- Written by Deeksha Srivastava
- Posted on 6月 17, 2019
- Updated on 6月 20, 2019
- 2892 Views
This feature allows a user to configure Autonomous System Number (ASN) in Asdot notation and get the ASN in output of
- Written by Jonathan Kehler
- Posted on 4月 15, 2020
- Updated on 4月 15, 2020
- 2341 Views
Adds the ability to revert to previous behavior where BGP and static routes could resolve over BGP aggregates (when
- Written by Trevor Mendez
- Posted on 3月 31, 2017
- Updated on 3月 31, 2017
- 3048 Views
This feature is provided on all platforms. The BGP listen range command has been modified to optionally allow
- Written by Ankush Sharma
- Posted on 2月 8, 2017
- Updated on 2月 9, 2017
- 2217 Views
The "set as path prepend" clause in route map configuration mode has been enhanced with the addition of the “last
- Written by Srinivasan Koona Lokabiraman
- Posted on 6月 3, 2020
- Updated on 6月 3, 2020
- 2818 Views
It is often useful to know on a per AFI/SAFI basis, the number of paths that have been selected from a peer as best paths.
- Written by Trevor Mendez
- Posted on 12月 20, 2021
- Updated on 2月 5, 2022
- 2968 Views
ACL based traffic management often requires matching packets’ destination addresses against one or more sets of
- Written by Francesco Belletti
- Posted on 8月 20, 2020
- Updated on 8月 20, 2020
- 2454 Views
This feature adds support for “Enhanced Route Refresh” capability (RFC7313). An enhanced route refresh is,
- Written by Pauric Ward
- Posted on 8月 23, 2022
- Updated on 9月 12, 2022
- 1224 Views
Stale routes are learned routes from adjacent BGP neighbors whose neighborship has been interrupted by session instability. This feature adds a mechanism to specify a stale policy route-map for which the stale routes from a gracefully restarting, or depending on the configuration of the feature, a non-gracefully restarting BGP peer will be processed.
- Written by Vipul Shah
- Posted on 3月 13, 2020
- Updated on 5月 4, 2022
- 3441 Views
The goal of IAR operation is to minimize the CPU processing and churn in hardware by identifying a set of nexthop adjacencies such that updating those adjacencies in-place is sufficient to correctly forward the traffic quickly for all the affected routes.
- Written by Yoshihiro Ishijima
- Posted on 2月 25, 2022
- Updated on 3月 3, 2022
- 2113 Views
This feature adds support for sending and receiving BGP IPv6 labeled-unicast routes with IPv4-mapped IPv6 next hops. With this feature enabled, when a BGP speaker receives a next hop with IPv4-mapped IPv6 address,
- Written by Prashanth Rajendran
- Posted on 11月 14, 2019
- Updated on 11月 15, 2019
- 3189 Views
This feature adds support for BGP peering over IPv6 link local addresses. This feature is available with the with the
- Written by Nandan Saha
- Posted on 8月 24, 2020
- Updated on 7月 1, 2022
- 3237 Views
The BGP-LS extension to be obsoleted allows IGP (OSPF/IS-IS) link state database information to be injected into BGP. This is typically used in deployments where some external component, (like a controller or Path Computation Engine) can do centralized path computations by learning the entire IGP topology through BGP-LS. The controller can then communicate the computed paths based on the BGP-LS updates to the head end device in the network.
