A broadcast storm can cause a network to become too congested to transfer any useful traffic; switches are susceptible to broadcast storms.
A trunk connection is affected by broadcast storms on any particular VLAN that is carried by that trunk.
In order to prevent broadcast storms and other side effects of looping, Digital Equipment Corporation created the Spanning Tree Protocol (STP).
a router and a layer 3 switches.
STP (Spanning Tree Protocol) addresses the issue of network loops in Ethernet networks. Without STP, network loops can cause broadcast storms and packet collisions, leading to network congestion and performance degradation. STP helps prevent loops by identifying and blocking redundant paths in the network.
Defects in networking devices are malware-infected computer,broadcast storms....
Using a layer two network device (a switch) which will minimize broadcast storms because the device will maintain a table of hardware addresses and forward packets only to the relevant port.
end device malfunction because of broadcast storms
Divide the computers into separate VLANs on the existing switches. ?
The weather statement means that the area affected by the storms may have strong winds and hail.
Divide the computers into separate VLANs on the existing switches. ?
STP (Spanning Tree Protocol) is important in computer networking to prevent loops in Ethernet networks. By selecting a single active path among redundant paths, STP ensures network efficiency and stability. It helps to avoid broadcast storms and ensures that data packets reach their intended destination without causing network congestion.
This is because the particular those countries are under the continental belts and thus once there is an occurance of storms the Philipines areas are much affected.