The reason for modifying the U/L bit is that, when using manually assigned addresses on an interface, you can simply assign the address 2001:db8:1:9::1/64 instead of the much longer 2001:db8:1:9:0200::1/64. Also, if you are going to manually assign link-local addresses, you can assign the short address fe80::1 instead of the long fe80::0200:0:0:1 or fe80:0:0:0:0200::1.
Thank you Sunny. You break it down so I can easily understand the concepts.
Sunny your methods of teaching are simple, as I need them. Much appreciated for your time and videos
You HAVE THE BEST IT VIDEOS ON RUclips!!!
Thank you for watching!
Thank you,
Very simple language, concise and beneficial
i'm now understanding ipv 6, thanks Mr Sunny
You are welcome!
new subscriber here.. very detailed.
Awsome lecture Sunny...!!!
🥇🎖🏅
Your videos are incredibly useful! Many thanks for your great job!
Thank you Mr.Sunny, this was very easy to understand.
You're most welcome
Great content Mr. Sammy...Thank you a lot
U r a good teacher sunny!!! Thanks a lot!!
You are welcome and thank you for your nice comment.
Thank you. Very helpful video. Well done!
Many thanks and you are welcome!
Thanks a lot for an easy explanation!
You are quite welcome!
Sonny, I love you. You are the GOAT!
very helpful, Thank you Sir!
Muchas gracias!
thank you so much
You're welcome!
2:24
IPv6 prefix
5:35
Thank you,
You are welcome!
Thank you very much. It looks the same as link-local self generated 64 bit, is that right?
thanks
What is the name of the serif font you use?
Great video thanks 👍. But it bothers me as to why we flip the 7th bit.
packetlife.net/blog/2008/aug/4/eui-64-ipv6/
because things HAVE to be complicated and confusing unfortunately
The reason for modifying the U/L bit is that, when using manually assigned addresses
on an interface, you can simply assign the address 2001:db8:1:9::1/64 instead of the much
longer 2001:db8:1:9:0200::1/64. Also, if you are going to manually assign link-local
addresses, you can assign the short address fe80::1 instead of the long fe80::0200:0:0:1
or fe80:0:0:0:0200::1.
My global unicast IPV6 address starts with 2a02. Does that mean I am already 9 million years in your future?