Which is a potential benefit of using virtual trunks instead of physical trunks in an IPO system?

Which is a potential benefit of using virtual trunks instead of physical trunks in an IPO system?

• A. Higher maintenance costs
• B. Simplified management and scalability
• C. Increased installation time
• D. Dependence on physical hardware upgrades

Answer: (B)

Using virtual trunks instead of physical trunks in an IPO system offers the benefit of simplified management and scalability. Virtual trunks allow for more flexible configurations, enabling users to manage multiple connections over fewer physical lines. This not only reduces the complexity of managing the infrastructure but also allows for easier adjustments to the system as business needs evolve. With virtual trunks, organizations can scale their operations seamlessly by adding or changing virtual connections without the need for significant physical installations or changes to the hardware. The efficiencies gained through this adaptability mean that services can quickly align with changing demands or growth without the added hassle of physical trunk adjustments. In contrast, higher maintenance costs, increased installation time, and dependence on physical hardware upgrades are challenges associated with relying on physical trunks. These aspects can complicate the management and growth of the system, making virtual trunks a more attractive option for modern infrastructures.

Using virtual trunks instead of physical trunks in an IPO system offers the benefit of simplified management and scalability. Virtual trunks allow for more flexible configurations, enabling users to manage multiple connections over fewer physical lines. This not only reduces the complexity of managing the infrastructure but also allows for easier adjustments to the system as business needs evolve.

With virtual trunks, organizations can scale their operations seamlessly by adding or changing virtual connections without the need for significant physical installations or changes to the hardware. The efficiencies gained through this adaptability mean that services can quickly align with changing demands or growth without the added hassle of physical trunk adjustments.

In contrast, higher maintenance costs, increased installation time, and dependence on physical hardware upgrades are challenges associated with relying on physical trunks. These aspects can complicate the management and growth of the system, making virtual trunks a more attractive option for modern infrastructures.