Description:This document contains links to documents in the Knowledge Base which describe several possible solutions to separate networks via
Advanced Routing and Forwarding (
ARF) or
VLAN.
ARF: Separating local networks by using interface tags (for devices without WLAN)This document outlines the parameters and functions of the "
Advanced
Routing and
Forwarding" feature for LANCOM-Routers without WLAN.
ARF: Separating local networks by using interface tags (for devices with WLAN)This document outlines the parameters and functions of the "
Advanced
Routing and
Forwarding" feature for LANCOM-Routers with WLAN.
Configuring a stand-alone DNS server per ARF networkSince LCOS 8.82, it is possible to configure a standalone DNS server for each ARF network. This is ideal for creating separate logical networks, each of which requires its own DNS server configuration.
Configuring a separate guest network (LAN & WLAN) with Public Spot and content-filter functionsThe example configuration outlined here represents a typical scenario, such as for a hotel with a public LAN and wireless LAN access points.
Tutorial WLAN Layer-3 Tunneling: WLAN controller with Public Spot The configuration of a Public Spot can be greatly simplified if the payload data sent from the WLAN to the controller is routed through a WLC tunnel. A Public Spot can, for example, provide guests with Internet access in parallel with, but separated from, an internal wireless LAN.
Manually configuring a guest network on a WLAN controller by means of VLANThis article describes how to set up a guest network in a WLAN controller by means of VLAN. Even though we are using VLAN, there is no need to activate the VLAN module of the WLAN controller, nor is it necessary to assign a VLAN ID to the management network. Active tagging is implemented by the access points and switches.
VLAN tagging modes explainedThis article describes how the various VLAN tagging modes work.
