Channel bonding (also known as "Ethernet bonding") is a computer networking arrangement in which two or more network interfaces on a host computer are combined for redundancy or increased throughput. On Ethernet interfaces, channel bonding requires assistance from both the Ethernet switch and the host computer's operating system, which must "stripe" the delivery of frames across the network interfaces in the same manner that I/O is striped across disks in a RAID array.
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- Channel bonding (also known as "Ethernet bonding") is a computer networking arrangement in which two or more network interfaces on a host computer are combined for redundancy or increased throughput. On Ethernet interfaces, channel bonding requires assistance from both the Ethernet switch and the host computer's operating system, which must "stripe" the delivery of frames across the network interfaces in the same manner that I/O is striped across disks in a RAID array. For this reason, channel bonding is sometimes also called RAIN, or "redundant array of independent network interfaces". See also EtherChannel and 802.3ad (link aggregation). Multiple dial-up links over POTS can be channel-bonded together in the same manner and can come closer to achieving their aggregate bandwidth than routing schemes which simply load-balance outgoing network connections over the links. This is known as modem bonding. Similarly, multiple DSL lines can be bonded to give higher bandwidth; in the United Kingdom, ADSL is sometimes bonded to give for example 512kbit/s upload bandwidth and 4 megabit/s download bandwidth, in areas that only have access to 2 megabit/s bandwidth. On 802.11 (Wi-Fi) channel bonding is used in "Super G" technology, also referred as 108Mbit/s. It bonds two channels of classic 802.11g, which has 54Mbit/s signaling rate. On IEEE 802.11n, Channel Bonding, also known as 40 MHz, is a second technology incorporated into 802.11n which can simultaneously use two separate non-overlapping channels to transmit data. Channel bonding increases the amount of data that can be transmitted. 40 MHz mode of operation uses 2 adjacent 20 MHz bands. This allows direct doubling of the PHY data rate from a single 20 MHz channel. (Note however that the MAC and user level throughput will not double.)
- Le support « Bonding » de Linux (ou channel bonding ou encore etherchannel chez Cisco Systems) permet de « fusionner » deux interfaces Ethernet. Il est ainsi possible d’obtenir une interface virtuelle à 200 Mbit/s (2×100 Mbit/s) en mariant les performances de deux interfaces Ethernet 100BaseT. Il permet aussi de faire de la redondance car si un lien est coupé, il bascule automatiquement sur l’autre. Un standard a été développé, le IEEE 802.3ad mais est assez peu utilisé. Le support du bonding peut être compilé dans le kernel ou sous la forme d’un module.
- È un modulo di kernel per linux che permette l'aggregazione di più schede di rete al fine crearne N virtuali (tipicamente chiamate Bond<N> dove N è un numero). Questa nuova interfaccia chiamata channel bonding permette diverse configurazioni tra cui l'aggregazione active-active per aumentare l'ampiezza di banda garantendo la ridondanza oppure l'aggregazione active-standby per la sola ridondanza del servizio. L'utilizzo di questo tipo di architettura permette il collegamento a due tratte diverse di switch distinti per aumentare l'affidabilità del collegamento.
