Actually, he got all the numbers wrong. Class A has 126 networks each with 16,777,214 hosts hosts, B = 16,384 networks each with 65,532 hosts, and C = 2,097,152 each with 254 hosts. Is this guy really a CCIE?
@agathodem0n naah.. this is just preliminary explanation of the way it is... if he were to go into the EXACT numbers now, he'd have to explain the subtle details in part 1... thats y this is the introduction: an overview
He made a spoken mistake. You can see that from 05:35 to 05:50 when he talks about splitting the network part with the host part with a ratio of 24 bits for Network and 8 bits of hosts, he says: "that will give you 16.7 million networks, each one of which only supports 8 hosts" not 8 hosts but 256 hosts :)
Actually, he got all the numbers wrong. Class A has 126 networks each with 16,777,214 hosts hosts, B = 16,384 networks each with 65,532 hosts, and C = 2,097,152 each with 254 hosts. Is this guy really a CCIE?
agathodem0n 3 years ago
Actually he did NOT get all the numbers wrong, he was talking about the maximum number of POTENTIAL networks in each class.
MrBoyer101 2 years ago 3
@agathodem0n naah.. this is just preliminary explanation of the way it is... if he were to go into the EXACT numbers now, he'd have to explain the subtle details in part 1... thats y this is the introduction: an overview
imaginationstretch 1 year ago
He made a spoken mistake. You can see that from 05:35 to 05:50 when he talks about splitting the network part with the host part with a ratio of 24 bits for Network and 8 bits of hosts, he says: "that will give you 16.7 million networks, each one of which only supports 8 hosts" not 8 hosts but 256 hosts :)
Gazibablia 3 years ago
good one
bamidele112 4 years ago