다음으로 이어서 보기 좋은 문제 Network Advanced A backup Layer 2 path wakes up during maintenance and spanning tree instantly blocks it Primary paths are stable, yet failover onto the dormant path surfaces an old VLAN contract mismatch that spanning tree detects as inconsistency. Network Advanced A backup trunk becomes active during maintenance and one stack enters root-inconsistent The primary design is clean, yet rarely used backup links reintroduce old spanning-tree and VLAN state during failover. Network Advanced A dormant backup trunk becomes active during maintenance and one stack enters root-inconsistent Primary links are clean, yet the rarely used failover path reintroduces an old L2 view that destabilizes part of the access layer. Network Advanced A dormant backup trunk becomes active during maintenance and one stack hits root-inconsistent Primary links are clean, yet a rarely used failover path reintroduces an old L2 view that destabilizes part of the access layer.
Network Advanced A backup Layer 2 path wakes up during maintenance and spanning tree instantly blocks it Primary paths are stable, yet failover onto the dormant path surfaces an old VLAN contract mismatch that spanning tree detects as inconsistency.
Network Advanced A backup trunk becomes active during maintenance and one stack enters root-inconsistent The primary design is clean, yet rarely used backup links reintroduce old spanning-tree and VLAN state during failover.
Network Advanced A dormant backup trunk becomes active during maintenance and one stack enters root-inconsistent Primary links are clean, yet the rarely used failover path reintroduces an old L2 view that destabilizes part of the access layer.
Network Advanced A dormant backup trunk becomes active during maintenance and one stack hits root-inconsistent Primary links are clean, yet a rarely used failover path reintroduces an old L2 view that destabilizes part of the access layer.