- チャネルボンディング（英: Channel Bonding）とは、一台のコンピュータの複数のネットワークインタフェースを組み合わせて、冗長化またはスループット増強を行うコンピュータネットワークの技法。 イーサネットでのチャネルボンディングでは、ホストコンピュータのオペレーティングシステムとイーサネットのスイッチングハブの両者がそれをサポートしている必要があり、ちょうど RAID のディスクアレイのI/Oが複数のディスク装置に分散されて行われるように、フレームの送受信を複数のインタフェースに分散させるようにしなければならない。このため、チャネルボンディングを RAIN (Redundant Array of Independent Network interfaces) とも呼ぶ。 チャネルボンディングは、POTS におけるダイヤルアップ接続でも行われ、負荷分散によってスループットを増強するのに使われる。 同様に、デジタル加入者線でも高速通信を実現するためにチャネルボンディングを使うことができる。イギリスではADSLのチャネルボンディングが行われる場合があり、単独なら2Mbit/sの地域で、下り4Mbit/sの転送速度（上りは512kbit/s）を実現する。 無線LANでもチャネルボンディングが行われつつある。IEEE 802.11n にはチャネルボンディングが規格として定義されている。
- 通道捆合技術原文是英文的Channel bonding，在電腦網路中此技術是用來調整、排定一部電腦上的兩個或兩個以上的網路介面，好讓網路傳輸量（throughput，有時也稱：通量）增加，或使兩個以上的網路介面能結合成備援（redundancy，有時也稱：冗餘）機制。 一部電腦上若具有兩個（或兩個以上）的乙太網路埠，且乙太網路交換器（Ethernet Switch）、作業系統等也都支援、支持「通道合捆技術」的話，將可以讓一部電腦的網路傳輸封包（Packet）、訊框（Frame）進行拆分（Stripe），拆分後平均分配於兩個網路埠上傳輸，這種作法在某種程度上與磁碟陣列（RAID，Redundant Array of Independent Disks）的Stripping技術相類似，能夠讓傳輸因網路埠的增加而加快完成傳輸。也因為這個原因，通道合捆技術有時也會被稱為RAIN（Redundant Array of Independent Networks），或者是「Redundant Array of Independent NetworkInterfaces」。 另外，「Multiple dialup links over POTS」技術也能將通道進行合捆，在某種程度上也很接近頻寬調配（aggregate bandwidth）與路由機制（routing schemes），進而簡化連外網路在連線傳輸上的負載平衡（load-balance）。 類似的，「Multiple DSL lines」技術也能以合捆方式獲得更高的傳輸頻寬，例如在英國有時即是將ADSL連線進行通道合捆，使原本只能有2Mbps的傳輸頻寬，提升到512kbps的上行頻寬及4Mbps的下行頻寬。 此外，無線區域網路（WLAN）也有類似的作法，例如將原有每通道20MHz的頻寬拓增到40MHz或60MHz，如此就可以獲得多一倍、二倍的頻寬，以IEEE 802.11g為例，原有20MHz的頻寬能有54Mbps的通量，使用通道合捆技術後即可達到108Mbps、162Mbps頻寬，但缺點是相同無線覆蓋範圍的其他用戶若也使用無線區域網路則會遭受到嚴重干擾，所以有時這種技術也被部分業者指責為惡鄰（bad neighbor）技術。 不過，很諷刺的是，新的WLAN標準：IEEE 802.11n在草版之後的規範中仍是用相容（也稱：兼容）過往的20MHz通道頻寬，但選用（Optional）功能上也允許使用拓寬一倍的40MHz頻寬。
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- Channel bonding (also known as "Ethernet bonding") is a computer networking arrangement in which two or more network interfaces on a host computer are combined for redundancy or increased throughput. On Ethernet interfaces, channel bonding requires assistance from both the Ethernet switch and the host computer's operating system, which must "stripe" the delivery of frames across the network interfaces in the same manner that I/O is striped across disks in a RAID array.
- Le support « Bonding » de Linux (ou channel bonding ou encore etherchannel chez Cisco Systems) permet de « fusionner » deux interfaces Ethernet. Il est ainsi possible d’obtenir une interface virtuelle à 200 Mbit/s (2×100 Mbit/s) en mariant les performances de deux interfaces Ethernet 100BaseT. Il permet aussi de faire de la redondance car si un lien est coupé, il bascule automatiquement sur l’autre. Un standard a été développé, le IEEE 802.3ad mais est assez peu utilisé.
- È un modulo di kernel per linux che permette l'aggregazione di più schede di rete al fine crearne N virtuali (tipicamente chiamate Bond<N> dove N è un numero). Questa nuova interfaccia chiamata channel bonding permette diverse configurazioni tra cui l'aggregazione active-active per aumentare l'ampiezza di banda garantendo la ridondanza oppure l'aggregazione active-standby per la sola ridondanza del servizio.
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- Channel bonding
- Bonding
- Bonding
- チャネルボンディング
- 通道捆合技術
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