In terms of flexibility, how do virtual trunks compare to physical trunks?

Virtual trunks allow for dynamic configuration, which is a significant advantage in terms of flexibility compared to physical trunks. This capability means that virtual trunks can adapt quickly to changes in network topology, traffic patterns, or service requirements without the need for physical alterations to the infrastructure. Configuration changes can be made through software, enabling easier and faster adjustments in response to dynamic network demands.

In contrast, physical trunks typically require manual intervention for reconfiguration, which can be time-consuming and may disrupt services. This limitation reduces their overall flexibility when compared to the software-driven nature of virtual trunks. As a result, organizations that implement virtual trunks can benefit from quicker response times to changing network conditions and can scale their configurations according to evolving needs with greater ease.