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True or False in classful addressing only Class A Class B and Class C addresses are recognized?
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∙ 12y ago
True
Wiki User
∙ 12y ago
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Difference between classful and classless ip addresses?
The difference between classful IP addressing and classless IP addressing is in selecting the number of bits used for the network ID portion of an IP address. In classful IP addressing, the network ID portion can take only the predefined number of bits 8, 16, or 24. In classless addressing, any number of bits can be assigned to the network ID.
Which class does the IP address 199.199.10.0 belong to?
Class B, if you are referring to classful addressing schemes.
A firm needs 300 IP addresses What type of classful address range is it likely to get?
Classful addresses are no longer given out. Traditionally, this would require a Class B network, since it has a large enough range. A Class C network only has 256 addresses, but two adjacent Class C addresses would also work.Classful addresses are no longer given out. Traditionally, this would require a Class B network, since it has a large enough range. A Class C network only has 256 addresses, but two adjacent Class C addresses would also work.Classful addresses are no longer given out. Traditionally, this would require a Class B network, since it has a large enough range. A Class C network only has 256 addresses, but two adjacent Class C addresses would also work.Classful addresses are no longer given out. Traditionally, this would require a Class B network, since it has a large enough range. A Class C network only has 256 addresses, but two adjacent Class C addresses would also work.
Identify the class of an IP address based on the network number?
In classful addressing, the class of an IP address can be determined by the value in the first octet: 0 - 126 class A 128 - 191 class B 192 - 223 class C
What is the network address of the host IP address 172.32.48.128?
Depends on your subnet mask. If you are talking about a classful addressing scheme in a class B, then the network would be 172.32.0.0
Assuming no subnetting what are valid Class B host addresses?
A classful class B network has a network range of 128 - 191. For host addresses, anything that is legal for an IP address in the last 2 octets would be a valid host address for a class B with no subnets.
Which two statements describe classful IP addresses?
The number of bits used to identify the hosts is fixed by the class of the network. Up to 24 bits can make up the host portion of a Class C address.
The Class B IPv4 address network ID is located in the?
The first 16 bits is the location of the Class B IPv4 address network ID based in classful addressing. 16 bit is an expression used for microcomputers with 16-bit microprocessors.
Which class of IP addressing is being used when multicast messages are being sent?
For multicast, ip addresses in the range of 224.0.0.0 - 239.255.255.255 are used.
What is the subnet mask of 135.210.195.112?
This is a Class B address. So if classful addressing scheme we can say that the default mask of any Class B address is 255.255.0.0. But it may not be always this. There is a concept called VLSM (variable length subnet mask) with which we have the option to give different subnet masks.
What is classful network?
classfull netwok means all range of IPs have the same of subnetmask classless network means there is different in subnetmask of networks for examble i have two network connected through routers the first network ip is 192.168.2.0 255.255.255.192 the secound network ip is 10.1.2.1.0 255.255.255.240 for more information contact me on monkez_3@hotmail.com
What is classlless subnetting?
Classful addressing (RFC 791) was the Internet's first major addressing scheme. The IP address was 32 bits in size, just as today, but was initially managed differently. There were three address classes to chose from: A, B, or C, corresponding to 8-bit, 16-bit, or 24-bit prefixes. No other prefix lengths were allowed, and there was no concept of nesting a group of 24-bit prefixes, for example, within a 16-bit prefix. An address was slotted into one of three address classes based on its high-order bits. Addresses beginning with 0 were considered class A; addresses beginning 10 were class B; addresses beginning 110 class C. Two other classes were also defined, class D addresses beginning 1110 and class E addresses beginning 1111, though neither of these two address classes were normally used. First Octet Address Class 0-127 Class A (/8)128-191 Class B (/16)192-223 Class C (/24)224-239 Class D 240-255 Class EA Class A (/8) contains 16777214 addresses, a Class B (/16) contains 65534 and a Class C (/24) contains 254.Due to the explosive growth of the internet, this crude method of address distribution became too wasteful and would have rapidly led to the exhaustion of global IP space.Classless subnetting (CIDR) is where subnets are created on arbitrary boundaries. CIDR allowed networks to be created and globally routed on arbitrary boundaries, for example an organisation needing 1000 addresses could be assigned a /22 (1024 addresses), rather than 4 Class Cs, or as was often the case, a Class B!Within their /22 this organisation could then split the network up into even smaller "classless" segments, such as /30s (2 usable addresses) for point to point links or /27s (32 addresses, 30 usable) for small networks with up to 29 hosts.
