4A0-D01 Dumps (V9.02) Are the Most Current Materials for Nokia Data Center Fabric Fundamentals Exam Preparation: Read 4A0-D01 Free Dumps (Part 2, Q41-Q80) Online

1. What is the purpose of configuring logging levels in SR Linux?

2. Which protocol is commonly used in VXLAN-Based EVPN Overlay Networks for control plane operations?

3. What are the key components of the SR Linux architecture?

4. What is one logging tool commonly used in SR Linux for monitoring and troubleshooting network issues?

5. What are the key benefits of using the Nokia Fabric Services System?

6. Which of the following routing protocols is commonly used for inter-domain routing in IPv4 networks?

7. What is the purpose of the Data Plane in the SR Linux architecture?

8. What command is used to configure a network interface in SR Linux?

9. Which architecture in SR Linux is in charge of exchange and calculation of routing information to build forwarding tables?

10. What is the purpose of configuring BGP peering sessions?

11. What is the purpose of using the next-hop attribute in BGP?

12. Why is the use of Layer 3 VXLAN-Based EVPN Overlay Networks beneficial for data center architectures?

13. What is the benefit of customizing command shortcuts in the SR Linux CLI?

14. What is the purpose of IP-VRF and MAC-VRF network instances?

15. Which component of the SR Linux architecture is focused on monitoring and managing the health and status of the system?

16. What tool can be used in SR Linux for logging and monitoring network activity?

17. How does the Nokia Fabric Services System enhance network operations in data center environments?

18. Which interface provides a programmatic way to push and pull configuration data in JSON format?

19. Which feature of Nokia's SR Linux platform allows for simplified network management and configuration?

20. What are some benefits of utilizing Nokia's SR Linux and the Nokia Fabric Services System in data center fabric design?

21. When configuring Layer 2 VXLAN-based EVPN overlay networks, what is a common method for achieving optimal network redundancy?

22. When configuring an IP-VRF network instance, what must be unique in each VRF?

23. What are some ways in which you can customize the SR Linux CLI?

24. What is an important consideration when configuring Layer 2 VXLAN-Based EVPN Overlay Networks for data center deployments?

25. In which type of environments is the Nokia Fabric Services System most commonly used?

26. When configuring BGP for IPv6 networks, what is the equivalent of the IPv4 network command used in IPv4 BGP?

27. How can you configure a sub-interface on a physical network interface?

28. How does the integration with Nokia Fabric Services System enhance the capabilities of SR Linux platform?

29. Which component of the SR Linux architecture is responsible for handling routing protocol innovations, policy enforcement, and telemetry?

30. What is the primary purpose of the Nokia Fabric Services System in designing and deploying a data center fabric?

31. Which command can be used to customize the prompt in the SR Linux CLI?

32. When configuring network interfaces and sub-interfaces in SR Linux, what is the purpose of creating sub-interfaces?

33. What is VXLAN used for in networking?

34. How can users personalize the output format in the SR Linux CLI?

35. Which monitoring protocol is commonly used in SR Linux to provide real-time monitoring of network devices?

36. What is the main purpose of the Nokia Fabric Services System?

37. Which monitoring tool can be used in SR Linux to collect and display real-time network statistics and performance metrics?

38. What is the main architectural component of SR Linux that enables dynamic protocols and services to be implemented as plugins?

39. In what ways does the Nokia Fabric Services System contribute to the efficiency and reliability of a data center fabric deployment?

40. Which routing protocol is commonly used for inter-domain routing in IPv4 networks?