Internet Protocol (ip) (1).pdf
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IP addresses are unique numbers assigned to each device connected to the Internet. There are two main types of IP addresses: IPv4 uses 32-bit numbers and provides 4 billion addresses, while IPv6 uses 128-bit numbers and allows for 340 trillion addresses to accommodate future growth. IP addresses are classified and allocated for different uses.
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An IP address is a unique number that identifies a device on a network. IP stands for Internet Protocol, which defines the format for sending data over the internet or networks. IP addresses contain location information and allow devices to communicate by identifying the destination address. They are divided into a network and host part, and can be represented in decimal or binary notation. IPv4 is currently used, while IPv6 is an upcoming replacement that improves on IPv4. IP addresses can be public, assigned by ISPs, or private for internal networks.
IP-Address (1).pptx
IP addresses are 32-bit numbers that uniquely identify devices on a network. They allow devices to connect and exchange data and files. IP addresses have two parts - a network portion and a host portion - and are divided into five classes (A, B, C, D, E) based on their size and usage. IP versions 4 and 6 are the main versions, with IPv4 using 32-bit addresses written in dotted decimal notation and IPv6 using 128-bit addresses written in hex notation. IP addresses can be static, with a manually configured address, or dynamic, with an address assigned by a server during startup.
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This document provides an overview of IP addresses, including:
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- How IP addresses are divided into network and host portions based on their class (A, B, C, etc).
- The concepts of subnetting IP addresses to divide large networks into smaller broadcast domains for efficiency.
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An IP address is a unique 32-bit number that identifies each device on a network. It allows devices to communicate by sending and receiving data packets. IP addresses are made up of a network portion and host portion, with four sections that each range from 0-255. There are five classes of IP addresses - A, B, C, D and E - that determine the number of networks and hosts. IPv4 uses 32-bit addresses written in dotted decimal notation, while IPv6 uses 128-bit addresses written in hex. IP addresses can be static or dynamically assigned by a DHCP server.
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IP addresses are 32-bit numbers that uniquely identify devices on a network. They allow for data transmission between computers and consist of four sections ranging from 0-255. There are five classes of IP addresses - A, B, C, D, and E - that are used to define network sizes. While IPv4 addresses are common, IPv6 addresses with more capacity are also in use. IP addresses can be static, assigned manually, or dynamic through protocols like DHCP.
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Here are the steps to divide the address space as per the requirement:
1. Net 1 (500 hosts) - 9 bits (512 addresses) /23
2. Net 2 (200 hosts) - 8 bits (256 addresses) /24
3. Net 3 (100 hosts) - 7 bits (128 addresses) /25
4. Net 4 (60 hosts) - 6 bits (64 addresses) /26
5. Net 5 (20 hosts) - 5 bits (32 addresses) /27
6. Net 6 (2 hosts) - 2 bits (4 addresses) /30
7. Net 7 (2 hosts) - 2 bits (4 addresses) /30
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Ip addressing
IPv4 and IPv6 are the two main versions of Internet Protocol (IP) addresses currently in use. IPv4 addresses are 32-bit numbers expressed in dotted decimal notation, while IPv6 addresses are longer 128-bit hexadecimal strings. IP addresses are assigned to identify machines on a network and allow communication and transfer of data between devices.
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An IP address is a unique number that identifies a device on a network. IP stands for Internet Protocol, which defines the format for sending data over the internet or networks. IP addresses contain location information and allow devices to communicate by identifying the destination address. They are divided into a network and host part, and can be represented in decimal or binary notation. IPv4 is currently used, while IPv6 is an upcoming replacement that improves on IPv4. IP addresses can be public, assigned by ISPs, or private for internal networks.
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IP addresses are 32-bit numbers that uniquely identify devices on a network. They allow devices to connect and exchange data and files. IP addresses have two parts - a network portion and a host portion - and are divided into five classes (A, B, C, D, E) based on their size and usage. IP versions 4 and 6 are the main versions, with IPv4 using 32-bit addresses written in dotted decimal notation and IPv6 using 128-bit addresses written in hex notation. IP addresses can be static, with a manually configured address, or dynamic, with an address assigned by a server during startup.
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- The types and classes of IP addresses (IPv4 and IPv6) and how they are used to uniquely identify devices.
- How IP addresses are divided into network and host portions based on their class (A, B, C, etc).
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An IP address is a unique 32-bit number that identifies each device on a network. It allows devices to communicate by sending and receiving data packets. IP addresses are made up of a network portion and host portion, with four sections that each range from 0-255. There are five classes of IP addresses - A, B, C, D and E - that determine the number of networks and hosts. IPv4 uses 32-bit addresses written in dotted decimal notation, while IPv6 uses 128-bit addresses written in hex. IP addresses can be static or dynamically assigned by a DHCP server.
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IP addresses are 32-bit numbers that uniquely identify devices on a network. They allow for data transmission between computers and consist of four sections ranging from 0-255. There are five classes of IP addresses - A, B, C, D, and E - that are used to define network sizes. While IPv4 addresses are common, IPv6 addresses with more capacity are also in use. IP addresses can be static, assigned manually, or dynamic through protocols like DHCP.
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Here are the steps to divide the address space as per the requirement:
1. Net 1 (500 hosts) - 9 bits (512 addresses) /23
2. Net 2 (200 hosts) - 8 bits (256 addresses) /24
3. Net 3 (100 hosts) - 7 bits (128 addresses) /25
4. Net 4 (60 hosts) - 6 bits (64 addresses) /26
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3. Write the default subnet Masks for the following IP addresses:
4. Write down the three available ranges for assigning Private IP addresses recommended by IANA (Internet Assigned Number Authority).
