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traffic engineering

RS0232 - SD-WAN 20.9 Centralized Data Policy (Part 3)

The video demonstrates common use-cases with Centralized Data Policy in Cisco Catalyst SD-WAN. The use-cases are security with ACL, traffic control with AVC, and Traffic Engineering. Towards the end of the lab, we will test failover behavior when traffic engineering is configured.

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3

RS0232 - SD-WAN 20.9 Centralized Data Policy (Part 2)

The video demonstrates common use-cases with Centralized Data Policy in Cisco Catalyst SD-WAN. The use-cases are security with ACL, traffic control with AVC, and Traffic Engineering. Towards the end of the lab, we will test failover behavior when traffic engineering is configured.

Rating: 
0
No votes yet
Difficulty Level: 
3

RS0232 - SD-WAN 20.9 Centralized Data Policy (Part 1)

The video demonstrates common use-cases with Centralized Data Policy in Cisco Catalyst SD-WAN. The use-cases are security with ACL, traffic control with AVC, and Traffic Engineering. Towards the end of the lab, we will test failover behavior when traffic engineering is configured.

Rating: 
0
No votes yet
Difficulty Level: 
3

RS0229 - SD-WAN 20.9 Traffic Engineering (Control) (Part 3)

The video shows you different ways to control traffic routing cross SD-WAN overlay in Cisco Catalyst SD-WAN. The four methods we will look at are Restrict Flag, TLOC Preference, OMP Route Preference, and Tunnel Weight. In different lab scenarios, we will manipulate desire traffic paths and test path failover.

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0
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Difficulty Level: 
4

RS0229 - SD-WAN 20.9 Traffic Engineering (Control) (Part 2)

The video shows you different ways to control traffic routing cross SD-WAN overlay in Cisco Catalyst SD-WAN. The four methods we will look at are Restrict Flag, TLOC Preference, OMP Route Preference, and Tunnel Weight. In different lab scenarios, we will manipulate desire traffic paths and test path failover.

Rating: 
0
No votes yet
Difficulty Level: 
4

RS0229 - SD-WAN 20.9 Traffic Engineering (Control) (Part 1)

The video shows you different ways to control traffic routing cross SD-WAN overlay in Cisco Catalyst SD-WAN. The four methods we will look at are Restrict Flag, TLOC Preference, OMP Route Preference, and Tunnel Weight. In different lab scenarios, we will manipulate desire traffic paths and test path failover.

Rating: 
0
No votes yet
Difficulty Level: 
4

RS0152 - SD-WAN Traffic Engineering (Control) (Part 3)

The video shows you different ways to perform traffic engineering across Cisco SD-WAN overlay. We will explore various configuration options and settings in Centralized Control Policy to achieve simple traffic steering and path preference. We will look at tunnel restrict flag to help reduce total number of IPSec tunnel, and tunnel weight that allows weighted bandwidth load balancing.
Rating: 
0
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Difficulty Level: 
3

RS0152 - SD-WAN Traffic Engineering (Control) (Part 2)

The video shows you different ways to perform traffic engineering across Cisco SD-WAN overlay. We will explore various configuration options and settings in Centralized Control Policy to achieve simple traffic steering and path preference. We will look at tunnel restrict flag to help reduce total number of IPSec tunnel, and tunnel weight that allows weighted bandwidth load balancing.
Rating: 
0
No votes yet
Difficulty Level: 
3

RS0152 - SD-WAN Traffic Engineering (Control) (Part 1)

The video shows you different ways to perform traffic engineering across Cisco SD-WAN overlay. We will explore various configuration options and settings in Centralized Control Policy to achieve simple traffic steering and path preference. We will look at tunnel restrict flag to help reduce total number of IPSec tunnel, and tunnel weight that allows weighted bandwidth load balancing.
Rating: 
0
No votes yet
Difficulty Level: 
3

SP0028 - MPLS AToM TE and Pseudowire Redundancy

The video demonstrates another method of routing L2VPN traffic using Cisco MPLS Traffic Engineering (TE) tunnel. Instead of relying on targeted LDP, we will be leveraging MPLS TE for label exchange and traffic path control. We will also look at a way to provide redundancy using a backup pseudowire. We will perform Wireshark packet capture and review control and data packets. 

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