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| Section | Weight | Objectives |
|---|---|---|
| Multiprotocol Label Switching (MPLS) | 12-18% | - Segment routing basics - Terminology and forwarding - Labels and LIB - Configuration and monitoring - LDP and RSVP |
| Layer 2 Bridging and VLANs | 8-12% | - Bridging concepts - VLANs and trunking - Service provider switching features |
| Protocol-Independent Routing | 10-15% | - Filter-based forwarding - Static, aggregate, and generated routes - Load balancing - Routing instances and RIB groups - Martian addresses |
| Open Shortest Path First (OSPF) | 15-20% | - Configuration and troubleshooting - LSA types and operation - Areas and router types - Link-state database |
| High Availability | 5-8% | - NSR and GRES concepts - Graceful restart - Nonstop active routing |
| IPv6 | 8-12% | - Autoconfiguration - Address types and format - OSPFv3 and BGP for IPv6 - Static and dynamic routing |
| Tunnels | 5-8% | - Tunnel configuration and usage - GRE and IP-IP tunnels |
| Intermediate System to Intermediate System (IS-IS) | 10-15% | - PDUs and TLVs - Adjacencies and levels - Configuration and monitoring - Metrics and wide metrics |
| Border Gateway Protocol (BGP) | 20-25% | - Configuration and troubleshooting - IBGP and EBGP - Policy and route filtering - Path selection and attributes - Basic operation and message types |
| Spanning Tree Protocols | 8-12% | - STP, RSTP, MSTP, VSTP - Configuration and convergence - BPDU and protection features - Port roles and states |
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NEW QUESTION # 63
By default, which routing table contains a list of all ingress LSPs?
Answer: B
Explanation:
In the Juniper Networks Junos operating system, the management of routing information is partitioned into several distinct routing tables (RIBs), each serving a specific architectural purpose. When dealing with Multiprotocol Label Switching (MPLS), understanding the distinction between inet.0 and inet.3 is fundamental for troubleshooting and traffic engineering.
Theinet.3routing table is specifically designed to store the egress IPv4 addresses ofLabel-Switched Paths (LSPs). When an ingress router successfully establishes an LSP (via RSVP or LDP), it places the host address of the egress router (the tail-end) into the inet.3 table. This table is not used for general packet forwarding; instead, it is primarily used by theBorder Gateway Protocol (BGP)for next-hop resolution. When BGP receives a route, it checks both inet.0 and inet.3 to resolve the next hop. If a matching entry exists in inet.3, the router knows it can reach that destination via an MPLS tunnel, allowing for the encapsulation of BGP traffic within MPLS.
In contrast,inet.0is the default unicast routing table used for standard IPv4 forwarding and contains routes learned via IGPs (OSPF, IS-IS) or static routing.inet.1is utilized for multicast forwarding (MBGP), andinet.2 is typically used for Multicast Source Discovery Protocol (MSDP) or RPF checks in multicast environments.
By isolating LSP egress points in inet.3, Junos prevents MPLS-specific paths from interfering with standard IGP path selection unless the administrator explicitly chooses to merge them (e.g., using the traffic- engineering bgp-igp command). Therefore, by default, the ingress router maintains its list of reachable LSP endpoints in inet.3.
NEW QUESTION # 64
You are asked to configure filter-based forwarding on a Junos device. Which two statements are correct in this scenario? (Choose two.)
Answer: C,D
Explanation:
Filter-based forwarding in Junos requires the creation of a routing policy to specify the match conditions and actions and the application of a match filter to classify traffic to use the policy.
NEW QUESTION # 65
Which BGP attribute is optional, transitive, and is passed unchanged to other BGP peers if not recognized?
Answer: A
Explanation:
BGP attributes are categorized into four distinct types based on how they are handled by a BGP speaker:Well- known mandatory,Well-known discretionary,Optional transitive, andOptional non-transitive.
Understanding these categories is essential for traffic engineering and ensuring consistent policy across an Autonomous System.
According to Juniper Networks technical documentation, theCommunityattribute is classified as anoptional transitiveattribute. The term "optional" implies that a BGP implementation is not required to support or recognize the attribute. However, because it is "transitive," if a Juniper router receives an update containing a community tag that it does not recognize or has no specific policy for, it must accept the attribute and pass it along to other BGP peers unchanged. This ensures that community-based policies can be signaled across intermediate ASes that may not be configured to act upon those specific tags.
In contrast:
* Origin (Option A)andAS Path (Option B)arewell-known mandatoryattributes. Every BGP update must include these, and every BGP-compliant router must recognize them.
* MED (Option D)(Multi-Exit Discriminator) is anoptional non-transitiveattribute. If a router receives a MED and advertises that route to an EBGP peer, the MED is typically stripped away (unless specific configurations like path-selection cisco-non-deterministic are used), as it is intended only to influence the immediate neighboring AS.
The Community attribute (defined in RFC 1997) is a powerful tool in Junos OS, often used for tagging routes to trigger specific routing policies, such as setting local preference or identifying the geographic origin of a prefix. By being transitive, it allows for sophisticated administrative control across complex multi-provider environments.
NEW QUESTION # 66
What are two types of SlDs used in segment touting? (Choose two.)
Answer: C,D
Explanation:
In segment routing, SIDs (Segment Identifiers) are used to identify different types of segments that can be traversed. A node SID represents an instruction to route a packet to a particular node, and an adjacency SID represents an instruction to route a packet over a specific link or adjacency between two nodes.
NEW QUESTION # 67
Referring to the exhibit, how do you verify the status of the tunnel from R1?
Answer: A
Explanation:
To verify the status of the tunnel from R1, you would issue a ping from the source address that is assigned to R1's end of the tunnel. In the exhibit, we can see that the tunnel interface (gre-
0/0/0.0) has the IP address 198.51.100.1 on R1. Therefore, to test the tunnel's status, you should ping the IP address at the other end of the tunnel (which is likely the address on User B's interface or another interface on R2) from R1's tunnel source address.
NEW QUESTION # 68
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