In order to prevent broadcast storms and other side effects of looping, Digital Equipment Corporation created the Spanning Tree Protocol (STP).
STP (Spanning Tree Protocol)
A broadcast storm can cause a network to become too congested to transfer any useful traffic; switches are susceptible to broadcast storms.
A broadcast storm can be ended by implementing network management techniques such as enabling broadcast storm control on switches, which limits the amount of broadcast traffic allowed per port. Additionally, identifying and isolating the faulty device or misconfigured network segment causing excessive broadcasts can help. Other solutions include segmenting the network with VLANs or using network monitoring tools to detect and address the root cause of the storm. Lastly, rebooting affected devices can temporarily alleviate the issue.
A broadcast storm is what occurs when the number of broadcasts on a broadcast domain reaches a certain level that causes the network to shut down for useful traffic entirely.
This is referred to as a broadcast storm.
a broadcast storm
It prevents a broadcast storm that can cripple a network.
high cost to create redundancy in networkincreased broadcast storm in network.
d. A broadcast storm
Gm vehicles do not use ineria/reset switches.
Tornado watches are broadcast to the general public via online sources and weather radios. Storm chasers do not have any special status.
Core_S1, Access_S2, and Access_S3