Total 41 results found for the keyword of "eos section 31 2 configuring bgp"
...
eos adds a new parameter in the output, evpn prefix detail to display the
ATTR_SET, code 128 attributes.
switch#show bgp evpn
bgp routing table information for VRF default
Router identifier 10.11.0.1, ...
... require the customer routes have them.
eos achieves the above through the extensions to bgp as defined in RFC 4364 for IPv4
and RFC 4659 for IPv6, and the use of VPN Routing and Forwarding Tables (VRFs),
Route ...
... router-mac ba:ed:43:3f:ca:8e
MLAG
This feature applies only to the scenario when two different MLAG VTEP pairs learn the
remote prefix.
Prior to 4.26.0F, eos supports this feature on the primary ...
... This allows eos to direct specific services over the specified RIB domains, overriding the default behavior. Further, this feature, through the use of user-defined tunnel RIBs, empowers an administrator ...
...
sFlow exports packet samples and topology meta data to a centralized collector
application.
sFlow scales and operates on all switch ports simultaneously.
eos implements sFlow on all switches, without ...
RSVP-TE LSR
RSVP-TE applies the Resource Reservation Protocol (RSVP) for Traffic Engineering (TE) to distribute MPLS labels for steering traffic and reserving bandwidth.
The eos implementation supports ...
...
Examples
In this example, eos sends hello messages to all known neighbors every
10 seconds. If the switch does not receive
hello responsesfrom a neighbor for 4*10=40 seconds, the switch loses
communication ...
... timestamp
Drop count
Device ID
Egress
interface
FCS type
Reserved
TAP Aggregation Extra MPLS Pop (4 to 6 Labels)
Available starting with eos Release 4.23.1F extra MPLS pop for TAP
Aggregation ...
... template interval 3400000
Hardware Flow Tracking with IPFIX Export
Hardware Flow Tracking uses match criteria to collect data from packets based on defined
flow profiles. eos sends the collected ...
Inter-VRF Local Route Leaking
Inter-VRF local route leaking allows the leaking of routes from one VRF (the source VRF) to
another VRF (the destination VRF) on the same router.
Inter-VRF routes can ...
VCS to EVPN Hitless Migration
VCS to EVPN Hitless Migration enables support for migrating from only using VCS as
the control plane to only using EVPN as a control plane in a hitless manner concerning ...
Sample Configurations
EVPN VXLAN IRB Sample Configuration
In the following topology, we are connecting a Layer 2 site with a Layer 3 site using Layer
3 EVPN (type-5 route). The right side leaves ...
EVPN and VCS Commands
Global Configuration Mode
router
general
Router bgp Configuration Mode
next-hop
resolution disabled
redistribute
service vxlan
route-target
route-target
export
route-target ...
... a GRE tunnel, the payload of the outgoing GRE packet contains the payload of
the incoming source packet starting from the MPLS header. eos
strips L2 and outer L3 headers from the mirror copy. When the
MPLS ...
... the advertising router ID, along with the extended
communities of tunnel type (MPLS), MPLS Label value and
route-target.
Note: You require Release eos 4.21.1F and later versions with Jericho/Jericho+
platforms. ...
... of the LDP
neighbor for which it is binding a label. Note: All connected interfaces are
advertised as bound. However, eos currently advertised labels for /32 addresses, and
FEC filter is configured ...
... interface vlan 8
switch(config-if-Vl8)# pim ipv4 sparse-mode
switch(config-if-Vl8)#
Enabling PIM IPv6 Sparse Mode
By default, eos disables IPv6 PIM disabled on an interface. The pim ipv6 sparse-mode ...
Multicast Source Discovery Protocol (MSDP)
Multicast Source Discovery
Protocol (MSDP) describes a topology that connects multiple IPv4 Protocol
Independent Multicast Sparse-Mode (PIM-SM) domains. ...
... STP state. When an interface used as an Ethernet segment does not have a forwarding
state, eos considers the interface to be inactive. For a VLAN-based service, the port must be in a forwarding state
on ...
Ethernet VPN (EVPN)
This chapter describes the Arista EVPN implementation. sections in this chapter
include the following topics:
EVPN Overview
EVPN Layer
3 Core Operations
Integrated Routing and ...