ccna 200 301 bookshare app on kindle

ccna 200 301 bookshare app on kindle.If a user in the sales VLAN needs to communicate with a user outside of this VLAN, the router looks up the destination in the routing table and eventually forwards the traffic through (10.122 in this example).In this case, I'm using a router for connectivity between the different VLANs, but I could also be more efficient by creating logical Layer 3 interfaces on the switch. We can create a logical interface for each VLAN, and this interface is called an SVI (Switch Virtual Interface). From Figure 7.13, we can see that 2One SVL is used for VLAN 100, and the other for VLAN 200.The physical Layer 3 routable interfaceFigure 7.12 2 Physical Layer 3 Interfaces Virtual Layer 3 Routable Interface SVIFigure 7.13 2 Virtual Layer 3 Routable InterfacesSVIs are often referred to as VLAN interfaces because the command to create such interfaces is interface VLAN. they provide the default gateway for each VLAN and allow traffic to be routed out of it. Now that we know that we can use virtual interfaces to route traffic, how do we control where that traffic goes?7.3.4 Routing Table VirtualizationIn many cases, we will have a routing table in the router by default, and the router will use the routing table to determine the best path for transmitting a packet, regardless of how the packet originally arrived at the router, right? Figure 7.14 illustrates a common configuration of the default route to the Internet. When a packet originating from VLAN 100 or VLAN 200 goes to the Internet, the packet is sent to 10.5.5.5.If you want to have VLAN 100 traffic going to the Internet use a different path, this is easy to do. If you want to send VLAN 200 traffic to the Internet to 10.5.5.5, and VLAN 100 traffic to the Internet to 10.10.10.10, you can simply go back to the Stone Age and use two physical devices