The Spanning Tree Protocol, or STP, is used in
networks to prevent loops when network switches and bridges use many
paths to interconnect. Using the 802.1D IEEE algorithm, the Spanning
Tree Protocol detects loops and closes them by shutting down the bridge
interfaces. By using the Spanning Tree Protocol, only one active path is
available between two interconnected network devices. STP’s primary
function is to prevent bridge loops. By using Spanning Tree Protocol,
network designers can ensure a single active path between devices while
also including redundant paths that can be enabled if an active path
fails. A related protocol is the Rapid Spanning Tree Protocol (RSTP)
which was introduced as the next generation protocol for STP. The IEEE
802.1D-2004 has made STP obsolete and now uses RSTP due to RSTP’s faster
response. Other related protocols include Per-VLAN Spanning Tree,
Multiple Spanning Tree Protocol, and Rapid Per-VLAN Spanning Tree. Per-VLAN
Spanning Tree is used in Ethernet switched networks containing multiple
virtual LANs. Multiple Spanning Tree Protocol is an extension of RSTP
and involves virtual LANs. Rapid Per-VLAN Spanning Tree is a proprietary
protocol by Cisco which blends RSTP with Per-VLAN Spanning Tree.
Our sole objective here at Driversupdate.org is to help provide the latest technology for keeping your Windows drivers up-to-date and your computer running free of problems!
This Driver and System Update tool has earned loads of software recognition awards for a top-quality product.
We
are very good at what we do - keeping your device drivers Always-Up-to-date and your
computer running at peak performance.
Driver Updates are highly recommended by lots of respected software authority sites,
and this product is one of the very best!
Our sole objective here at Driversupdate.org is to help provide the latest technology for keeping your Windows drivers up-to-date and your computer running free of problems!
