Features

Ideal for Business and Campus Environments
Blazing performance, reaching up to 1 Gbps of network throughput1
IP67-compliant housing, allowing it to withstand very harsh weather conditions
Up to 32 virtual access points may be created using a single access point
Automatic load-balancing between linked APs
Flexible Wi-Fi QoS schemes, allowing for controlled and balanced access
Combine with D-Link s Unified Wireless Switches to expand the network to support hundreds of APs

Trusted Security
WPA/WPA2 Personal
WPA/WPA2 Enterprise
MAC address filtering
Rogue AP detection

RF Management
Automatic channel selection
Automatic power transmitting adjustment Convenient Installation
Can be easily attached to a wall or pole using the provided mounting kits
Supports 802.3at Power over Ethernet, allowing the unit to be installed in remote locations

The DWL-8710AP is an outdoor Dual-Band 802.11n/ac Wi-Fi Access Point designed specifically for deployment in business and campus environments. Highly manageable and capable of blazing speeds, the DWL-8710AP integrates seamlessly into existing network infrastructure and can be easily scaled to meet future demands.

High Performance

The DWL-8710AP is equipped with two radio transceivers. The first is a 2.4 GHz 2??2 IEEE 802.11n interface that supports up to 300 Mbps of network throughput while the second one is a 5 GHz 2??2 IEEE 802.11ac interface, capable of up to 867 Mbps of network throughput. The DWL-8710AP also features two Gigabit Ethernet network interfaces, designed to allow the administrator to easily bridge other networking devices into the network, such as a camera or another Wi-Fi access point.

Robust Design

The DWL-8710AP is IP67-compliant and is designed to operate in harsh outdoor environments and temperatures ranging from -30 up to 60 ??C. In addition, all network interfaces are protected against electrical surges, enabling the device to be placed in areas where there is a risk of being struck by lightning.

Unified Management

When deployed in conjunction with D-Link s line of Unified Wireless Switches, up to 1024 DWL-8710APs may be centrally managed and provisioned, enabling the administrator to scale the Wi-Fi network to cover larger areas.

Security

The DWL-8710AP supports all the latest in Wi-Fi security, including WPA, WPA2, and 802.1X. In addition, the DWL-8710AP supports up to 32 Virtual Access Points (VAP), which gives the administrator the flexibility to easily assign access privileges to different classes of users. When used together with D-Link s line of Unified Wireless Switches, security can be taken to a new level. Rogue APs in the network may be easily detected, and the administrator will be immediately notified of any security threat.

Automatic Radio Frequency (RF) Management

When a number of access points are deployed close to each other, interference may result if proper RF management is not implemented. When a DWL-8710AP senses a neighbor AP nearby, RF management will make it so that the DWL-8710AP will automatically select a non-interfering channel. This greatly reduces RF interference and makes it possible to deploy APs more densely. To further minimize interference, the DWL-8710AP will automatically lower its transmitting power when an adjacent AP is operating on the same channel2 . If a nearby AP is no longer present, the DWL-8710AP will dynamically increase its transmitting power again to increase wireless coverage.

Quality of Service

The DWL-8710AP supports Wi-Fi Multimedia (WMM), which prioritizes timesensitive traffic in the event of a network data congestion. Furthermore, when a number of DWL-8710APs are in close proximity with each other, an access point will refuse new association requests once its resources are fully utilized. Instead, the association request will be picked up by a neighboring unit. This feature ensures that a single access point is never overloaded while others remain underutilized. Furthermore, the administrator has the option to limit the bandwidth on a per-user basis, avoiding scenarios where a particular client might use up all the available bandwidth, affecting the performance of other users on the network.