- Written by Quentin L'Hours
- Posted on 12月 23, 2019
- Updated on 12月 23, 2019
- 2853 Views
In the multi agent routing protocol model, the Bgp agent now supports matching community lists with a logical OR via
- Written by Srinivasan Koona Lokabiraman
- Posted on 2月 17, 2021
- Updated on 6月 21, 2022
- 2636 Views
The BGP graceful restart mechanism has a limitation that the graceful restart time cannot exceed 4095 seconds per the
- Written by Qianchen Zhao
- Posted on 12月 20, 2019
- Updated on 9月 21, 2021
- 3253 Views
BGP Monitoring Protocol (BMP) allows a monitoring station to connect to a router and collect all of the BGP
- Written by Qin Zhang
- Posted on 5月 21, 2019
- Updated on 9月 5, 2019
- 3138 Views
BGP Monitoring Protocol (BMP) allows a monitoring station to connect to a router and collect all of the BGP
- Written by Paulo Panhoto
- Posted on 9月 3, 2021
- Updated on 9月 3, 2021
- 2367 Views
The route reflector, as described in RFC 4456, is a router allowed to advertise (reflect) iBGP learned routes to other
- Written by Sandeep Betha
- Posted on 1月 22, 2021
- Updated on 2月 6, 2022
- 4118 Views
This feature adds support for user configured BGP Nexthop Resolution RIB profiles for various BGP based services
- Written by Manoj Agiwal
- Posted on 9月 30, 2015
- Updated on 3月 28, 2022
- 4251 Views
BGP Non Stop Forwarding (NSF) aims to minimize the traffic loss when the the following scenarios occur:
- Written by Jesper Skriver
- Posted on 4月 25, 2022
- Updated on 6月 2, 2022
- 2227 Views
Route reflectors are commonly used to distribute routes between BGP peers belonging to the same autonomous system. However, this can lead to non-optimal path selection. The reason for this is that the route reflector chooses the optimal route based on IGP cost from its perspective. This may not be optimal from the perspective of the client as its location may be different from the RR
- Written by Srinivasan Koona Lokabiraman
- Posted on 8月 25, 2020
- Updated on 8月 25, 2020
- 2612 Views
The BGP graceful restart mechanism has a limitation that the graceful restart time cannot exceed 4095 seconds as per
- Written by Peter Friend
- Posted on 3月 3, 2023
- Updated on 3月 16, 2023
- 498 Views
Creating Traffic Policies that regulate control plane traffic from BGP peers by writing the list of BGP peer addresses statically in a field-set is error prone and difficult to update. Selecting only internal or external peers requires additional care. This feature automatically populates a field-set with IPv4 or IPv6 prefixes corresponding to iBGP or eBGP peers.
- Written by Yaonan Liang
- Posted on 10月 11, 2019
- Updated on 10月 11, 2019
- 2790 Views
BGP update wait for convergence feature prevents BGP from programming routes into hardware and advertising routes
- Written by Navneet Sinha
- Posted on 6月 29, 2016
- Updated on 6月 29, 2016
- 2493 Views
The sub route map configuration simplifies routing policies by sharing common policy across route maps. Common
- Written by Jason Shamberger
- Posted on 4月 20, 2020
- Updated on 2月 11, 2022
- 4083 Views
RPKI provides a mechanism to validate the originating AS of an advertised prefix. EOS support
- Written by Zhuang Liu
- Posted on 6月 25, 2021
- Updated on 6月 25, 2021
- 2248 Views
Remove Private AS Ingress is a feature used for removing and replacing private AS numbers from inbound AS paths, so
- Written by Lakshmi Yarramaneni
- Posted on 6月 13, 2019
- Updated on 6月 20, 2019
- 2434 Views
The replace remote AS feature allows a provider edge (PE) router to change the autonomous system (AS) number used by a
- Written by Charles Gibert
- Posted on 6月 13, 2019
- Updated on 6月 13, 2019
- 2431 Views
The “set as path prepend” clause in route map configuration mode has been enhanced with the addition of
- Written by Prashanth Rajendran
- Posted on 3月 16, 2021
- Updated on 3月 16, 2021
- 2457 Views
This feature adds support for BGP peering with multiple peers using the same IP address. The router id of those peers is
- Written by Joel Katticaran
- Posted on 4月 15, 2020
- Updated on 4月 16, 2020
- 2944 Views
This change adds a global toggle to BGP communities that allow for community sharing to be enabled/disabled for all
- Written by Feng Zhu
- Posted on 1月 3, 2023
- Updated on 1月 11, 2023
- 781 Views
This feature monitors the BGP session status. When a BGP session goes down, traffic originally forwarded to the next hops learned from the downed BGP peer is quickly diverted to a backup path if any, or in the case of ECMP, remaining ECMP members.
- Written by Dongliang Feng
- Posted on 6月 20, 2022
- Updated on 7月 1, 2022
- 2352 Views
When a Provider Edge (PE) device loses BGP connectivity to the core (uplink) devices, it may be unable to forward any traffic from its downlink devices, typically CE (Customer Edge) devices. It is beneficial to indicate this connectivity loss to these CE devices so that they may find alternative paths to forward traffic.
- Written by Vishrant Vasavada
- Posted on 11月 12, 2019
- Updated on 11月 12, 2019
- 2503 Views
This feature implements support for RFC8203/BIS so that users can attach the reason of BGP instance or peer session
- Written by Vu Nguyen
- Posted on 8月 23, 2022
- Updated on 9月 2, 2022
- 1481 Views
EOS currently supports BGP message authentication via the TCP MD5 Signature (TCP MD5) option (RFC 2385) to protect the BGP sessions from spoofed TCP segments. However, research has shown many concerns that the TCP MD5 algorithm is cryptographically ineffective with a just simple keyed hash for authentication.
