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Nokia 4A0-116 Exam
- Topic 1: Configuring segment routing LSPs with traffic engineering constraints/ Configuring IS-IS to advertise TE information
- Topic 2: Differences between segment routing and other traditional MPLS label signaling protocols/ MPLS data encapsulation and forwarding
- Topic 3: Steering traffic into flex-algo segment routing tunnels/ Advertisement of flex-algo information by IS-IS
- Topic 4: Link-state routing protocol extensions to support traffic engineering/ Configuring OSPF to advertise TE information
- Topic 5: Link-state routing protocol extensions to support segment routing/ Configuring OSPF to support segment routing
- Topic 6: Topology-Independent Loop-Free Alternate (TI-LFA) paths/ Remote Loop-Free Alternate (R-LFA) paths
- Topic 7: Advertisement of flex-algo information by OSPF/ Flexible algorithm configuration/ Flexible algorithm basics
- Topic 8: Segment routing tunnels with traffic engineering constraints/ Enabling traffic engineering
- Topic 9: Using segment routing tunnels that follow the IGP shortest path/ Basic segment routing configuration and operation
- Topic 10: Using segment routing tunnels with TE constraints (SR-TE)/ Label stack reduction for CSPF-calculated paths
- Topic 11: Configuring segment routing LSPs calculated by the PCE/ SR-TE with a path computation element
- Topic 12: Local calculation of a TE-constrained LSP path/ Secondary LSP paths and seamless-BFD/ Ensuring LSP path diversity
- Topic 13: Precedence of the different LFA options/ Enabling segment routing fast re-route/ Path Computation Element Protocol (PCEP)
Free Nokia 4A0-116 Exam Actual Questions
The questions for 4A0-116 were last updated On May. 25, 2023
Based upon the exhibit, which of the following statements regarding the configuration is FALSE?
Based on the exhibit, which of the following is a viable option for the Path Computation Element (PCE) to obtain all the necessary topology and traffic-engineering information from the network, so that it can calculate LSP paths on behalf of the PE routers?
In which of the following aspects does the configuration of flex-algo LSPs have an advantage over the configuration of SR-TE LSPs?
Flex-Algo LSPs are a type of LSP that allows for greater flexibility in configuring traffic engineering constraints. This is because flex-algo LSPs can be configured with a unique set of traffic engineering constraints for each LSP, whereas SR-TE LSPs use a predefined set of traffic engineering constraints that applies to all LSPs.
Label stack size of the encapsulated data packets, List of traffic-engineering constraint types available to choose from, and Ability to associate one primary and up to two secondary paths to the same LSP are not the advantages of flex-algo LSPs over SR-TE LSPs.
Based on the exhibit, which of the following is a viable option for the Path Computation Element (PCE) to obtain all the necessary topology and traffic-engineering information from the network, so that it can calculate LSP paths on behalf of the PE routers?
In which of the following aspects does the configuration of flex-algo LSPs have an advantage over the configuration of SR-TE LSPs?
Flex-Algo LSPs are a type of LSP that allows for greater flexibility in configuring traffic engineering constraints. This is because flex-algo LSPs can be configured with a unique set of traffic engineering constraints for each LSP, whereas SR-TE LSPs use a predefined set of traffic engineering constraints that applies to all LSPs.
Label stack size of the encapsulated data packets, List of traffic-engineering constraint types available to choose from, and Ability to associate one primary and up to two secondary paths to the same LSP are not the advantages of flex-algo LSPs over SR-TE LSPs.
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