switchport trunk

vlan 10 on inter e0/2 is untagged, the switch removes the vlan10 mark on the data packet and sends it to pc2 in the form of a normal package. In this case, pc1- gt; p2 uses the data sent from vlan10pc2 to access pc1: www.2cto.com pc2, the pvid vlan20 of inter0/2 encapsulates the vlan20 label and sends it to the switch. The switch finds that inter e0/1 allows vlan 20 Data to pass through, so the data is forwarded to inter e0/1, because vlan 20 on inter e0/1 is untagged, the switch removes the vl

VLAN and Trunk experimentA basic VLAN testExperimental topology:Experimental purpose: Mastering the basic VLAN ConfigurationMastering static interface VLAN PartitioningLab requirements: Create two VLANs,vlan2 and vlan3, on switch switch, withVLAN names for HR, ENGThe host PC1andPC2 are divided into two VLANs respectively.Experimental steps:Step one: Create VLAN2 and VLAN3Switch#conf TSwitch (config) #vlan 2Switch (Config-vlan) #name HRSwitch (Config-

eventually stable in the LAN: access/trunk/multi/dot1q-tunnel. 1. access: it is mainly used to access terminal devices, such as PCs, servers, and print servers.2. trunk: it is mainly used to connect to other switches, so that multiple VLANs can be carried online.4. dot1q-tunnel: Used in the Q-in-Q tunnel configuration. The Cisco network device supports dynamic negotiation of the working status of the port,

Switch Trunk link configuration, switch trunk Link Experiment process: 1. Configure the PC PC1: 192.168.2.1 PC2: 192.168.1.2 PC3: 192.168.2.3 PC4: 192.168.1.4 2. Configure Switch (SW1 is used as an example) SW1 (config) # vlan13 SW1 (config-vlan) # namePC1PC3 SW1 (config-vlan) # exit SW1 (config) # vlan24 SW1 (config-vlan) # namePC2PC4 SW1 (config-vlan) # exit SW1 (config) # interf0/1 SW1 (conf

eth-trunk Port aggregation for S5700 Link aggregation and port aggregation are port aggregations, and the stack of switches is not related to stacking and port aggregation. Port Aggregation Concepts: (includes two layer port aggregation and three layer port aggregation) 1. Port aggregation IEEE standards are a link that aggregates up to 16 links into a single logical path. Only 8 of them can be used, The remaining 8 articles are used as backups. 2. Do

tunnel configuration.Cisco network devices support the working state of a dynamically negotiated port, which provides some convenience for the implementation of network devices (but is not recommended to use dynamic methods). Cisco dynamic negotiation protocol is developed from the initial DISL (Cisco Private Protocol) to DTP (public agreement). Depending on how the dynamic protocol is implemented, the Cisco network Device interface is mainly divided into the following modes:1.

Tags: switch text VPD image configuration Environment ext packet jpg port1. Experiment Name: Special case in trunk only this one!2. Configuration environment: 2 pcs 2 switches3. Configure IP Address: pc1:192.168.1.1/24 pc2:192.168.1.2/244. Connect PC1 switch port configure access mode; Connect PC2 switch port Configure trunk mode5. Configure the command as follows:can also pass-ii.Why is it? Try to change p

Role of the switch serial port (Trunk: The following two encapsulation types can be used for relay over Ethernet through the serial port of the switch: -IEEE 802.1Q -ISL (Inter Switch Link, Cisco private) Procedure Step 1: Add a VLAN to the vswitch Switch1 # vlan database Switch1 (vlan) # vlan 2 Switch1 (vlan) # vlan 3 Switch1 (vlan) # exit Step 2: add the interface to the corresponding VLAN Swital # config terminal Switch1 (config) # interface fast

practical svn trunk Trunk Auto Merge to each branch branch scriptMost companies that use SVN, when they find bugs or new features, generate a branch branch directly from the trunk trunk, such as BUG01. Then colleague a modifies the bug inside, if the test passes, commits the branch, merges the branch bug01 into the

650) this.width=650; "src=" Https://s3.51cto.com/wyfs02/M02/06/2D/wKiom1mzQRrRvkpuAAA8M-h2JiY943.png "title=" Cisco.png "alt=" Wkiom1mzqrrrvkpuaaa8m-h2jiy943.png "/>switch>enSwitch>enableSwitch#configure TerminalSwitch (config) #vlan 10Switch (config-vlan) #name lolSwitch (Config-vlan) #vlan 20Switch (Config-vlan) #name DNFSwitch (Config-vlan) #exitSwitch (config) #exitSwitch#configure TSwitch (config) #interface F0/3Switch (config-if) #switchport mod

) # switchportmode trunk S1 (config-if-range) # channel-group1 mode on S2 (config) # interfacerange fastethernet 0/5-8 S2 (config-if-range) # switchportmode trunk S2 (config-if-range) # channel-group1 mode on S2 # Show running-config Interfacefastethernet0/5 Channel-group 1 mode on Switchport mode trunk Interfacefaste

Configure the trunk of the Mellanox SwitchRecently, the company's internal openstack platform has been migrated to connect mellanox and centec switches. The centec switch has no major difference between cli and Cisco. It is mainly because the mellanox switch does not support native vlan When configuring trunk, but port supports hybrid. Openstack [standalone: unknown] # show running-config # mellanox switch

contains a cyclic redundancy Verification Code (CRC ). Now let's look back at the differences between 802.1Q and isl: 1. 802.1Q is a public VLAN-TRUNK label, and isl is a Cisco private label. 2. 802.1Q adds the mark to the middle of the Ethernet frame, while isl adds the mark to the beginning and end of the Ethernet frame. 3. the isl mark is 26 bytes longer than the 802.1Q mark. The 802.1Q mark is 4 bytes longer than the 802.1Q mark, and the isl is a

VLAN lab questions: Answer Process (1) full connectivity between devices with the same VLAN 1. Create vlan2 and vlan3 on SW1 and sw2 respectively. The command is as follows: SW1 # VLAN DatabaseSW1 (VLAN) # VLAN 2 2. Route the corresponding interfaces to the corresponding VLAN SW1 (config) # int F0/1SW1 (config-If) # switchport Mode AccessSW1 (config-If) # switchport access VLAN 2 3. Run the following comm

rSWA (config) # in range f0/1-8SWA (config-if-range) # swSWA (config-if-range) # switchportSWA (config-if-range) # switchport access vSWA (config-if-range) # Switch Port access vlan 100SWA (config-if-range) # exSWA (config) # in rSWA (config) # in range f0/9-16SWA (config-if-range) # swSWA (config-if-range) # switchportSWA (config-if-range) # switchport access vSWA (config-if-range) # Switch Port access vl

Lab requirements: Hosts connected to two vswitches can access hosts with the same VLAN Experiment Configuration: Switch (SW1 ): Switch>Switch> enableSwitch # configure terminalSwitch (config) # host SW1SW1 (config) # interface vlan 2 (create vlan2)SW1 (config-vlan) # exitSW1 (config) # int f0/2SW1 (config-if) # switchport access vlan 2 (add Port f0/2 to vlan 2)SW1 (config-if) # exitSW1 (config) # int f0/10SW1 (config-if) #

What is the TRUNK of the core switch? What application advantages can TRUNK bring to us? How to configure the TRUNK in a specific switch product? Let's take a look at these knowledge. An important indicator is often mentioned in the performance parameters of L2 switches: TRUNK. Many L2 Switch products will mention that