vlan

The video shows two methods to extend L2 subnets and broadcast domains to an external network in Cisco ACI 6.0, namely EPG Extension and Extended Bridged Network (L2OUT). We will looks at scenarios of having default gateways inside and external to ACI fabric. At the end of the lab, we will demonstrate a server migration from an external network into ACI using the L2 extension we created.

The video shows two methods to extend L2 subnets and broadcast domains to an external network in Cisco ACI 6.0, namely EPG Extension and Extended Bridged Network (L2OUT). We will looks at scenarios of having default gateways inside and external to ACI fabric. At the end of the lab, we will demonstrate a server migration from an external network into ACI using the L2 extension we created.

The video shows two methods to extend L2 subnets and broadcast domains to an external network in Cisco ACI 6.0, namely EPG Extension and Extended Bridged Network (L2OUT). We will looks at scenarios of having default gateways inside and external to ACI fabric. At the end of the lab, we will demonstrate a server migration from an external network into ACI using the L2 extension we created.

The video shows two methods to extend L2 subnets and broadcast domains to an external network in Cisco ACI 6.0, namely EPG Extension and Extended Bridged Network (L2OUT). We will looks at scenarios of having default gateways inside and external to ACI fabric. At the end of the lab, we will demonstrate a server migration from an external network into ACI using the L2 extension we created.

The videos demonstrates the use of Local Device Profiling and Policy features on Cisco 9800 WLC to provide granular control of network access to wireless devices. We will first look at how device profiling works and then leverage this information in an access policy. We will extend our policy conditions to user AD group via RADIUS role attribute to enforce differentiate level of access.

The videos demonstrates the use of Local Device Profiling and Policy features on Cisco 9800 WLC to provide granular control of network access to wireless devices. We will first look at how device profiling works and then leverage this information in an access policy. We will extend our policy conditions to user AD group via RADIUS role attribute to enforce differentiate level of access.

The videos demonstrates the use of Local Device Profiling and Policy features on Cisco 9800 WLC to provide granular control of network access to wireless devices. We will first look at how device profiling works and then leverage this information in an access policy. We will extend our policy conditions to user AD group via RADIUS role attribute to enforce differentiate level of access.