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TRILL (Transparent Interconnection of Lots of Links) is an Internet Standard implemented by devices called TRILL switches. TRILL combines techniques from bridging and routing, and is the application of link-state routing to the VLAN-aware customer-bridging problem. Routing bridges (RBridges) are compatible with and can incrementally replace previous IEEE 802.1 customer bridges. TRILL Switches are also compatible with IPv4 and IPv6, routers and end systems. They are invisible to current IP routers, and like conventional routers, RBridges terminate the broadcast, unknown-unicast and multicast traffic of DIX Ethernet and the frames of IEEE 802.2 LLC including the bridge protocol data units of the Spanning Tree Protocol.

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  • TRILL (Transparent Interconnection of Lots of Links, interconexión transparente de múltiples enlaces en español) es un protocolo estándar usado para técnicas de enrutamiento. Se considera que está situado entre la capa 2 y 3 del modelo OSI (o capa 2 1/2), puesto que implementa funcionalidades de ambas capas. TRILL combina técnicas de bridging y enrutamiento, y utiliza el enrutamiento de estado-enlace para hacer aparecer un conjunto de enlaces IP como un único enlace IP (subnet) al que poder dirigirse desde otros nodos IP. De esta forma, permite el uso de técnicas propias de la capa 3 OSI (enrutamiento por caminos más cortos, uso de caminos múltiples...) para interactuar con una red configurada en la capa 2 OSI, con direcciones planas, en las que los dispositivos pueden desplazarse libremente sin necesidad de cambiar su dirección IP. Los RBridges son compatibles con anteriores bridges IEEE 802.1, y pueden reemplazarlos de forma gradual. También son compatibles con routers y hosts IPv4 e IPv6. Son invisibles para los actuales routers IP y, como éstos, son puntos de terminación de los bridges de STP. (es)
  • TRILL (Transparent Interconnection of Lots of Links) is an Internet Standard implemented by devices called TRILL switches. TRILL combines techniques from bridging and routing, and is the application of link-state routing to the VLAN-aware customer-bridging problem. Routing bridges (RBridges) are compatible with and can incrementally replace previous IEEE 802.1 customer bridges. TRILL Switches are also compatible with IPv4 and IPv6, routers and end systems. They are invisible to current IP routers, and like conventional routers, RBridges terminate the broadcast, unknown-unicast and multicast traffic of DIX Ethernet and the frames of IEEE 802.2 LLC including the bridge protocol data units of the Spanning Tree Protocol. TRILL is the successor to Spanning Tree Protocol, both having been created by the same person, Radia Perlman. The catalyst for TRILL was an event at Beth Israel Deaconess Medical Center which began on 13 November 2002. The concept of Rbridges [sic] was first proposed to the Institute of Electrical and Electronics Engineers in 2004, who in 2005 rejected what came to be known as TRILL, and in 2006 through 2012 devised an incompatible variation known as Shortest Path Bridging. (en)
  • TRILL是多链接透明互联的缩写,而且也是IETF(互联网工程任务组)推荐的(L2)网络标准。TRILL具有重要性,因为大型数据中心开始利用FCoE()等新技术将存储传输和IP传输融合到以太网连接上,而标准的生成树协议(STP)将不再适合融合网络或超大型数据中心的扩展。随着FCoE采用率的提高,企业存储将开始加入IP网络上的其他协议。从存储的角度来看,随着时间的推移,TRILL至少可以代替L2网络上普遍使用的STP协议。 (zh)
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  • November 2020 (en)
dbp:reason
  • Source is from 2011. This must have sorted itself out by now. (en)
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  • TRILL是多链接透明互联的缩写,而且也是IETF(互联网工程任务组)推荐的(L2)网络标准。TRILL具有重要性,因为大型数据中心开始利用FCoE()等新技术将存储传输和IP传输融合到以太网连接上,而标准的生成树协议(STP)将不再适合融合网络或超大型数据中心的扩展。随着FCoE采用率的提高,企业存储将开始加入IP网络上的其他协议。从存储的角度来看,随着时间的推移,TRILL至少可以代替L2网络上普遍使用的STP协议。 (zh)
  • TRILL (Transparent Interconnection of Lots of Links, interconexión transparente de múltiples enlaces en español) es un protocolo estándar usado para técnicas de enrutamiento. Se considera que está situado entre la capa 2 y 3 del modelo OSI (o capa 2 1/2), puesto que implementa funcionalidades de ambas capas. TRILL combina técnicas de bridging y enrutamiento, y utiliza el enrutamiento de estado-enlace para hacer aparecer un conjunto de enlaces IP como un único enlace IP (subnet) al que poder dirigirse desde otros nodos IP. De esta forma, permite el uso de técnicas propias de la capa 3 OSI (enrutamiento por caminos más cortos, uso de caminos múltiples...) para interactuar con una red configurada en la capa 2 OSI, con direcciones planas, en las que los dispositivos pueden desplazarse libremen (es)
  • TRILL (Transparent Interconnection of Lots of Links) is an Internet Standard implemented by devices called TRILL switches. TRILL combines techniques from bridging and routing, and is the application of link-state routing to the VLAN-aware customer-bridging problem. Routing bridges (RBridges) are compatible with and can incrementally replace previous IEEE 802.1 customer bridges. TRILL Switches are also compatible with IPv4 and IPv6, routers and end systems. They are invisible to current IP routers, and like conventional routers, RBridges terminate the broadcast, unknown-unicast and multicast traffic of DIX Ethernet and the frames of IEEE 802.2 LLC including the bridge protocol data units of the Spanning Tree Protocol. (en)
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  • TRILL (es)
  • TRILL (computing) (en)
  • TRILL (zh)
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