A. Flexible network topology changes
B. Automated device updates
C. Customizable user access levels
D. Improved security protocols
E. Enhanced network performance monitoring
A. Peer-to-peer network setup
B. Direct configuration through physical console ports
C. Manual configuration at each site
D. Centralized cloud-based management
A. Single connections
B. Fixed routing protocols
C. Manual interventions
D. Multiple redundant paths
A. Reduced scalability
B. Decreased network flexibility
C. Higher operational costs
D. Enhanced network segmentation
A. EVPN Multihoming (Collapsed-Core)
B. 5-Stage IP Clos
C. Campus Fabric IP Clos
D. Campus Fabric Core-Distribution
A. Apply predefined settings to ports across the network
B. Configure ports on a switch individually without templates
C. Monitor real-time traffic on television channels
D. Assign specific roles to network users
A. Simplification of physical network topology
B. Increased reliance on Layer 2 flooding
C. Reduced control plane scalability
D. Integrated control and data plane learning for efficient MAC address management
A. NTP server
B. IP address
C. name server
D. NETCONF
A. Manual-only switch discovery
B. AI-driven insights for switch health
C. Reduced data security
D. Increased network congestion
A. latency
B. storm control
C. packet loss
D. interface anonalies
