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What is the length of IPv4 addresses?
IP addresses are of two types IPV4 and IPV6 . Depending upon the version the length of IP address differs . IPV4 is 32 bit long and IPV6 is 128 bits long.
Is it true that the IPv6 addresses in Windows 7 computers use six byte hexadecimal sequences hard coded into each network interface adapter by the manufacturer?
I think you are mixing up two different protocols. IPv6 addresses are not hard coded into your adapter; MAC addresses are. It's totally different. IPv6 addresses are 16 bytes long and MAC addresses are 6 bytes long.
How many types of addresses in each network node?
there are two types of addresses: network addresses and physical addresses
If an Ethernet destination address is 07:01:02:03:04:05, what is the type of the address (unicast, multicast, or broadcast)?
The Ethernet destination address "07:01:02:03:04:05" belongs to the range of multicast addresses. Ethernet addresses starting with an odd number in the first octet (the first two digits in the address) indicate multicast addresses. Unicast addresses typically start with an even number in the first octet, while broadcast addresses have all bits set to 1, which is represented by "FF:FF:FF:FF:FF:FF".
Describe the size differences in IPv4 and IPv6 IP addresses?
IPv4 is 32 bits wide, or about 4 billion IP addresses; while IPv6 is 128 bits wide, or about 3.4x10^38 IP addresses. The number of addresses between the two has a difference of 79x10^27 times bigger. It is calculated that the world's energy output combined could only support using 1/3rd of the available addresses in this address space.
How Many Classes in internet protocal address?
IP addresses are divided into five IP classes:IP address class AIP address class BIP address class CIP address class DIP address class E
What is the difference between IP4 and IP6?
IPv6 is based on IPv4, it is an evolution of IPv4. So many things that we find with IPv6 are familiar to us. The main differences are:1.Simplified header format. IPv6 has a fixed length header, which does not include most of the options an IPv4 header can include. Even though the IPv6 header contains two 128 bit addresses (source and destination IP address) the whole header has a fixed length of 40 bytes only. This allows for faster processing.Options are dealt with in extension headers, which are only inserted after the IPv6 header if needed. So for instance if a packet needs to be fragmented, the fragmentation header is inserted after the IPv6 header. The basic set of extension headers is defined in RFC 2460.2.Address extended to 128 bits. This allows for hierarchical structure of the address space and provides enough addresses for almost every 'grain of sand' on the earth. Important for security and new services/devices that will need multiple IP addresses and/or permanent connectivity.3.A lot of the new IPv6 functionality is built into ICMPv6 such as Neighbor Discovery, Autoconfiguration, Multicast Listener Discovery, Path MTU Discovery.4.Enhanced Security and QoS Features.Answer:IPv4 means Internet Protocol version 4, whereas IPv6 means Internet Protocol version 6.IPv4 is 32 bits IP address that we use commonly, it can be 192.168.8.1, 10.3.4.5 or other 32 bits IP addresses. IPv4 can support up to 232 addresses, however the 32 bits IPv4 addresses are finishing to be used in near future, so IPv6 is developed as a replacement.IPv6 is 128 bits, can support up to 2128 addresses to fulfill future needs with better security and network related features. Here are some examples of IPv6 address:1050:0:0:0:5:600:300c:326bff06::c30:0:0:0:0:0:192.1.56.10The most important difference is that it has a larger address space. IPv6 uses 128 bits, instead of the 32 bits used in an IPv4 address.There are also some changes in the header format, and some additional options, like built-in security options. These can be added to IPv4 through additional protocols, so this is really no big deal.IPv4 is like 10.36.05.2 while IPv6 is one huge garble.IPv4 is a 32 bits IP address that we use commonly, it can be 192.168.8.1, 10.3.4.5 or other 32 bits IP addresses. IPv4 can support up to 232 addresses, however the 32 bits IPv4 addresses are finishing to be used in near future, so IPv6 is developed as a replacement.IPv6 is 128 bits, can support up to 2128 addresses to fulfill future needs with better security and network related features.Here are some examples of IPv6 address:1050:0:0:0:5:600:300c:326bff06::c30:0:0:0:0:0:192.1.56.10For More help, you can visit website:http://www.iyogibusiness.comThe main difference, at least the one that is most relevant for a transition from version 4 to version 6, is the length of the addresses. IPv4 uses 4 bytes; IPv6 uses 16 bytes for the address.Mainly, IPv6 has a larger addressing space; IPv6 addresses use 128 bits instead of 32 bits.
Why an IP address is divided into two?
Earlier version of IP address is IPV4 that version 4. Due to ever increasing demand of addresses we have to switch to new version that is IPV6. IPV6 has that much space that even if you assign IP address to every leave of tree on earth they will not be short for that.
How many types of addresses does a network node have?
In computer networking, a node refers to a connection point. It has two types of addresses, a network address and a physical address.
What two types of IP addresses are used on the Internet?
The two Internet Protocols are:IPv4IPv6
What is significant with the dots . in the IP address?
Answer:The dots divide the IP address into sections. There are actually two types of IP address formats used today. IPv4 and IPv6. For simplicity sake I'll just show you a sample of IPv4. (IPv6 expanded the addresses from 32bit to 128bit)Here's an IP address 192.168.0.1_________ 11000000.1010100.00000000.00000001So the IP address is converted into binary language (all the 0's and 1's) which the computer can understand.
Contrast the IPv4 and the IPv6 header fields?
Simplified header format. IPv6 has a fixed length header, which does not include most of the options an IPv4 header can include. Even though the IPv6 header contains two 128 bit addresses (source and destination IP address) the whole header has a fixed length of 40 bytes only. This allows for faster processing. Options are dealt with in extension headers, which are only inserted after the IPv6 header if needed. So for instance if a packet needs to be fragmented, the fragmentation header is inserted after the IPv6 header. The basic set of extension headers is defined in RFC 2460.
