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QoS Classification and Marking in a Layer 3 MPLS VPN
QoS is an essential concept for network engineers to understand. In this lab we will configure QoS Classification and Marking.
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Configuring Multicast with PIM Sparse Mode in Cisco Modeling Labs
Learn how to configure IPv4 multicast in Cisco Modeling Labs using PIM Sparse Mode, IGMP, BSR, an RP, and iPerf, then verify multicast forwarding.
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How to Build a Layer 2 MPLS VPN (EVPN) in Cisco Modeling Labs
In this lab we will configure a multipoint Layer 2 VPN using EVPN over MPLS. EVPN is one protocol which can be used to implement the MEF E-LAN standard.
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MPLS Traffic Engineering with RSVP-TE on IOS XRd
Configure MPLS Traffic Engineering with RSVP-TE on Cisco IOS XRd, including explicit paths, bandwidth reservations, L3VPN steering, and verification.
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How to Build a Layer 3 MPLS VPN in Cisco Modeling Labs (IOS XE)
In this lab, we will build a Layer 3 MPLS VPN that allows customer edge (CE) routers to send private traffic across our MPLS Core (CSR1000v).
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Building an MPLS Core with IOS XE in Cisco Modeling Labs
In this lab we’ll build a service provider-style MPLS Core with IOS XE. This lab covers the configuration of IS-IS, MPLS, and LDP.
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MPLS Traffic Engineering with Segment Routing on IOS XRd
Segment routing is a modern MPLS Traffic Engineering tool. In this lab we’ll implement segment routing on IOS XRd in Cisco Modeling Labs.
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BGP Policy – Configuring Route Filtering on IOS XRd
By default, BGP advertises all BGP routes to neighbors. In this lab we will use Route Filtering to better control route advertisement.
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BGP Policy – Configuring AS_PATH Prepending on IOS XRd
AS_PATH Prepending allows us to influence the path of traffic into our network. In this lab we will configure AS_PATH prepending on IOS XRd.
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BGP Policy – Configuring BGP Local Preference on IOS XRd
In this lab we will configure BGP local preference on our IOS-XRd Internet Edge routers in Cisco Modeling Labs.