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{{r|Border gateway protocol}}

{{r|Multiprotocol Border Gateway Protocol}}

{{r|Border gateway protocol}}

...utonomous system]]s, based on reachability information transmitted via the Border Gateway Protocol

...rmation from local configuration and [[routing protocol]]s, especially the Border Gateway Protocol

A means of increasing the scalability of the Border Gateway Protocol, with less overhead but also less policy control than BGP confederations

...ages}}</noinclude>A paradigm used in [[routing protocols]], especially the Border Gateway Protocol, the basis for routing in the [[Internet]]

...d the [[Interior Gateway Routing Protocol]], and the path vector protocol, Border Gateway Protocol.

One or more 16- or 32-bit fields that accompany an address advertised by the Border Gateway Protocol, describing some administrative aspect of the address, such as membership i

...to multiple ISPs may be in the DFZ. Any production DFZ router will run the Border Gateway Protocol as its major means of acquiring routing information.

Exterior routing protocols, such as the Border Gateway Protocol as the only unicast exterior routing protocol in the Internet, are more "re ...unicast exterior routing protocol is in general use, the IETF-standardized Border Gateway Protocol.

...of the domain. For communications to external [[Autonomous System]]s, the Border Gateway Protocol (BGP) can accept and advertise [[external route]]s.

The Border Gateway Protocol, version 4 (BGP-4) must establish a [[TCP connection]] and a [[BGP session] | title = A Border Gateway Protocol 4 (BGP-4)

...p-free paths toward a given destination. Its use is most prominent in the Border Gateway Protocol, the basis for routing in the [[Internet]]. A subset has been used for sour

A '''route reflector''' is a technique for interconnecting Border Gateway Protocol (BGP) routers, inside an [[autonomous system]], to improve scalability. One | title = Border Gateway Protocol (BGP) Persistent Route Oscillation Condition

...Task Force]] (IETF) designs complex internetworking mechanisms such as the Border Gateway Protocol (BGP), and [[Multiprotocol Label Switching]] (MPLS), it is at NANOG, and ot

...mallest ISPs, they will interconnect to upstreams and to [[peer]]s use the Border Gateway Protocol (BGP). ISPs that run BGP will normally have their own [[Autonomous System]]

...th separate from the main production network is often used from an ingress Border Gateway Protocol customer or interprovider router, to the nearest sinkhole.

These routers do not run the Border Gateway Protocol and generally do not provide an [[SNMP]] interface. These are important for Routers that run the Border Gateway Protocol usually are either part of the Internet service provider infrastructure, or

...Task Force]] (IETF) designs complex internetworking mechanisms such as the Border Gateway Protocol (BGP), and [[Multiprotocol Label Switching]] (MPLS), it is at NANOG, and ot

...ng anycast with routers, it is best to use a routing protocol, such as the Border Gateway Protocol or Open Shortest Path First, that has an explicit router identifier that ca

*Border Gateway Protocol<ref name=RFC4098>{{citation

*BGP-4 ["A Border Gateway Protocol 4" (BGP-4) RFC 4271]

| Border Gateway Protocol

...r|routes]]). These routes are managed via the dynamic [[routing protocol]] Border Gateway Protocol]] ...nsure unique addresses, and exchange information on reachability using the Border Gateway Protocol

...tes. Several routing protocols such as Open Shortest Path First | OSPF and Border Gateway Protocol | BGP maintain internal data bases of candidate routes that they will promo

Using the Border Gateway Protocol (BGP) provider will advertise, to its peers in the DFZ, the minimum number

...as [[Autonomous System]]s (AS) exchanging routing information through the Border Gateway Protocol (BGP). ...>"Peering", unfortunately, is also used as a term for the two parties in a Border Gateway Protocol (BGP) session. While AS do interconnect using BGP, this discussion is at a

...authority of the [[Internet Assigned Numbers Authority]] (IANA), using the Border Gateway Protocol. A number of large SPs are treating their customers' public Internet conne ...formation can be sent through extensions to a routing protocol such as the Border Gateway Protocol (BGP)<ref name=rfc4364 /> or [[Open Shortest Path First]] (OSPF) <ref name=

...orting) of routes. In practice, these functions will be carried out by the Border Gateway Protocol, although RPSL does not directly generate BGP protocol messages.

...nderstood; this is comparable to the '''transitive''' attribute bit in the Border Gateway Protocol (BGP). The next two bits, S1 and S2, define scope of flooding:

...outer link, when it is known that the first protocol that comes up will be Border Gateway Protocol, and the other router is transferring a full routing table. Until the routi

using such techniques as the Border Gateway Protocol (BGP) [RFC number

...[[Internet]], so one of the major changes in the current version 4 of the Border Gateway Protocol was CIDR support; all addressing information transported by BGP is coupled

...d Interior Gateway Routing Protocol]]. More complex issues are involved in Border Gateway Protocol (BGP) IPv6, and multicast routing protocols are outside the immediate scope

...tive criteria. For example, in the fundamental Internet routing mechanism (Border Gateway Protocol), it had been assumed that a message that a network was no longer reachable