D-Link DWS-3024L User Manual - Page 36

Access Point-to-Switch Discovery, Access Point Placement,

Page 36 highlights

D-Link Unified Access System User Manual Figure 9 shows two D-Link Unified Switches in the network data center. In this deployment, the switches do not connect directly to APs or end-user nodes. Figure 9. Data Center Topology LAN Switch Unified Switches APs Network Backbone LAN Switch Data Center APs The data center topology is a good solution in networks where the goal is to add a wireless LAN to a network with minimal changes to the existing network. Traffic from wireless clients to the APs is either tunneled through the Unified Switch or tagged with a VLAN ID by the AP and handled accordingly. If the traffic is tagged, it might not pass through the Unified Switch. Access Point-to-Switch Discovery To enable the AP and Unified Switch to discover each other, you can use one of the following four methods: • Enter the IP address of the Unified Switch into the AP • Enter the IP address of the AP into the Unified Switch • Configure the DHCP server to pass the IP address of the Unified Switch to the AP in DHCP option 43 • Use the D-Link Wireless Device Discovery Protocol The AP-to-switch discovery method you use depends on your network topology. For example, if the Unified Switch and AP are in the same Layer 2 multicast domain, we recommend that you use the D-Link Wireless Device Discovery Protocol. These options are discussed in more detail in "Discovering Access Points and Peer Switches" on page 61. Access Point Placement D-Link Access Points can be on the same subnet as the switch or on a different subnet. You can connect the AP directly to the Unified Switch or to another networking device. The range 36 © 2001- 2008 D-Link Corporation. All Rights Reserved.

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36
© 2001- 2008 D-Link Corporation.
All Rights Reserved.
D-Link Unified Access System User Manual
Figure 9
shows two D-Link Unified Switches in the network data center. In this deployment,
the switches do not connect directly to APs or end-user nodes.
Figure 9. Data Center Topology
The data center topology is a good solution in networks where the goal is to add a wireless
LAN to a network with minimal changes to the existing network. Traffic from wireless clients
to the APs is either tunneled through the Unified Switch or tagged with a VLAN ID by the AP
and handled accordingly. If the traffic is tagged, it might not pass through the Unified Switch.
Access Point-to-Switch Discovery
To enable the AP and Unified Switch to discover each other, you can use one of the following
four methods:
Enter the IP address of the Unified Switch into the AP
Enter the IP address of the AP into the Unified Switch
Configure the DHCP server to pass the IP address of the Unified Switch to the AP in DHCP
option 43
Use the D-Link Wireless Device Discovery Protocol
The AP-to-switch discovery method you use depends on your network topology. For example,
if the Unified Switch and AP are in the same Layer 2 multicast domain, we recommend that
you use the D-Link Wireless Device Discovery Protocol.
These options are discussed in more detail in
“Discovering Access Points and Peer Switches”
on page 61.
Access Point Placement
D-Link Access Points can be on the same subnet as the switch or on a different subnet. You
can connect the AP directly to the Unified Switch or to another networking device. The range
APs
APs
LAN Switch
LAN Switch
Data Center
Network
Backbone
Unified Switches