The address size of IPv5 (internet Stream Protocol) is 2^72 (ST II use 72 bits for address field) and written similarity to IPv6.
The size of an IPv4 address is 32 bits, or 4 bytes.
To calculate the page table size, divide virtual address space by page size and multiply by page table entry size. Example: for a 120MB address space with a 4KB page size, you require 30,720 page table entries. If a page table entry is 4 bytes, you require a total page table size of 122,880 or 120KB.
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.
IPv6 will increase the address space to 128bits. This will allow for around 3.4x1038 unique addresses. That's a lot. More then we could likely use in the foreseeable future. Of course we said that about IPv4 as well.
The network address of this ip address is 192.150.8 and 24 is host ip address
ipv5 never existed.
these the ghanta
There is no ipv5, just as there are no ipv1, ipv2, and ipv3. Most networks in the world use ipv4 with a few having upgraded to ipv6.
because it is used for the experiment purpose ie it is used for stream protocol
IPV5....i am not sure
Because there are only a certain number of IPv4 IP addresses, We will eventually run out
The size of an IPv4 address is 32 bits, or 4 bytes.
MAC bit size is 16 digits. but MAC bit is 48 each.
128kb
128Kb
To calculate the page table size, divide virtual address space by page size and multiply by page table entry size. Example: for a 120MB address space with a 4KB page size, you require 30,720 page table entries. If a page table entry is 4 bytes, you require a total page table size of 122,880 or 120KB.
It depends on the size of the address bus, which is often different than the size of the data bus.If the address bus were 8 bits, then you could address 256 locations.If the address bus were 16 bits, such as in the 8085, then you could address 65,536 locations.If the address bus were 20 bits, such as in the 8086/8088, then you can address 1,048,576 locations.