User's Manual
Table Of Contents
- Product Overview
- Installation
- Configuration
- Access Point Mode
- Wireless Client Mode
- Router Mode
- Setup Wizard
- Internet Setup
- Wireless Setup Wizard
- Wireless Settings
- Network Settings
- USB Settings
- Virtual Server
- Application Rules
- MAC Address Filter
- Website Filters
- Firewall Settings
- Advanced Wireless Settings
- Wi-Fi Protected Setup
- UPnP Settings
- Guest Zone
- DMZ
- IPV6 Settings
- Administrator Settings
- Time Settings
- System Settings
- Firmware Update
- System Check
- Schedules
- Device Information
- Wireless
- Logs
- Statistics
- Internet Sessions
- IPv6
- Help
- Wireless Security
- Connect to a Wireless Network
- Troubleshooting
- Wireless Basics
- Networking Basics
- Technical Specifications
- Warranty
7D-Link DAP-1350 User Manual
Section 1 - Product Overview
Introduction
D-Link, an industry leader in networking, introduces the new D-Link DAP-1350 Wireless N Router/Access Point. With the ability
to transfer les with a maximum wireless signal rate of up to 300Mbps*, the DAP-1350 gives you high-speed wireless network
access for your home or when you travel.
The DAP-1350 is Wi-Fi IEEE 802.11n compliant, meaning that it can connect and interoperate with other 802.11n compatible
wireless client devices. The DAP-1350 is also backwards compatible with 802.11b/g. It can be exibly congured to operate in
3 dierent modes: Access Point, Wireless Client, and Router. With its Setup Wizard, the DAP-1350 ensures that you will be
up and running on a wireless network in just a matter of minutes.
The DAP-1350 features Wi-Fi Protected Access (WPA-PSK/WPA2-PSK) to provide an enhanced level of security for wireless
data communications. The DAP-1350 also includes additional security features to keep your wireless connection safe from
unauthorized access.
The DAP-1350 supports WPS on all three operation modes, with each capable of being conveniently set up by using the PIN
method or Push Button.
• Actual data throughput will vary. Network conditions and environmental factors, including volume of network trac, building materials and construction, and network
overhead, lower actual data throughput rate.