I’m using ipv6 for my ipv6 router. I have a router that connects to my router over ipv6. This way, if I’m in the city, and I’ve been at school, I can use ipv6 to send emails while I’m in school. That way, I can’t make stupid decisions like going to the movies or the theater, but I can send an email.
If you use ipv6 to send emails, then you should probably use ipv4, too, because you can’t send an email over ipv6 that you haven’t sent over an ipv4 address. It’s not an ideal solution, but it’s the only solution that I’ve found that works.
There are two ways to deal with this, you can either buy a router that supports ipv6 and set it up to be the default router, or you can set up your router to be a proxy. If you choose the former, you must then connect your router to a computer that supports ipv6.
Well, that’s what I would do if my router was set to be a proxy, so I can use ipv6 ipv4 to send emails. But if I was doing this, I would really have to configure my router to be the default router, because the way it works is if there is a computer running ipv6, it will be set to be the default router.
The downside of being an ipv6 router is that if you don’t configure it to be the default router, you can’t connect to a computer running ipv6. Also, if your computer doesn’t have an ipv6 address assigned to it, you might get some bad results from ipv6 unicast-routing.
One way that ipv6 unicast-routing can be used is for mail to be addressed to a computer running ipv6. The downside is that the server that is sending mail is going to have to be one of those ipv6 servers that are used for internetwork multicast. If this is your case, your ipv6 router is going to have to be able to route the multicast traffic through your ipv6 router.
If you want to be more precise about what ipv6 means, there is a very good list of terms that are used by ipv6 unicast-routing to describe a protocol that is based on unicast-routing.
The main idea of ipv6 unicast-routing is that any ipv6 router that is configured to be a multicast router can send multicast traffic through any ipv6 router that has an ipv6 address.
I think this is what makes IPv6 so complicated. It’s like a new one-to-one mapping between IPs and multicast addresses. This is all part of the TCP/IP model, but for IPv4. This makes it difficult to configure a multicast router for ipv6.
The problem is that any router that’s configured to be a multicast router can send any packet that is sent to it. You can’t stop the multicast traffic if you’re using a multicast router.