Technical Specifications for Tenda 150Mbps wireless N 3G/3.75G Router 3G611R+
The Tenda 3G611R+ Wireless N150 3G Router answers mobile users' need for setting up a wireless network on-the-go to share a mobile Internet connection. It features three Internet access modes: a) By connecting a compatible 3G modem to the 3G611R+, an Internet connection can be accessed and shared virtually anywhere. It is specially great for places where conventional DSL/cable Internet service is not convenient or mobile users; b) The WISP client router feature lets you connect to your WISP AP for wireless Internet access and sharing it with multiple users without the mess of cables and complicated configurations; c) The wired Ethernet WAN port allows you to access conventional DSL/cable modem for sharing Internet access. Plus, two detachable antennas make it ready for future upgrade. In a word, the Tenda 3G611R+ offers you triple Internet access mode: 3G mobile broadband, wireless (WISP client router) WAN and wired WAN (DSL/cable) Internet connection for diversified needs.
Maximoun Portability: The Tenda Wireless N150 3G Router (3G611R+) allows users to access worldwide mobile broadband by simply inserting a compatible mobile broadband USB modem (WCDMA, CDMA2000, TD-SCDMA) into the 3G611R+ and share your mobile broadband Internet connection wherever Ethernet network is not available through a secure, high-speed 802.11n wireless network. A 10/100 Ethernet WAN port allows you to access a DSL/Cable modem as a cost-effective connection. The WISP client router feature lets you connect to your WISP's AP for wireless Internet access.
Featured Fuctionalities: Provides connect on demand, connect manually, connect automatically to answer diversified needs. Plus, usage meter keeps you aware of your Internet access duration and traffic usage.
Replacement of Conventional Wireless Router: A 10/100 Ethernet WAN port allows you to access a DSL/Cable modem as a cost-effective connection.
Ultimate Performance: Use external high gain antenna to ensure stable signal.