- Written by Keon Vafai
- Posted on 6月 22, 2020
- Updated on 6月 22, 2020
- 4875 Views
This feature adds support for BGP UCMP in the multi agent routing protocol model. The TOI for BGP UCMP in the ribd
- Written by Pintu Kumar
- Posted on 6月 17, 2019
- Updated on 6月 19, 2019
- 5170 Views
This feature extends the BGP Layer 3 VPN Import/Export and VRF Route Leaking functionality to “default” VRF.
- Written by Forhad Ahmed
- Posted on 4月 19, 2022
- Updated on 3月 7, 2023
- 2093 Views
BGP Monitoring Protocol (BMP) allows a monitoring station to connect to a router and collect all of the BGP announcements received from the router’s BGP peers.
- Written by Bharath Somayaji
- Posted on 4月 25, 2022
- Updated on 10月 28, 2022
- 2334 Views
Class Based Forwarding (CBF) is a means for steering IP traffic into colored tunnels based on the ingress DSCP values. CBF may be used with SR-TE Policy or RSVP-TE colored tunnels.
- Written by Navneet Sinha
- Posted on 6月 29, 2016
- Updated on 2月 5, 2022
- 2204 Views
This feature provides the ability to track the reason why a BGP path is excluded from the BGP best path selection
- Written by Saurav Arora
- Posted on 6月 20, 2022
- Updated on 6月 28, 2022
- 1604 Views
The “maximum-paths <m>” (default m=1) configuration that controls BGP’s multipath behavior, is available as a global knob, and not as a peer/peer-group knob today in EOS. When “maximum-paths” CLI is configured with m > 1, BGP starts forming ECMP groups for paths with similar attributes received from all configured neighbors.
- Written by Denis Evoy
- Posted on 8月 20, 2020
- Updated on 8月 20, 2020
- 3286 Views
In a Service Provider network, a Provider Edge (PE) device learns VPN paths from remote PEs and uses the Route Target
- Written by Lavanya Conjeevaram
- Posted on 6月 29, 2016
- Updated on 6月 29, 2016
- 2255 Views
The eBgp "ip next hop unchanged" feature allows a router to send routes to its eBgp peers without changing their next
- Written by Amit Ranpise
- Posted on 11月 11, 2019
- Updated on 6月 6, 2022
- 4599 Views
As described in the Multi VTEP MLAG TOI, singly connected hosts can lead to suboptimal peer link utilisation. By
- Written by Mason Rumuly
- Posted on 3月 3, 2023
- Updated on 3月 6, 2023
- 629 Views
Multihoming in EVPN allows a single customer edge (CE) to connect to multiple provider edges (PE or tunnel endpoint). In any multihoming EVPN instance (EVI), for each ethernet segment a designated forwarder is elected using EVPN type 4 Ethernet Segment (ES) routes sent through BGP. In single-active mode, the designated forwarder (DF) is responsible for sending and receiving all traffic. In all-active mode, the DF is only used to determine whether broadcast, unknown
- Written by Wade Carpenter
- Posted on 4月 24, 2020
- Updated on 1月 27, 2023
- 6330 Views
EVPN MPLS VPWS (RFC 8214) provides the ability to forward customer traffic to / from a given attachment circuit (AC)
- Written by Chris Hydon
- Posted on 4月 20, 2021
- Updated on 1月 4, 2023
- 4122 Views
Multihoming in EVPN allows a single customer edge (CE) to connect to multiple provider edges (PE or tunnel endpoint).
- Written by Christoph Schwarz
- Posted on 8月 23, 2022
- Updated on 10月 21, 2022
- 1549 Views
Flexible cross-connect service is an extension of EVPN MPLS Virtual Private Wire Service (VPWS) (RFC 8214). It allows for multiplexing multiple attachment circuits across different Ethernet Segments and physical interfaces into a single EVPN VPWS service tunnel while still providing single-active and all-active multi-homing.
- Written by Aadil Ahamed
- Posted on 12月 20, 2019
- Updated on 12月 20, 2019
- 3672 Views
Starting with EOS release 4.22.0F, the EVPN VXLAN L3 Gateway using EVPN IRB supports routing traffic from one IPV6
- Written by Alton Lo
- Posted on 6月 14, 2019
- Updated on 10月 7, 2019
- 3348 Views
Starting with EOS release 4.22.0F, the EVPN VXLAN L3 Gateway using EVPN IRB supports routing traffic from IPV6 host to
- Written by Kallol Mandal
- Posted on 11月 14, 2019
- Updated on 12月 22, 2020
- 3739 Views
Starting with EOS release 4.22.0F, the EVPN VXLAN L3 Gateway using EVPN IRB supports routing traffic from one IPV6