Q. An IPv4 address uniquely and universally defines the connection of a device to the

View solution

Q. IPv6 has the address space of

View solution

Q. In IPv6 Addresses, the field of the prefixes for provider-based unicast address that defines the identity of the node connected to a subnet is called

View solution

Q. The router of the Network Address Translation (NAT) that connects the network to the global address uses

View solution

Q. A unicast address of the IPv6 defines a

View solution

Q. In IPv6 anycast address, a packet destined is delivered to the

View solution

Q. In the multicast address of the IPv6, a transient group address, is used

View solution

Q. Using the form of abbreviation in IPv6 address, 3210 can be written as

View solution

Q. In multicast address of IPv6, the value of the prefix is

View solution

Q. IPv6 has a larger address space of

View solution

Q. In IPv4 Addresses, a telephone network has three levels of

View solution

Q. In the Network Address Translation (NAT), all the outgoing packets go through

View solution

Q. ICANN stands for

View solution

Q. In IPv4 Addresses, organizational networks are connected to the Internet via a

View solution

Q. In classfull addressing, the smaller networks are called

View solution

Q. Multicast addresses in Ipv6 starts with

View solution

Q. In using One IP address for the Network Address Translation, then the translation table has

View solution

Q. In classful addressing, the number of blocks in Class D is

View solution

Q. In IPv4 Addresses, every Network Address Translation router has a

View solution

Q. An IPv4 address is a

View solution