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| Section | Objectives |
|---|---|
| Operational Monitoring and Maintenance | - Monitoring and Troubleshooting
|
| Routing Fundamentals | - Routing Concepts and Configuration
|
| Routing Policy and Firewall Filters | - Policy Control and Packet Filtering
|
| User Interfaces and Configuration Basics | - CLI and Basic Configuration
|
| Networking Fundamentals | - Core Networking Concepts
|
| Junos OS Fundamentals | - Junos Architecture and Operations
|
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NEW QUESTION # 11
Click the Exhibit button.
Referring to the exhibit, what is the source IP address of the ping that was executed?
Answer: D
Explanation:
The exhibit shows a ping test being executed from router R2 to the IP address 10.23.0.3. Since the ping command is issued on R2 and we see successful replies from 10.23.0.3, it means the source of the ping must be an interface on R2. Given the network diagram and the IP address scheme, the source IP address of the ping is on the interface ge-0/0/2 of R2, which is in the subnet 10.23.0.0/24. The only logical IP address for R2's interface in this subnet, based on standard networking practices and the given options, would be 10.23.0.2. The other addresses provided in the options belong to different subnets or are the destination of the ping itself.
NEW QUESTION # 12
Which statement accurately describes the purpose of route preference in Junos OS?
Answer: A
Explanation:
In the Junos OS architecture, the routing table often receives prefix information from various sources, including direct connections, static configurations, and multiple dynamic interior and exterior gateway protocols. Route preference, frequently referred to as administrative distance in other vendor environments, serves as the primary tie-breaking mechanism used by the Routing Engine to select a single "active" route when multiple entries for the exact same destination prefix exist from different protocol sources. Each routing source is assigned a default numerical value, where a lower numerical value indicates a more preferred or "trustworthy" source. For instance, a direct route typically carries a preference of 0, while OSPF internal routes default to 10 and BGP routes default to 170.
The selection process evaluates these values; the route with the lowest preference is installed in the forwarding table and used for transit traffic. If preferences are equal, Junos secondary tie- breakers like local preference or metric are considered. Understanding this hierarchy is critical for traffic engineering and ensuring predictable routing behavior across the fabric. Modification of these default values via routing policy allows administrators to influence path selection without altering the underlying protocol metrics themselves.
NEW QUESTION # 13
What are two link state routing protocols? (Choose two.)
Answer: A,D
Explanation:
Link-state routing protocols exchange information about the state of network links to determine the best path to a destination. These protocols maintain a complete view of the network topology.
A). IS-IS (Intermediate System to Intermediate System): IS-IS is a link-state routing protocol used in large-scale networks. It builds a complete topology map of the network and calculates the shortest path using algorithms like Dijkstra.
B). OSPF (Open Shortest Path First): OSPF is another link-state routing protocol, widely used in IP networks. Like IS-IS, it uses a link-state database and Dijkstra's algorithm to calculate the shortest path.
NEW QUESTION # 14
After the factory default configuration is loaded, which configuration object must be created prior to the first commit?
Answer: B
NEW QUESTION # 15
What are two characteristics of transit traffic in Junos OS? (Choose two.)
Answer: B,C
Explanation:
Transit traffic represents the primary " workload " of a Junos device; it is the data that enters one network interface and exits another, destined for a remote host. Unlike exception traffic, transit traffic is forwarded exclusively by the Packet Forwarding Engine (PFE) . The PFE uses specialized Application-Specific Integrated Circuits (ASICs) or programmable NPUs to perform lookups in the hardware-based forwarding table (FIB) at wire speed.
A defining characteristic of transit traffic is that it does not require control plane processing . Once the Routing Engine (RE) has populated the PFE with the necessary forwarding instructions, the RE steps out of the way. The packets pass through the PFE ' s ingress processing, lookups, and egress queuing without ever consuming CPU cycles on the Routing Engine. This bypass is what allows Junos devices to maintain massive throughput and low latency, even if the RE is busy recalculating a complex BGP table. Routing protocol packets (like OSPF updates) and traffic destined for the router ' s own management IP address are explicitly not transit traffic; they are control plane traffic because they terminate at the device ' s " brain. " Transit traffic is strictly " pass-through " data.
Reference: Junos OS Fundamentals, Data Plane and Transit Traffic.
NEW QUESTION # 16
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