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5D-Link DIR-625 User Manual
Section 1 - Product Overview
Introduction
TOTAL PERFORMANCE
Combines award winning router features and Draft 802.11n wireless technology to provide the best wireless performance
TOTAL SECURITY
The most complete set of security features including Active Firewall and WPA2 to protect your network against outside
intruders
TOTAL COVERAGE
Provides greater wireless signal rates even at farther distances for best-in-class Whole Home Coverage.
ULTIMATE PERFORMANCE
The D-Link RangeBooster N™ Router (DIR-625) is a draft 802.11n compliant device that delivers real world performance of
up to 650% faster than an 802.11g wireless connection (also faster than a 100Mbps wired Ethernet connection). Create a
secure wireless network to share photos, files, music, video, printers, and network storage throughout your home. Connect the
RangeBooster N™ Router to a cable or DSL modem and share your high-speed Internet access with everyone on the network.
In addition, this Router includes a Quality of Service (QoS) engine that keeps digital phone calls (VoIP) and online gaming
smooth and responsive, providing a better Internet experience.
EXTENDED WHOLE HOME COVERAGE
Powered by RangeBooster N™ technology, this high performance router provides superior Whole Home Coverage while reducing
dead spots. The RangeBooster N™ Router is designed for use in bigger homes and for users who demand higher performance
networking. Add a RangeBooster N™ notebook or desktop adapter and stay connected to your network from virtually anywhere
in your home.
TOTAL NETWORK SECURITY
The RangeBooster N™ Router supports all of the latest wireless security features to prevent unauthorized access, be it from
over the wireless network or from the Internet. Support for WPA and WEP standards ensure that you’ll be able to use the best
possible encryption method, regardless of your client devices. In addition, this RangeBooster N™ Router utilizes dual active
firewalls (SPI and NAT) to prevent potential attacks from across the Internet.
* Maximum wireless signal rate derived from IEEE Standard 802.11g and Draft 802.11n specifications. Actual data throughput will vary. Network conditions and
environmental factors, including volume of network traffic, building materials and construction, and network overhead, lower actual data throughput rate. Environmental
conditions will adversely affect wireless signal range.