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@imcandu30: Keysa Gamis Exlusive By Elly Arsy

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Thursday 08 October 2026 12:50:11 GMT
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Đà Lạt trời mưa như này ngủ trên xe là hết bài rồi anh em ơi, có anh em nào giống em không ạ 🤣🤣🤣
Đà Lạt trời mưa như này ngủ trên xe là hết bài rồi anh em ơi, có anh em nào giống em không ạ 🤣🤣🤣


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« The Aurochs never give up ! » ⚽🔥 FINAL FANTASY X 🌊 Let your screen carry the spirit of Wakka and the Besaid Aurochs. 💻 #ffx #ff10 #wakka #blitzball #finalfantasy #livewallpaper #videogame #epic #viral #fyp #hespaces
Fou lui
Fou lui
#h2k🕷️ #xuhuong #matkinh #matkinhthoitrang
#h2k🕷️ #xuhuong #matkinh #matkinhthoitrang
Cisco VLAN Configuration: What Do These Commands Actually Mean? VLAN configuration can look complicated when you see a screen full of Cisco commands. But once you understand what each command does, the whole process becomes much easier. Here’s what all the commands in the example mean: 1. enable Moves the switch from basic user mode into privileged EXEC mode, where you can perform administrative tasks. 2. configure terminal Enters global configuration mode, where you can make changes to the switch. 3. hostname Sw-1 / hostname Sw-2 Changes the name of the switch. This makes it easier to identify which switch you are configuring. 4. vlan 20 Creates VLAN 20 and enters VLAN configuration mode. 5. name HR Gives VLAN 20 the name HR. The same process is used to create and name VLAN 40, VLAN 50 and VLAN 80. 6. interface range fa0/1-2 Selects multiple interfaces at the same time. Here, Fa0/1 and Fa0/2 are selected. 7. switchport mode access Configures the selected ports as access ports. These are normally used to connect end devices such as computers, printers, IP phones or other equipment. 8. switchport access vlan 20 Assigns the selected access ports to VLAN 20. So, a device connected to Fa0/1 or Fa0/2 will be placed into VLAN 20. 9. interface fa0/3 Selects the individual FastEthernet port Fa0/3 for configuration. 10. switchport mode access Makes Fa0/3 an access port. 11. switchport access vlan 40 Assigns Fa0/3 to VLAN 40. 12. interface gig0/1 Selects GigabitEthernet 0/1. In this example, this is the interface used to connect Sw-1 and Sw-2. 13. switchport mode trunk Changes Gig0/1 into a trunk port. Unlike an access port, a trunk can carry traffic from multiple VLANs between switches. 14. switchport trunk native vlan 50 Sets VLAN 50 as the native VLAN on the trunk. The native VLAN is used for traffic that travels across the trunk without an 802.1Q VLAN tag. 15. switchport trunk allowed vlan 40,50 Controls which VLANs are permitted to cross the trunk. In this example, only VLAN 40 and VLAN 50 are allowed. This is important: VLAN 20 exists on Sw-1 and VLAN 80 exists on Sw-2, but they are not allowed to cross this particular trunk. 16. exit Leaves the current configuration mode and returns to the previous level. The big picture Think of the configuration like this: VLAN commands = create separate logical networks. Access port = connects an end device to one VLAN. Trunk port = carries multiple VLANs between network devices. Native VLAN = identifies the VLAN used for untagged traffic on the trunk. Allowed VLANs = determine which VLANs can cross the trunk. interface range = lets you configure several ports at once. Once you understand these commands, Cisco VLAN configuration becomes much less intimidating. You are basically creating the networks, assigning devices to them, then controlling which networks are allowed to travel between switches. #Cisco #Networking #VLAN #CiscoSwitch #NetworkEngineering
Cisco VLAN Configuration: What Do These Commands Actually Mean? VLAN configuration can look complicated when you see a screen full of Cisco commands. But once you understand what each command does, the whole process becomes much easier. Here’s what all the commands in the example mean: 1. enable Moves the switch from basic user mode into privileged EXEC mode, where you can perform administrative tasks. 2. configure terminal Enters global configuration mode, where you can make changes to the switch. 3. hostname Sw-1 / hostname Sw-2 Changes the name of the switch. This makes it easier to identify which switch you are configuring. 4. vlan 20 Creates VLAN 20 and enters VLAN configuration mode. 5. name HR Gives VLAN 20 the name HR. The same process is used to create and name VLAN 40, VLAN 50 and VLAN 80. 6. interface range fa0/1-2 Selects multiple interfaces at the same time. Here, Fa0/1 and Fa0/2 are selected. 7. switchport mode access Configures the selected ports as access ports. These are normally used to connect end devices such as computers, printers, IP phones or other equipment. 8. switchport access vlan 20 Assigns the selected access ports to VLAN 20. So, a device connected to Fa0/1 or Fa0/2 will be placed into VLAN 20. 9. interface fa0/3 Selects the individual FastEthernet port Fa0/3 for configuration. 10. switchport mode access Makes Fa0/3 an access port. 11. switchport access vlan 40 Assigns Fa0/3 to VLAN 40. 12. interface gig0/1 Selects GigabitEthernet 0/1. In this example, this is the interface used to connect Sw-1 and Sw-2. 13. switchport mode trunk Changes Gig0/1 into a trunk port. Unlike an access port, a trunk can carry traffic from multiple VLANs between switches. 14. switchport trunk native vlan 50 Sets VLAN 50 as the native VLAN on the trunk. The native VLAN is used for traffic that travels across the trunk without an 802.1Q VLAN tag. 15. switchport trunk allowed vlan 40,50 Controls which VLANs are permitted to cross the trunk. In this example, only VLAN 40 and VLAN 50 are allowed. This is important: VLAN 20 exists on Sw-1 and VLAN 80 exists on Sw-2, but they are not allowed to cross this particular trunk. 16. exit Leaves the current configuration mode and returns to the previous level. The big picture Think of the configuration like this: VLAN commands = create separate logical networks. Access port = connects an end device to one VLAN. Trunk port = carries multiple VLANs between network devices. Native VLAN = identifies the VLAN used for untagged traffic on the trunk. Allowed VLANs = determine which VLANs can cross the trunk. interface range = lets you configure several ports at once. Once you understand these commands, Cisco VLAN configuration becomes much less intimidating. You are basically creating the networks, assigning devices to them, then controlling which networks are allowed to travel between switches. #Cisco #Networking #VLAN #CiscoSwitch #NetworkEngineering

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