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Qué (quién) es Multiprotocol Label Switching - definición
Multiprotocol Label Switching
NETWORK ROUTING SCHEME BASED ON LABELS IDENTIFYING PATHS
MPLS; Multi-protocol label switching; Multi-protocol Label Switching; Multi-Protocol Label Switching; Multi Protocol Label Switching; Multi protocol label switching; Multiprotocol label switching; Label switched path; Label-switched path; Label edge router; Label switch router; Label Switching Router; Tag switching; Transit router; IP/MPLS; Label Edge Router; Label Switch Router; Label switching router; Mofrr; Label Switched Path
Multiprotocol Label Switching (MPLS) is a routing technique in telecommunications networks that directs data from one node to the next based on labels rather than network addresses. Whereas network addresses identify endpoints the labels identify established paths between endpoints.
Multiprotocol Label Switching
NETWORK ROUTING SCHEME BASED ON LABELS IDENTIFYING PATHS
MPLS; Multi-protocol label switching; Multi-protocol Label Switching; Multi-Protocol Label Switching; Multi Protocol Label Switching; Multi protocol label switching; Multiprotocol label switching; Label switched path; Label-switched path; Label edge router; Label switch router; Label Switching Router; Tag switching; Transit router; IP/MPLS; Label Edge Router; Label Switch Router; Label switching router; Mofrr; Label Switched Path
<networking> (MPLS) A packet switching protocol developed
by the IETF. Initially developed to improve switching
speed, other benefits are now seen as being more important.
MPLS adds a 32-bit label to each packet to improve
network efficiency and to enable routers to direct
packets along predefined routes in accordance with the
required quality of service. The label is added when the
packet enters the MPLS network, and is based on an
analysis of the packet header. The label contains
information on the route along which the packet may travel,
and the forwarding equivalence class (FEC) of the packet.
Packets with the same FEC are routed through the network
in the same way.
Routers make forwarding decisions based purely on the contents
of the label. This simplifies the work done by the router,
leading to an increase in speed. At each router, the label
is replaced with a new label, which tells the next router
how to forward the packet. The label is removed when the
packet leaves the MPLS network.
Modern ASIC-based routers can look up routes fast enough to
make the speed increase less important. However, MPLS still
has some benefits. The use of FECs allows QoS levels to
be guaranteed, and MPLS allows IP tunnels to be created
through a network, so that VPNs can be implemented without
encryption.
MPLS Resource Center (http://mplsrc.com/).
[RFC 3031 ]
(2002-04-14)
label switched path
NETWORK ROUTING SCHEME BASED ON LABELS IDENTIFYING PATHS
MPLS; Multi-protocol label switching; Multi-protocol Label Switching; Multi-Protocol Label Switching; Multi Protocol Label Switching; Multi protocol label switching; Multiprotocol label switching; Label switched path; Label-switched path; Label edge router; Label switch router; Label Switching Router; Tag switching; Transit router; IP/MPLS; Label Edge Router; Label Switch Router; Label switching router; Mofrr; Label Switched Path
