Any IP class will work fine. For Instance if you are on a class B you can have 65,534 computers per network and you have 16,384 networks possible. That is a max possibility of 1,073,709,056 computers on class B network. On top of that their are 6 versions of internet. IPv1, IPv2, IPv3, IPv4, IPv5, IPv6.
Class A
class C
2G
16 384 networks are available in Class B network.
255.0.0.0The default subnet mask of a class A network is 255.0.0.0
In a class B IP address, the first two bytes represent the network.The first two bits are 1 and 0, which means that there are 214 (10 000000 00000000 to 10 111111 11111111) network possibilities, which is 16,384 possible networks. The networks available in class B are therefore networks going from 128.0.0.0 to 191.255.0.0.The two bytes to the left represent the computers on the network. The network can therefore contain a number of computers equal to:216-21 = 65,534 computers.
255
The submask indicates the division between the network id and the host information in an ipV4 address. The default subnet mask indicates the presence of a class A, B, or C based network (the default) without subnetting.
In Class A networks, the maximum number of hosts is calculated as (2^{24} - 2), which equals 16,777,214 hosts. This formula accounts for the network and broadcast addresses, which cannot be assigned to hosts. Class A networks use the first octet for the network identifier, allowing for a large number of hosts within a single network. However, not every Class A network will have the maximum number of hosts; it depends on the specific subnetting used.
There must be at least 2 computers to form a network. However, a standalone machine that is connected to the Internet (which is itself a vast network of computers) is considered part of that network and is therefore regarded as a subnet even though there's only one machine in that subnet.
254
1
Class C network if you are not subnetting.
Class A
Class A
This address is for a class B network (128 - 191)
92.5