Download Valid 6v0-22.25 Exam Dumps for Best Preparation 1 / 3 Exam : 6v0-22.25 Title : https://www.passcert.com/6V0-22.25.html VMware Avi Load Balancer 30.x Administrator Download Valid 6v0-22.25 Exam Dumps for Best Preparation 2 / 3 1.Which component in the Avi architecture is responsible for handling all data plane traffic and executing load balancing decisions? A. Avi Controller B. Avi Service Engine C. Avi Cloud Connector D. Avi DNS Answer: B Explanation: The Service Engine (SE. is the distributed data plane component that processes all traffic for virtual services. The Controller is the management plane. 2.Which of the following are primary tasks performed by the Avi Controller? (Choose two) A. Processing client traffic to the virtual IP B. Storing and managing all configuration policies C. Executing health monitor checks against backend servers D. Communicating with the cloud infrastructure orchestrator Answer: B, D Explanation: The Avi Controller is the central management plane. It holds all configurations and communicates with the underlying infrastructure (like vCenter or NSX-T). Service Engines handle data plane tasks like processing traffic and health monitors. 3.In the context of Avi Load Balancer, what does a "distributed data plane" mean? A. The Controller cluster is geographically distributed. B. Load balancing services are handled by multiple, lightweight Service Engines placed close to applications. C. A single, large appliance handles traffic for the entire data center. D. All configuration is stored locally on each Service Engine. Answer: B Explanation: A distributed data plane architecture involves using multiple data plane instances (Service Engines) that can be deployed on-demand, close to the applications they are servicing, rather than routing traffic through a centralized chokepoint. 4.A virtual service is configured with an L4 Application Profile. Which of the following traffic characteristics can it inspect to make load balancing decisions? A. HTTP Headers B. SSL Certificate details C. Source/Destination IP Address and Port D. The URI path of the request Answer: C Explanation: Layer 4 load balancing operates at the transport layer of the OSI model. It can only make decisions based on information available at that layer, such as IP addresses and TCP/UDP ports, without inspecting the Download Valid 6v0-22.25 Exam Dumps for Best Preparation 3 / 3 application-level content. 5.What is a key advantage of L7 load balancing over L4 load balancing? A. It has lower latency. B. It can make more intelligent routing decisions based on application content. C. It requires fewer system resources. D. It supports a wider range of transport protocols. Answer: B Explanation: L7 load balancing can inspect application-layer data, such as HTTP headers, cookies, and URIs, allowing for more sophisticated and content-aware traffic management. 6.Which load balancing algorithm directs new connections to the backend server that currently has the fewest active connections? A. Round Robin B. Least Connections C. Fastest Response D. IP Hash Answer: B Explanation: The Least Connections algorithm is dynamic and sends traffic to the server that is currently the least busy, which is ideal for environments where session durations vary significantly. 7.True or False: In an Avi architecture, session persistence (stickiness) can be configured based on the client's source IP address or by using an HTTP cookie. A. True B. False Answer: A Explanation: Avi supports multiple methods for session persistence. Source IP persistence is a common L4 method, while HTTP cookie persistence is a more robust L7 method that works well even if the client's IP address changes. 8.What does an N+M High Availability configuration for a Service Engine Group provide? A. All virtual services are active on all SEs in the group simultaneously. B. The group can sustain the failure of 'M' Service Engines while 'N' SEs remain active. C. It limits the group to a maximum of 'N' active SEs and 'M' standby SEs. D. The virtual services are split between two sites, N and M. Answer: B Explanation: N+M is an elastic HA model where 'N' is the number of active SEs required to handle the load, and 'M' is the buffer capacity (number of additional SEs) that can fail without impacting services.