If you aren't subnetting, then the host range for this network would be:
190.254.0.0 - 190.254.255.255
The above shows the IP address range, but not all addresses would be usable (mostly the first and the last addresses would probably be not assignable to a device).
190.254.1.29
Since this is a class C network address, the host id is 24, the network id is 201.123.87.0
In networking, the network ID identifies a specific network segment and is used to route packets to the appropriate network. The host ID identifies a specific device (or host) within that network. The broadcast ID is a special address used to send messages to all devices on a network segment simultaneously, usually represented by the highest address in the subnet. Together, these IDs help in organizing and managing network communications efficiently.
An identifier for a host. A host ID uniquely identifies a host within an address family on a network but does not identify the network. A host ID is not necessarily sufficient to establish communications with a host. foe example:- In a class C IP address say, 192.52.56.8 the first 3 octets denote the net ID while the last octet shows the host ID.
Assuming that this is a Class A network (Class A Networks range from 1-127) the default subnet masked is 255.0.0.0. Therefore the network ID would be 110.0.0.0 and the host ID would be x.10.10.1
Class C network
253. Valid addresses would be from 10.20.50.1 to 10.20.50.254 10.20.50.0 is the network address. 10.20.50.255 is the network broadcast address. Any network with a subnet mask of 255.255.255.0 will support 253 hosts.
Network IDA network ID refers to a part of a TCP/IP address that is used to identify the subnet that a host may be on. The subnet that the computer is on is determined by the netmask and IP address of the computer. This subnet address is the same as the network ID and is the beginning part of the computers IP address.When the netmask is setup, it is a number where some of the most significant bits have a 1's value and the rest have values of 0. The most significant part of the netmask with bits set to 1's specifies the network address, and the lower part of the address will specify the host address.The part of the IP address that matches the part of the netmask where the bits are set to ones determines the network ID.
class A
A subnet mask is used for this purpose.
4
The first octet determines what class of network you are located on. From that, you can determine how many of the octets represent the network address, and which part represents the client or host portion. IP addresses in version 4 (iPv4) are divided into two segments: the network id and the host id. Knowing the range of network class addresses will help: Class A is 0 - 126 and uses only the first octet for the network portion Class B is 128 - 191 and uses the first two octets for the network id Class C is 192 - 223 and uses the first three octets for the network id An example would be: 192.168.1.5 is a class C address, so we use the first three octets for the network id. This gives a network id of 192.168.1.0 and a host id of 5 in that network.