Users report performance issues on the network. A network administrator notices broadcast storms occurring. Which of the following protocols should the administrator configure to mitigate this issue?
Spanning Tree should be configured to mitigate broadcast storms.
The Spanning Tree Protocol (STP) is designed to prevent loops in network topologies, which are a common cause of broadcast storms. By blocking redundant paths and ensuring a single active path, STP effectively reduces unnecessary broadcast traffic and stabilizes the network.
This protocol is specifically designed to prevent loops in Ethernet networks, which are a primary cause of broadcast storms. By dynamically disabling certain paths in the network, STP ensures that there is only one active path between any two network devices, thus eliminating the chance of broadcast traffic looping indefinitely and overwhelming the network.
Enhanced Interior Gateway Routing Protocol (EIGRP) is a routing protocol that facilitates efficient path selection and routing within a network. However, it does not address issues related to broadcast storms directly, as its primary function is to manage routing tables and optimize data transmission rather than controlling broadcast traffic or preventing loops.
Cisco Discovery Protocol (CDP) is used for discovering and managing devices on a network but does not play any role in preventing broadcast storms. Its main function is to provide information about directly connected Cisco devices, making it unrelated to the issue of managing broadcast traffic.
Link Layer Discovery Protocol (LLDP) is similar to CDP and is intended for network device discovery and management at the data link layer. While it aids in network topology visibility, it does not mitigate broadcast storms or loop-related issues, leaving the network vulnerable to excessive broadcast traffic.
Border Gateway Protocol (BGP) is primarily used for routing between autonomous systems on the internet. It does not address local network broadcast issues or prevent broadcast storms, focusing instead on inter-domain routing decisions.
To effectively mitigate broadcast storms, network administrators should implement Spanning Tree Protocol, which prevents loops that cause excessive broadcasts. While other protocols like EIGRP, CDP, LLDP, and BGP serve important roles in routing and device management, they do not directly prevent the conditions leading to broadcast storms. Understanding these distinctions allows for better network performance optimization and stability.
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