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The video uncovers Multicast routing function on Cisco FTD 6.1. We will configure an FTD device as a multicast stub before proceeding to enable full multicast routing with Boot Strap Router enabled. We will take time to explore supported multicast features and perform testing with multicast video traffic. The video finishes with configuration of QoS traffic policing. 

The video uncovers Multicast routing function on Cisco FTD 6.1. We will configure an FTD device as a multicast stub before proceeding to enable full multicast routing with Boot Strap Router enabled. We will take time to explore supported multicast features and perform testing with multicast video traffic. The video finishes with configuration of QoS traffic policing. 

The video introduces you to Pre-filter policy on Cisco FTD 6.1. We will demonstrate how prefilter policy can be used in addition to a regular access control rule to allow (Fastpath) or drop traffic and prevent them from further processing. The second half of the videos takes you through another feature called Tunnel Rule that allows FTD to analyze unencrypted tunnel traffic.

The video introduces you to Pre-filter policy on Cisco FTD 6.1. We will demonstrate how prefilter policy can be used in addition to a regular access control rule to allow (Fastpath) or drop traffic and prevent them from further processing. The second half of the videos takes you through another feature called Tunnel Rule that allows FTD to analyze unencrypted tunnel traffic.

The video introduces you to Pre-filter policy on Cisco FTD 6.1. We will demonstrate how prefilter policy can be used in addition to a regular access control rule to allow (Fastpath) or drop traffic and prevent them from further processing. The second half of the videos takes you through another feature called Tunnel Rule that allows FTD to analyze unencrypted tunnel traffic.

The video runs through various NAT scenarios on Cisco FTD 6.1. We will be going over structure of NAT policy and covering the majority of common NAT use-cases including static NAT, dynamic NAT, PAT, and Identity NAT using both Twice NAT and Object NAT. We will also configure NAT64 to allow internet access to our IPv6 environment we configured in the previous video.

The video runs through various NAT scenarios on Cisco FTD 6.1. We will be going over structure of NAT policy and covering the majority of common NAT use-cases including static NAT, dynamic NAT, PAT, and Identity NAT using both Twice NAT and Object NAT. We will also configure NAT64 to allow internet access to our IPv6 environment we configured in the previous video.

The video runs through various NAT scenarios on Cisco FTD 6.1. We will be going over structure of NAT policy and covering the majority of common NAT use-cases including static NAT, dynamic NAT, PAT, and Identity NAT using both Twice NAT and Object NAT. We will also configure NAT64 to allow internet access to our IPv6 environment we configured in the previous video.

The video runs through various NAT scenarios on Cisco FTD 6.1. We will be going over structure of NAT policy and covering the majority of common NAT use-cases including static NAT, dynamic NAT, PAT, and Identity NAT using both Twice NAT and Object NAT. We will also configure NAT64 to allow internet access to our IPv6 environment we configured in the previous video.

The video runs through various NAT scenarios on Cisco FTD 6.1. We will be going over structure of NAT policy and covering the majority of common NAT use-cases including static NAT, dynamic NAT, PAT, and Identity NAT using both Twice NAT and Object NAT. We will also configure NAT64 to allow internet access to our IPv6 environment we configured in the previous video.