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- IP_fragmentation abstract "The Internet Protocol (IP) implements datagram fragmentation, breaking it into smaller pieces, so that packets may be formed that can pass through a link with a smaller maximum transmission unit (MTU) than the original datagram size.RFC 791 describes the procedure for IP fragmentation, and transmission and reassembly of datagrams. RFC 815 describes a simplified reassembly algorithm.The Identification field, and Fragment offset field along with Don't Fragment and More Fragment flags in the IP protocol header are used for fragmentation and reassembly of IP datagrams. In a case where a router receives a protocol data unit (PDU) larger than the next hop's MTU, it has two options if the transport is IPv4: drop the PDU and send an Internet Control Message Protocol (ICMP) message which indicates the condition Packet too Big, or fragment the IP packet and send it over the link with a smaller MTU. IPv6 hosts are required to determine the optimal Path MTU before sending packets; however, it is guaranteed that any IPv6 packet smaller than or equal to 1280 bytes must be deliverable without the need to use IPv6 fragmentation.If a receiving host receives a fragmented IP packet, it has to reassemble the datagram and pass it to the higher protocol layer. Reassembly is intended to happen in the receiving host but in practice it may be done by an intermediate router, for example, network address translation (NAT) may need to re-assemble fragments in order to translate data streams, description provided in RFC 2993.IP fragmentation can cause excessive retransmissions when fragments encounter packet loss and reliable protocols such as TCP must retransmit all of the fragments in order to recover from the loss of a single fragment. Thus, senders typically use two approaches to decide the size of IP datagrams to send over the network. The first is for the sending host to send an IP datagram of size equal to the MTU of the first hop of the source destination pair. The second is to run the path MTU discovery algorithm, described in RFC 1191, to determine the path MTU between two IP hosts, so that IP fragmentation can be avoided.".
- IP_fragmentation wikiPageExternalLink the-never-ending-story-of-ip-fragmentation.
- IP_fragmentation wikiPageExternalLink packet-fragmentation.shtml.
- IP_fragmentation wikiPageID "323677".
- IP_fragmentation wikiPageLength "5955".
- IP_fragmentation wikiPageOutDegree "21".
- IP_fragmentation wikiPageRevisionID "644314363".
- IP_fragmentation wikiPageWikiLink Category:Internet_architecture.
- IP_fragmentation wikiPageWikiLink Cisco_Express_Forwarding.
- IP_fragmentation wikiPageWikiLink Datagram.
- IP_fragmentation wikiPageWikiLink Hash_function.
- IP_fragmentation wikiPageWikiLink IP_fragmentation_attack.
- IP_fragmentation wikiPageWikiLink IP_fragmentation_attacks.
- IP_fragmentation wikiPageWikiLink IPv4.
- IP_fragmentation wikiPageWikiLink IPv6.
- IP_fragmentation wikiPageWikiLink Internet_Control_Message_Protocol.
- IP_fragmentation wikiPageWikiLink Internet_Protocol.
- IP_fragmentation wikiPageWikiLink Link_aggregation.
- IP_fragmentation wikiPageWikiLink Maximum_transmission_unit.
- IP_fragmentation wikiPageWikiLink Network_address_translation.
- IP_fragmentation wikiPageWikiLink OSI_model.
- IP_fragmentation wikiPageWikiLink Out-of-order_delivery.
- IP_fragmentation wikiPageWikiLink Packet_loss.
- IP_fragmentation wikiPageWikiLink Path_MTU.
- IP_fragmentation wikiPageWikiLink Path_MTU_Discovery.
- IP_fragmentation wikiPageWikiLink Path_MTU_discovery.
- IP_fragmentation wikiPageWikiLink Protocol_data_unit.
- IP_fragmentation wikiPageWikiLink Router_(computing).
- IP_fragmentation wikiPageWikiLink Traffic_flow_(computer_networking).
- IP_fragmentation wikiPageWikiLinkText "Fragment".
- IP_fragmentation wikiPageWikiLinkText "Fragmentation".
- IP_fragmentation wikiPageWikiLinkText "IP fragmentation".
- IP_fragmentation wikiPageWikiLinkText "Packet fragmentation".
- IP_fragmentation wikiPageWikiLinkText "fragment".
- IP_fragmentation wikiPageWikiLinkText "fragmentation or defragmentation".
- IP_fragmentation wikiPageWikiLinkText "fragmentation".
- IP_fragmentation wikiPageWikiLinkText "fragmented packets".
- IP_fragmentation wikiPageWikiLinkText "fragmented".
- IP_fragmentation wikiPageWikiLinkText "fragmenting".
- IP_fragmentation wikiPageWikiLinkText "fragments".
- IP_fragmentation hasPhotoCollection IP_fragmentation.
- IP_fragmentation wikiPageUsesTemplate Template:Cn.
- IP_fragmentation wikiPageUsesTemplate Template:Reflist.
- IP_fragmentation wikiPageUsesTemplate Template:Rp.
- IP_fragmentation wikiPageUsesTemplate Template:Section_link.
- IP_fragmentation subject Category:Internet_architecture.
- IP_fragmentation type Article.
- IP_fragmentation type Article.
- IP_fragmentation comment "The Internet Protocol (IP) implements datagram fragmentation, breaking it into smaller pieces, so that packets may be formed that can pass through a link with a smaller maximum transmission unit (MTU) than the original datagram size.RFC 791 describes the procedure for IP fragmentation, and transmission and reassembly of datagrams.".
- IP_fragmentation label "IP fragmentation".
- IP_fragmentation sameAs IP_fragmentace.
- IP_fragmentation sameAs IP-Fragmentierung.
- IP_fragmentation sameAs Fragmentación_IP.
- IP_fragmentation sameAs IP-fragmentaatio.
- IP_fragmentation sameAs IPフラグメンテーション.
- IP_fragmentation sameAs IP_단편화.
- IP_fragmentation sameAs IP_fragmentēšana.
- IP_fragmentation sameAs Fragmentatie_(IP).
- IP_fragmentation sameAs Fragmentacja_IP.
- IP_fragmentation sameAs m.01vw07.
- IP_fragmentation sameAs IP_parçalama.
- IP_fragmentation sameAs Q1332338.
- IP_fragmentation sameAs Q1332338.
- IP_fragmentation sameAs IP分片.
- IP_fragmentation wasDerivedFrom IP_fragmentation?oldid=644314363.
- IP_fragmentation isPrimaryTopicOf IP_fragmentation.