Which class allows Max number of hosts?

Which class allows Max number of hosts?

Class C network numbers are appropriate for networks with few hosts–the maximum being 254. A class C network number occupies the first three bytes of an IP address.

How many host can a Class A network accommodate?

Table 2-1 IP Addresses Available to Internet Hosts

Address Class	First Octet Range	Number of Hosts Per Network
Class A	0 to 126	16,777,214
Class B	128 to 191	65,534
Class C	192 to 223	254

How do you find the maximum number of hosts per subnet?

Calculating the maximum possible number of hosts in a subnet: To find the maximum number of hosts, look at the number of binary bits in the host number above. The easiest way to do this is to subtract the netmask length from 32 (number of bits in an IPv4 address). This gives you the number of host bits in the address.

How do you calculate the number of hosts per network?

To calculate the number of possible hosts per subnet, use the formula 2h – 2, where h equals the number of host bits. The reason two addresses must be subtracted is because of the network address and the broadcast address. There are two ways to determine the number of host bits. 1.

What is the maximum number of nodes host in Class A?

Class A Network (/ 8 Prefixes) Each network supports a maximum of 16,777,214 (2 24 -2) hosts per network. You must subtract two because the base network represents host “0”, and the last host on the network is actually used for 1s (“broadcast”) and may not be assigned to any host.

What is the maximum number of Netid available in class A B C?

It would appear that because the first 8 bits define the netid, the maximum number of class A networks available would be 2, or 128 networks. However, a netid with all bits set to 1 and a netid with all bits set to 0 are reserved for special use.

How do you calculate the number of networks in a Class A?

The total number of networks a class address may have is calculated by subtracting the number of bits in the subnet mask from the number of bits used to determine which class of network it is. For example, a class A network has an 8-bit subnet mask. Only 1 bit is used to determine that it is a class A network.

How many hosts can be on the same network?

You need to create 5 sub networks each network has a maximum of 10 hosts. We can only use the first 8 bits for out subnets as these 8 bits have been allocated as host addresses. So Subnet masks of 255.255. 255.224 and 255.255.

What class is a 10 IP address?

Class B
IP address classes

Class	Leading bits	Start address
Class B	10	128.0.0.0
Class C	110	192.0.0.0
Class D (multicast)	1110	224.0.0.0
Class E (reserved)	1111	240.0.0.0

What is the maximum number of hosts for a Class C network?

This class C defines a maximum of 2,097,152 (2 to the power 21) /24 networks. And each network supports up to 254 (2 to the power 8 -2) hosts.

How many host IDs are in a Class B address?

The basic division is into 16 bits for network ID and 16 bits for host ID. However, the first two bits of all class B addresses must be “10”, so that leaves only 14 bits to uniquely identify the network ID. This gives us a total of 2 14 or 16,384 class B network IDs. For each of these, we have 2 16 host IDs, less two, for a total of 65,534.

Which is the host address in the number 129.144?

In the number 129.144.50.56, the first two bytes, 129.144, are assigned by the InterNIC, and comprise the network address. The last two bytes, 50.56, make up the host address, and are assigned at the discretion of the owner of the network number.

How does the number of hosts in a network depend on?

The number of different networks possible in each class is a function of the number of bits assigned to the network ID, and likewise, the number of hosts possible in each network depends on the number of bits provided for the host ID.