00:06 Learn about FLSM and VLSM 01:24 Assigning IP addresses requires communication between interfaces 02:50 Six networks with varying host requirements need IP addresses assigned 04:11 Class C network is suitable for maximum 20 hosts 05:33 Using fixed-length subnet masking leads to wastage of IP addresses 07:02 Subnetting in classless world 08:18 Classless addressing minimizes IP address wastage 09:32 Migrate towards VLSM to handle IP wastage effectively
00:06 Learn about FLSM and VLSM
01:24 Assigning IP addresses requires communication between interfaces
02:50 Six networks with varying host requirements need IP addresses assigned
04:11 Class C network is suitable for maximum 20 hosts
05:33 Using fixed-length subnet masking leads to wastage of IP addresses
07:02 Subnetting in classless world
08:18 Classless addressing minimizes IP address wastage
09:32 Migrate towards VLSM to handle IP wastage effectively
Thanks a lot. Your videos are really helpful
Thank you very much.
Thanks
In class C, we can only change host bits. Then, why are you changing network bits (3rd octet). ?
he is discussing classless addressing
because there are 6 networks