RIB (Routing Information Base) group can be used to share routes between instances.


NEW QUESTION # 25
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