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| Section | Weight | Objectives |
|---|---|---|
| Tunnels | 5-8% | - Tunnel configuration and usage - GRE and IP-IP tunnels |
| Layer 2 Bridging and VLANs | 8-12% | - VLANs and trunking - Bridging concepts - Service provider switching features |
| Intermediate System to Intermediate System (IS-IS) | 10-15% | - PDUs and TLVs - Configuration and monitoring - Adjacencies and levels - Metrics and wide metrics |
| Multiprotocol Label Switching (MPLS) | 12-18% | - Segment routing basics - LDP and RSVP - Configuration and monitoring - Terminology and forwarding - Labels and LIB |
| Border Gateway Protocol (BGP) | 20-25% | - IBGP and EBGP - Path selection and attributes - Configuration and troubleshooting - Policy and route filtering - Basic operation and message types |
| IPv6 | 8-12% | - Static and dynamic routing - Address types and format - Autoconfiguration - OSPFv3 and BGP for IPv6 |
| Open Shortest Path First (OSPF) | 15-20% | - LSA types and operation - Areas and router types - Configuration and troubleshooting - Link-state database |
| Spanning Tree Protocols | 8-12% | - STP, RSTP, MSTP, VSTP - Configuration and convergence - Port roles and states - BPDU and protection features |
| Protocol-Independent Routing | 10-15% | - Load balancing - Routing instances and RIB groups - Static, aggregate, and generated routes - Filter-based forwarding - Martian addresses |
| High Availability | 5-8% | - Nonstop active routing - Graceful restart - NSR and GRES concepts |
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NEW QUESTION # 117
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 # 118
By default, which three fields are used in the ECMP load-balancing algorithm for Layer 3 IPv4 traffic? (Choose three.)
Answer: C,D,E
NEW QUESTION # 119 
In the exhibit, Site A is sending traffic to Site B. R1 adds MPLS label 7166 to direct the traffic to R5. Which two criteria did R1 use to determine which label number to add to the traffic? (Choose two.)
Answer: A,C
Explanation:
In a Juniper Networks MPLS environment, the process by which a router determines how to forward traffic involves both the control plane and the data plane. When R1 (acting as an Ingress Label Edge Router, or LER) receives an IP packet from Site A destined for Site B, it must perform a lookup to decide whether to forward the packet via standard IP routing or via an MPLS Label Switched Path (LSP).
The first criterion R1 uses is thedestination address of the traffic(Option C). Upon receiving the native IP packet, R1 looks up the destination IP in its routing table (typically inet.0). If the destination matches a prefix that is associated with an LSP-such as the loopback address of R5 or a prefix reachable via R5-the router identifies the appropriate Forwarding Equivalence Class (FEC). The FEC essentially groups packets that should be forwarded in the same manner over the same path. Without identifying the destination, the router cannot map the traffic to the correct MPLS tunnel.
The second criterion is thelabel number advertisement received from R2(Option D). MPLS relies on downstream label allocation. In this topology, R2 is the immediate downstream "next hop" for R1 on the path to Site B. For the LSP to be established, R2 must signal a label to R1 using a protocol like LDP (Label Distribution Protocol) or RSVP (Resource Reservation Protocol). This label (in this case, 7166) tells R1: "If you want to send traffic to the destination associated with this LSP, wrap it in this specific label so I know how to process it." R1 does not use the source address (Option A) for standard label mapping, nor does it receive the label directly from R5 (Option B) in a hop-by-hop signaling model; it must use the label provided by its direct neighbor, R2. Therefore, by combining the destination IP (to find the path) and the label provided by the next hop (to encapsulate the packet), R1 successfully directs the traffic through the MPLS core.
NEW QUESTION # 120
Referring to the exhibit, you have an established RSVP LSP between R1 and R4 when you experience a link failure between R2 and R3.
Which two statements are correct? (Choose two.)
Answer: C,D
Explanation:
Upon a link failure in an RSVP-signaled LSP, the router upstream of the failure (R2) sends a PathTear message upstream to the ingress router (R1), and the router downstream of the failure (R3) sends a ResvTear message downstream to the egress router (R4). These messages signal the failure and initiate tear down of the LSP state in the respective directions.
NEW QUESTION # 121
You are asked to configure a new network environment that will be based on IPv6 and use OSPF. In this scenario, which two statements correctly identify configuration task considerations? (Choose two.)
Answer: A,D
Explanation:
When transitioning to an IPv6 environment usingOSPFv3(the version of OSPF designed for IPv6), there are significant architectural differences compared to OSPFv2 (IPv4). According to Juniper Networks technical documentation, OSPFv3 was redesigned to be more protocol-agnostic.
Router ID (Option C):
Despite OSPFv3 routing IPv6 (which uses 128-bit addresses), the OSPFRouter IDremains a32-bit value formatted like an IPv4 address (e.g., 1.1.1.1). This is a common point of confusion. In a pure IPv6 environment where no IPv4 addresses are configured on any interfaces, a Juniper router cannot automatically derive a Router ID. Therefore, the administrator must manually configure a 32-bit Router ID under [edit routing-options] for the OSPFv3 process to initialize.
Interface Configuration (Option D):
OSPFv3 runs directly over the IPv6 link-local scope. Unlike OSPFv2, it does not require an IPv4 address to function. Therefore, interfaces areonly required to be configured with family inet6(Option D). You do not need "dual-stack" (both IPv4 and IPv6) functionality just to run OSPFv3. The protocol uses the link-local address (fe80::/10) of the interface for neighbor adjacencies and as the next hop for routing updates. This separation allows OSPFv3 to carry multiple "address families" (both IPv4 and IPv6 unicast) if needed, but the base requirement for an IPv6-only network is simply the family inet6 configuration.
NEW QUESTION # 122
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