Available Number of Questions: Maximum of
40 Questions
Exam Name: Nokia Segment Routing
Exam Duration: 90 Minutes
Related Certification(s):
Nokia Service Routing Architect Certification
Nokia 4A0-116 Exam Topics - You’ll Be Tested in Actual Exam
The Nokia 4A0-116 exam is a comprehensive assessment that covers a wide range of topics, providing a deep understanding of Nokia's networking technologies and solutions. This exam delves into the fundamentals of Nokia's network architecture, exploring the design and implementation of various network components. It also covers the critical aspects of network management, including performance monitoring, troubleshooting, and optimization techniques. Additionally, the exam assesses your knowledge of security measures and best practices to ensure a robust and secure network environment. Furthermore, it tests your understanding of service provider networks, focusing on the unique challenges and opportunities presented by these complex environments. Finally, the exam evaluates your grasp of cloud and virtualization technologies, highlighting their role in modern networking solutions. By covering these diverse topics, the Nokia 4A0-116 exam ensures that you possess a well-rounded expertise in Nokia's networking landscape, preparing you for real-world challenges and opportunities in the field.
Nokia 4A0-116 Exam Short Quiz
Attempt this Nokia 4A0-116 exam quiz to self-assess your preparation for the actual Nokia Segment Routing exam. CertBoosters also provides premium Nokia 4A0-116 exam questions to pass the Nokia Segment Routing exam in the shortest possible time. Be sure to try our free practice exam software for the Nokia 4A0-116 exam.
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Nokia 4A0-116 Exam Quiz
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Nokia4A0-116
Q1:
To create a flex-algo instance in a network, which of the following configuration steps is mandatory?
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AConfiguring the proper values for the shared-risk link groups (SRLGs) that will define the flex-algo topology.
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BConfiguring at least one router in the network to create and advertise the flex-algo definition.
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CSpecifying whether the LSP paths will be computed locally or by an external path computation element (PCE).
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DConfiguring LSPs between every pair of PE routers.
Nokia4A0-116
Q2:
The exhibit shows the fast re-route configuration on router R1, in which both R-LFA and TI-LFA have been enabled. Assume that there are multiple potential backup paths for a given prefix. Which of the following options will router R1 use?
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AA standard LFA path that would not coincide with the path after IGP re-convergence.
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BAn R-LFA path that would not coincide with the path after IGP re-convergence.
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CA D-LFA path that would not coincide with the path after IGP re-convergence.
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DA D-LFA path that would coincide with the path after IGP re-convergence.
Nokia4A0-116
Q3:
The exhibit presents packets being transmitted inside an LSP's multi-segment primary path going from router R1 to router R8. The LSP also has a standby secondary path, and Seamless-BFD has been enabled on the primary path. The link between routers R1 and R2 fails, and fast re-route (FRR) is triggered. As a result, router R1 forwards the packets to router R3 and adds the proper FRR encapsulation to reach which router?
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ATo reach router R2, which is the LSP's intended next-hop.
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BTo reach router R5, which is the shortest way to go back to the original path.
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CTo reach router R4, which is the tail-end of the active segment.
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DTo reach router R8, which is the tail-end of the LSP.
Nokia4A0-116
Q4:
Which of the following statements about segment routing fast re-route is FALSE?
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AFast re-route is a temporary fix that becomes active for a short period of time after a local network failure.
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BFast re-route typically protects the active segment of a tunnel, but under certain conditions it can protect an end-to-end multi-segment tunnel instead.
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COn a Nokia 7750 SR, R-LFA and TI-LFA can be enabled independently of each other.
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DThe parameter 'max-sr-frr-labels' limits the number of labels that R-LFA can add to the data packet encapsulation.
Nokia4A0-116
Q5:
Based upon the exhibit, which of the following statements regarding the configuration is FALSE?
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ATraffic engineering information will only be advertised for the interfaces that have both MPLS and RSVP enabled.
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BThe Node-SID assigned to this router is the second label in the defined range.
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CTraffic engineering has been enabled on this router.
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DAdjacency-SID labels will not be advertised as they have not been defined under the physical interfaces.
