stp cat5

traffic. GE Ethernet can satisfy the "greedy" appetite of network users for large bandwidth applications, which is undoubtedly the next major development direction of the network. When selecting the cable type, designers of Gigabit Ethernet have considered a large number of existing Cat5 applications. Therefore, the physical bandwidth is 100 MHz. In this way, in principle, Class 5 lines can run Gigabit Ethernet. However, the actual statistical result

Switch stp configuration, switch stp Topology Configuration code SW1 --------------------------------------------------- 1. configuration code Sys Vlan 2 Vlan 3 Quit Interface eth-trunk 1 Quit Interface g0/0/1 Eth-trunk 1 Quit Interface g0/0/2 Eth-trunk 1 Quit Interface eth-trunk 1 Port link-type trunk Port trunk allow-pass vlan all Quit Interface g0/0/3 Port link-type trunk Port trunk allow-pass vlan all

RSTP = 802.1wNote The main points: Fast convergence is based on switch-related process synchronization To open a command:-Spanning Tree mode MST-Spanning Tree mode Rapid-pvst The synchronization process only occurs on the peer Non-edge port (the full Duplex,non-edge to have the Bpdu,edge port configured portfast command) Note: If Portfast is not configured on the edge port and the port is full duplex, the host does not reply to agree when it receives the rapid

The STP (Spanning tree Protocol) is the acronym for the Spanning Tree protocol. This protocol can be used to establish a tree topology in the network, eliminate the loop in the network, and can realize path redundancy through certain methods, but it is not certain that path redundancy can be realized. Spanning tree protocol is suitable for all manufacturers of network equipment, in the configuration and reflect the functional strength of the differenc

(second step) and the specified port (the third step) has established a loop-free topology map. You can think of this topology diagram as a wheel, the root bridge is the axis, the active non-ring path (vehicle spokes) outward radiation. On a network with stable network conditions, only the root bridge sends BPDUs outward on the network. When the above three steps are completed, the network converges on the loop-free topology, and the other topology changes are handled by the topology Change p

Session 1 STPThe STP (Spanning tree Protocol) is the acronym for the Spanning Tree protocol. This protocol can be used to establish a tree topology in the network, eliminate the loop in the network, and can realize path redundancy through certain methods, but it is not certain that path redundancy can be realized. Spanning tree protocol is suitable for all manufacturers of network equipment, in the configuration and reflect the functional strength of

Spanning Tree [01] Introduction to Spanning Tree and explanation of STP principlesWhy do we need to use the Spanning Tree Protocol? The Spanning Tree Protocol is a layer-2 link protocol. As shown in, vswitches play an important role in L2 Networks. If a switch fails, the use of the network may be affected. To avoid spof, in the actual L2 link, link redundancy is used, that is, multiple contact connections are used between switching devices, that is, m

STP (Spanning Tree Protocol) is a layer-2 management protocol that selectively blocks redundant network links to eliminate L2 network loops, it also supports link backup. Like other protocols, the Spanning Tree Protocol is constantly updated with the continuous development of the network. The Spanning Tree Protocol is a broad concept. It does not refer to the STP protocol defined in IEEE 802.1d, but includ

STP: Spanning tree Protocol, in order to prevent broadcast storms in a ring-switched network, logically disconnect a backup line, and when there is a problem with a line, the blocked port will automatically open and continue to work.Root bridge: In a switched network there must be a root bridge, which controls the stability of the entire LAN, security, it is very important.pvst+: A VLAN-enabled STP switchin

Main contents of the experiment: 1.VTP of configuration 2.STP of configuration 3. Configuration of the switch 4. Configuration of routers 5. Test experiment topology: The 1.VLAN divides the VLAN ID for the 2~5 VLAN 1 for the Management VLAN, without the role of the user VLAN. IP address planning for 2.VLAN vlan ID ip address range /td> gateway address 2 192.168.10.0/26 192.168.10.1/26192.168.10.2/2

Cisco 3550 switch stp learning notes STP (Spanning Tree Protocol) (IEEE 802.1D) Spanning Tree Protocol-review the working principles of SW: 1. the frame it forwards cannot be modified. create a MAC-PORT ing table based on source MAC learning. forward the frames in the target MAC ing table directly from the corresponding port. for frames without target MAC ing/Target wide (Group) broadcasting, SW learns diff

The Spanning Tree Protocol (Spanning Tree) is a layer-2 management protocol that selectively blocks redundant network links to eliminate L2 loops. It also supports link backup.Like other protocols, the Spanning Tree Protocol is constantly updated with the continuous development of the network. The Spanning Tree Protocol is a broad concept. It does not refer to the STP protocol defined in IEEE 802.1D, but includes