Simple command to easily close ipv6 tunnel in windows7

Once IPv6 is put into use, it seems that all hosts on the network must be upgraded. This challenge is frustrating for network managers who want to deal with global corporate networks with thousands of hosts. However, this is not the case. The people who are studying the transition to IPv6 are working on the design of IPv6 and the protocols and mechanisms supported by IPv6 to achieve a decent and gradual upgrade. If the existing network can be upgraded to IPv6 in an orderly and sensible manner, the impact of the upgrade may be small.

IPv6 tunneling IPv6 packets are encapsulated in the IPv4 packet, so that IPv6 packets through IPv4 network communication. For the tunneling device, the IPv6 datagram is encapsulated into IPv4 at the entrance of the tunnel. The source and destination addresses of the IPv4 packet are the IPv4 address of the tunnel entry and the tunnel exit respectively. At the exit of the tunnel, Then forward the IPv6 packet to the destination node. Tunneling technology only requires modifications at the entrance and exit of the tunnel. It is not required for other parts and is easy to implement. However, tunneling technology cannot achieve direct communication between IPv4 hosts and IPv6 hosts. The main difference between configuring a tunnel and an automatic tunnel is that automatic tunneling is only possible when the IPv6 address of the node performing the tunnel function is an IPv4-compatible address. The automatic tunneling method does not need to be configured when the IP address is established for the node performing the tunnel function. The tunneling method requires the tunnel end node to use other mechanisms to obtain its IPv4 address, for example, D H C P, manual configuration or other IPv4 configuration mechanism.

If you are using a laptop, often debug the network. WINDOWS 7 will spontaneously establish an IPV6 tunnel. Usually we will see a lot of tunnels with ipconfig /all. For example, I have more than 40 tunnels here. If I want to see IPv4 information, it will flash and pass. inconvenient. This is because windows needs to use one or more IPv6 transition technologies during the IPv6 migration process. We can manually close the IPv6 tunnel.

We only use the following three commands to close the IPv6 interface.

netsh interface teredo set state disable

netsh interface 6to4 set state disabled

netsh interface isatap set state disabled

To restore an IPv6 tunnel, use the following command:

netsh interface teredo set state default

netsh interface 6to4 set state default

netsh interface isatap set state default

Once IPv6 is put into use, it seems that all hosts on the network must be upgraded. This challenge is frustrating for network managers who want to deal with global corporate networks with thousands of hosts. However, this is not the case. The people who are studying the transition to IPv6 are working on the design of IPv6 and the protocols and mechanisms supported by IPv6 to achieve a decent and gradual upgrade. If the existing network can be upgraded to IPv6 in an orderly and sensible manner, the impact of the upgrade may be small.

IPv6 tunneling IPv6 packets are encapsulated in the IPv4 packet, so that IPv6 packets through IPv4 network communication. For the tunneling device, the IPv6 datagram is encapsulated into IPv4 at the entrance of the tunnel. The source and destination addresses of the IPv4 packet are the IPv4 address of the tunnel entry and the tunnel exit respectively. At the exit of the tunnel, Then forward the IPv6 packet to the destination node. Tunneling technology only requires modifications at the entrance and exit of the tunnel. It is not required for other parts and is easy to implement. However, tunneling technology cannot achieve direct communication between IPv4 hosts and IPv6 hosts. The main difference between configuring a tunnel and an automatic tunnel is that automatic tunneling is only possible when the IPv6 address of the node performing the tunnel function is an IPv4-compatible address. The automatic tunneling method does not need to be configured when the IP address is established for the node performing the tunnel function. The tunneling method requires the tunnel end node to use other mechanisms to obtain its IPv4 address, for example, D H C P, manual configuration or other IPv4 configuration mechanism.

If you are using a laptop, often debug the network. WINDOWS 7 will spontaneously establish an IPV6 tunnel. Usually we will see a lot of tunnels with ipconfig /all. For example, I have more than 40 tunnels here. If I want to see IPv4 information, it will flash and pass. inconvenient. This is because windows needs to use one or more IPv6 transition technologies during the IPv6 migration process. We can manually close the IPv6 tunnel.

We only use the following three commands to close the IPv6 interface.

netsh interface teredo set state disable

netsh interface 6to4 set state disabled

netsh interface isatap set state disabled

To restore an IPv6 tunnel, use the following command:

netsh interface teredo set state default

netsh interface 6to4 set state default

netsh interface isatap set state default