| Quicklinx: | 85ZFWS00 |
|---|---|
| Mfr#: | TD-W8968 |
TP-LINK's TD-W8968 300Mbps Wireless N USB ADSL2+ Modem Router is an incredibly robust all-in-one device allowing users to access high-speed internet connection via ADSL or Ethernet WAN (EWAN) using its interchangeable LAN/WAN port and share it wirelessly at 300Mbps wireless 802.11n speeds.
With its multi-function USB port, users can share printers, files and play media across the local network or access files from attached USB storage across the internet using the TD-W8968's FTP server function.
Multifunction USB Port - Easy Sharing
Using the TD-W8968's multi-functional USB 2.0 port, users can share printers, files or play media either throughout the network at home with several different computers or even away, using the device's FTP server functions so that you never have to part with your files.
Interchangeable LAN/WAN Port - Versatile Connectivity
The TD-W8968 supports ADSL or Ethernet WAN connections (EWAN) that allow users to have the flexibility of different Internet connections among ADSL, cable or fiber modem using its interchangeable LAN/WAN port. This unique feature makes it easier when users need to change to fiber or cable services when necessary.
All-in-One Device - Clear up your desktop!
The TD-W8968 does the work of several networking devices packed into one sleek device. With an ADSL2+ modem, NAT router, switch and 300Mbps wireless access point, this device eliminates the need to purchase multiple devices to access and share a high-speed wireless Internet connection.
300Mbps Wireless - More Power to You
With 300Mbps 802.11n wireless and 4 Megabit LAN ports, the TD-W8968 is the ideal choice for bandwidth heavy users that rely on speedy, reliable connections for bandwidth intensive work or entertainment such as lag-free conference calls, HD video streaming or online gaming.
IP QoS - Efficient Bandwidth Control
IP QoS allows network administrators to allot a specific amount of available bandwidth to each network connected device simply by identifying it by its IP address, ensuring that those devices with critical tasks always have enough bandwidth and preventing any one device from hoarding bandwidth from the rest of the users on the network.
