![]() ![]() Similarly, units can be removed to decrease network capacity. By adding a unit, the administrator can dynamically increase the number of ports in the stack while maintaining a single point of management. Network capacity can be expanded or reduced dynamically.For further explanation, check out Cisco Business: Glossary of New Terms. Some of these stacking terms may be unfamiliar to you. In some cases, stack ports can become members in a stack of Link Aggregation Groups (LAGs) increasing the bandwidth of the stack interfaces. Stacked switches are then collectively managed as a single logical device. The units or switches in a stack are connected through stack ports. To stack two or more switches, you can reconfigure the desired network ports as stack ports in the switches and connect them with the resulting stack ports in a ring or chain topology. A device without any stack port can be thought of as the active device in a stack of only itself or as a standalone device. All the ports in the devices are configured as network ports by default. This makes stacking an effective, flexible, and scalable solution to expand network capacity.īy default, a switch is always stackable, but has no port configured as a stack port. ![]() Depending on its topology, a stack can continue to transfer data even if a link or unit within the stack fails. Stackable switches can be added or removed from a stack as needed without affecting the overall performance of the stack. Stacking allows you to expand your network capacity without the hassle of managing multiple devices. Kmgmt-3025-cisco-business-mobile-app-overview Objective ![]()
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