After the installation, do not rush to view IPv6 network resources. First, we need to verify the connectivity of the IPv6 network, so we will summarize the specific operations here. Now let's take a look at the article's commands for verifying IPv6 networks in a windows linux environment.
Verify IPv6 network by ping command in Windows
In command line mode, type the following command:
- C:\>ping2001:da8:8007:1::3
When the network is connected normally, the output result should be:
Ping2001: da8: 8007: 1: 3 with 32 bytes of data: From 2001: da8: 8007: 1: 3 reply: time = 9 ms
- Reply from 2001: da8: 8007: 1: 3: time = 1 ms
- Reply from 2001: da8: 8007: 1: 3: time = 1 ms
- Reply from 2001: da8: 8007: 1: 3: time = 1 ms
Ping statistics for 2001: da8: 8007: 1: 3:
Packet: Sent = 4, received = 4, lost = 0 (0% lost ),
Estimated round-trip time (in milliseconds ):
Minimum = 1 ms, maximum = 9 ms, average = 3 ms
Verify IPv6 network with the ping6 command in Linux
Type the following command:
- [root@localhostnet]#ping62001:da8:8007:1::3
When the network is connected normally, the output result should be:
- PING2001:da8:8007:1::3(2001:da8:8007:1::3)56databytes
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=0ttl=64time=1.36ms
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=1ttl=64time=0.314ms
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=2ttl=64time=0.303ms
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=3ttl=64time=0.330ms
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=4ttl=64time=0.328ms
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=5ttl=64time=0.231ms
- 64bytesfrom2001:da8:8007:1::3:icmp_seq=6ttl=64time=0.344ms
- ---2001:da8:8007:1::3pingstatistics---
- 7packetstransmitted,7received,0%packetloss,time5999ms
- rttmin/avg/max/mdev=0.231/0.459/1.369/0.373ms,pipe2
After verifying the IPv6 network, we can access IPv6 website resources.
For example:
Www.ecust6.edu.cn (East China University of Technology IPv6 website)
Video6.sjtu.edu.cn (IPv6 test website of Shanghai Jiao Tong University)