5. A broadcast address is the one that addresses to all the hosts in any network. State that to create a broadcast address, all the bits of network ID portion or all the bits of host ID portion are set to 1? Write down the broadcast addresses of the networks to which the following IP addresses belong, write network addresses and ranges of their valid IP address too. (No subnetting).
6. Subnet Mask or Custom mask tells us that how many bits are used for Subnet ID portion and how many for host ID portion. Identify how many bits are used for sub netting in the following IP address using its subnet mask:
7. Extract the Network Addresses of the given IP addresses in question number 8, using the subnet masks given with them. (Remember that ANDing the IP address with the Mask extracts the network address from the given IP address).
8. Suppose you have a class C Network 208.94.115.0. Your task is to design a subnet scheme so that we can create 16 Network segments (subnets) within this Network. Each subnet should support 10-14 hosts.
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• 4 Network Segment support 14 Hosts
• 8 Network Segment support 6 Hosts
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The document contains the answers to 10 questions about IP addressing concepts such as classful addressing, private IP ranges, subnet masking, and subnet design. For question 1, the default subnet masks for Class A, B, and C addresses are provided. Question 2 discusses how to distinguish the 5 IP address classes based on the first octet range and binary representation. The remaining questions involve calculating network addresses, broadcast addresses, available hosts, and designing subnet schemes within classful networks.
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This document discusses Internet Protocol (IP) and provides information on the following:
- IP is a set of standards that defines how devices connect and exchange information over a network or the internet. It specifies packet formats and addressing schemes.
- IP allows devices to address "packets" of data and send them into the network to be delivered, but does not ensure their delivery.
- IP versions have evolved from IPv4, the current standard using 32-bit addresses, to IPv6 which supports 128-bit addresses to address the address space limitations of IPv4.
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1. Write the default Masks for the Class A, Class B and Class C IP addresses.
2. How we can distinguish Class A, Class B, Class C, Class D and Class E IP addresses from each other. Write the range of first octet in decimal and Binary for all the 5 IP address classes.
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4. Write down the three available ranges for assigning Private IP addresses recommended by IANA (Internet Assigned Number Authority).
5. A broadcast address is the one that addresses to all the hosts in any network. State that to create a broadcast address, all the bits of network ID portion or all the bits of host ID portion are set to 1? Write down the broadcast addresses of the networks to which the following IP addresses belong, write network addresses and ranges of their valid IP address too. (No subnetting).
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7. Extract the Network Addresses of the given IP addresses in question number 8, using the subnet masks given with them. (Remember that ANDing the IP address with the Mask extracts the network address from the given IP address).
8. Suppose you have a class C Network 208.94.115.0. Your task is to design a subnet scheme so that we can create 16 Network segments (subnets) within this Network. Each subnet should support 10-14 hosts.
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IPV4 Classes
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Number of networks and host ID
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There are two main types of addresses used in networking: IP addresses and MAC addresses. IP addresses are assigned to devices using TCP/IP and allow devices to communicate on an IP network or the Internet. They consist of a network portion and host portion. MAC addresses are unique identifiers assigned to network interfaces.
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The document discusses IP addresses and network address translation (NAT). It defines IP addresses and the two types: static and dynamic. It describes the organizations that manage IP address allocation and the five classes of IP addresses. It also provides an overview of IPv4 and IPv6, including their address sizes. NAT is defined as modifying network address information while packets are in transit to remap addresses.
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Internet Protocol (IP) technology was developed in the 1970s to support some of the first research computer networks.
A simple IP Address is a lot more than just a number. It tells us the network that the workstation is part of and the node ID.
Today, IP has become a worldwide standard for home and business networking as well.
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The document discusses IP addresses and the differences between IPv4 and IPv6. It defines what an IP address is and explains the classes of IPv4 addresses including Class A, B, C, D and E. It also defines IPv6, noting it uses 128-bit addresses represented by 8 groups of hexadecimal digits separated by colons. The key differences between IPv4 and IPv6 are that IPv4 uses 32-bit addresses in dot-decimal notation while IPv6 uses 128-bit addresses in hexadecimal colon-separated notation and has a much larger address space.
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The document discusses Internet Protocol (IP) which is used for addressing and routing in internet communication. There are two main versions of IP - IPv4 which uses 32-bit addresses written as four numbers between 0-255, providing about 4 billion possible addresses. IPv6 uses 128-bit addresses to support more devices as IPv4 addresses are running out. IP addresses identify devices and are split into host and network parts, with different IP address classes for small, medium and large networks. The document also provides methods to convert IP addresses between decimal and binary formats.
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Internet Protocol (ip) (1).pdf
- 1. Internet Protocal Address. IP Stand for internet protocal address . An ip address is a unique no.produced To each an every device. It is in the form of integenric No.which is seprated by Dot(.) A13_Sunil Jadhav
- 2. They Are Two Types Of IP Address. 1.IPV4 2.IPV6
- 3. 1.IPV4 1.Length of 32 bit’s 2.Octet 4 3.Range is 0 to 255 4. 4 Billion Ip address are Made from IPV4 Eg.192.168.10.26
- 4. 2.IPV6 1.Length of 128 bit’s 2.Octet 8 3.Range is 0 to FFFF(65535) 4. 340 Trillion Ip address are Made from IPV4 Eg. 2001:0db8:85a3:0000:0000:8a2e:0370:7334
- 5. Class Of IP Address:- (IPV4) CLASS RANGE IP Address Eg. Class A 0 to 126 125.255.23.17 Class B 128 to 191 191.23.26.144 Class C 192 to 223 192.204.10.114 Class D 224 to 239 225.192.20.112( used for Multicasting) Class E 240 to 255 245.192.20.112(used for research)
- 6. IPV4 Address Example Explanation 17.172.224.47
- 7. How To Allocate a IP Address ?
- 8. Thank You ! A13_Sunil Jadhav