Which statement accurately illustrates the relationship between virtual trunks and network density?

The statement about virtual trunks reducing network density requirements is accurate because virtual trunks serve to aggregate multiple logical connections over a single physical connection. This process minimizes the number of physical interfaces and cables necessary for network connectivity. By creating virtual pathways, these trunks enable more efficient use of the existing physical infrastructure, effectively lowering the overall density needed.

This means that rather than needing numerous physical connections to support various endpoints or services, organizations can utilize fewer physical connections due to the flexibility offered by virtual trunks. The result is a streamlined network design that can adapt to varying demands without requiring significant increases in physical infrastructure.

In contrast, other options discuss scalability and physical connections in ways that do not align with the inherent benefits of virtual trunks in enhancing network efficiency and reducing density requirements. Understanding this relationship is vital in optimizing network layouts and ensuring scalable growth as needs evolve.