D-Link DWL-2600AP DWL-2600AP/B User Manual
Product codes
DWL-2600AP/B
Wireless N Unified Access Point
DWL-2600AP
• Unified Wireless Solution
Entry level AP designed to be used as a standalone
AP or in conjunction with D-Link’s Wireless
Controllers and Switches
• Wireless N Technology
• Wireless N Technology
Up to 300 Mbps wireless speeds for increased capacity
• Load balancing
• Load balancing
To optimise high network traffic volume
and redundancy
• Security
• Security
Supports the latest standards in Wi-Fi Security
Product Highlights
Key Features
Ideal for Business
• Wireless performance of up to 300 Mbps
network throughput
• Self-configuring cluster enables easier provisioning
• Up to 16 virtual Access Points may be created from
a single unit
• Automatic load-balancing among neighbouring
Access Points
• Flexible Quality of Service (QoS) with Wi-Fi
MultiMedia (WMM)
Security
• WPA/WPA2 Personal/Enterprise
• 802.1X User Authentication
• MAC address filtering
• RADIUS support
Convenient Installation
• Can be easily mounted on ceilings
• Mounting brackets are included
• 802.3af Power Over Ethernet enables installation in
hard to reach locations
Works with:
• D-Link DWC-1000 Wireless Controller
• D-Link DWS-3160 Unified Switch Series
• D-Link DWS-4026 Layer 2+ Unified Switch
Introduction
The DWL-2600AP is an entry level indoor Access Point (AP) designed to meet the
business needs of companies of all sizes. Its low profile and sleek design means it can
be deployed in a variety of business environments. The AP can work in standalone
mode for initial deployment and then augmented by adding D-Link’s Unified Switch
solutions like the DWC-1000 Wireless Controller or the advanced DWS-3160 and
DWS-4026 Unified Switch Series to provide centralised wireless LAN management.
business needs of companies of all sizes. Its low profile and sleek design means it can
be deployed in a variety of business environments. The AP can work in standalone
mode for initial deployment and then augmented by adding D-Link’s Unified Switch
solutions like the DWC-1000 Wireless Controller or the advanced DWS-3160 and
DWS-4026 Unified Switch Series to provide centralised wireless LAN management.
High Performance
The DWL-2600AP is based on the 802.11n standard and delivers up to 300 Mbps of
network throughput. With two internal PIFA antennae working at a 2.4 GHz frequency,
this Access Point can homogeneously broadcast on the horizontal plane, making it ideal
for ceiling mounting. For mixed wireless environments where 802.11n, 802.11g and
802.11b clients simultaneously access the network, its RadioProtect™ feature ensures all
users receive an adequate level of service regardless of their technology.
network throughput. With two internal PIFA antennae working at a 2.4 GHz frequency,
this Access Point can homogeneously broadcast on the horizontal plane, making it ideal
for ceiling mounting. For mixed wireless environments where 802.11n, 802.11g and
802.11b clients simultaneously access the network, its RadioProtect™ feature ensures all
users receive an adequate level of service regardless of their technology.
Self-Configuring Cluster
Due to its flexible design, the DWL-2600AP can be deployed in a number of ways.
Using D-Link’s Self-Configuring Cluster, a feature that allows system administrators to
automatically replicate the configuration of one Access Point (master AP) across several
others, up to eight Access Point can be configured and grouped into a cluster. This is a
great solution for small businesses or workgroups that want central management but
don’t need the advanced features provided by Wireless Controllers or Unified Switches.
Using D-Link’s Self-Configuring Cluster, a feature that allows system administrators to
automatically replicate the configuration of one Access Point (master AP) across several
others, up to eight Access Point can be configured and grouped into a cluster. This is a
great solution for small businesses or workgroups that want central management but
don’t need the advanced features provided by Wireless Controllers or Unified Switches.