and XKCD wins again
rot@lil:~$ host xkcd.com | grep IPv6
xkcd.com has IPv6 address 2001:48c8:1:d:0:23:5482:d026
rot@lil:~$ host slashdot.org | grep IPv6
rot@lil:~$
Next thread, when is slashdot getting IPv6
The problem is that the ISP / Mobile operator can no longer give each subscriber and IPv4 address since they have run out. Yes, there will be NAT64 for the legacy things that require IPv4, but IPv6 flows will be supported end to end... Most Mobile phones and PCs in homes sit behind either a carrier NAT or a home NAT. With IPv6, there are enough address for everyone.... but the legacy IPv4 will be behind a NAT64... which is a punishment for failing to get to Ipv6
Slashdot Mirror
and XKCD wins again rot@lil:~$ host xkcd.com | grep IPv6 xkcd.com has IPv6 address 2001:48c8:1:d:0:23:5482:d026 rot@lil:~$ host slashdot.org | grep IPv6 rot@lil:~$ Next thread, when is slashdot getting IPv6
This is not at all true about 4G, it does not require IPv6. AT&T and DT are rolling LTE out without IPv6 right now. LTE is a great opportu
The problem is that the ISP / Mobile operator can no longer give each subscriber and IPv4 address since they have run out. Yes, there will be NAT64 for the legacy things that require IPv4, but IPv6 flows will be supported end to end ... Most Mobile phones and PCs in homes sit behind either a carrier NAT or a home NAT. With IPv6, there are enough address for everyone.... but the legacy IPv4 will be behind a NAT64... which is a punishment for failing to get to Ipv6
In the USA T-Mobile and Comcast have IPv6 working to some degree https://sites.google.com/site/tmoipv6/lg-mytouch www.comcast6.net