The ZoneFlex 7731 point-to-point bridge is perfect for a variety of carrier applications such as offering Wi-Fi broadband services, backhauling 3G traffic and offloading data traffic from 3G networks. It is also ideal for hotels, multi-dwelling units, schools, warehouses and other enterprises looking to extend broadband connection to remote buildings where fixed line broadband connections aren’t feasible or cost effective. Ultra simple to use, the lightweight ZoneFlex 7731 provides a 30-degree 3dB beamwidth antenna for easy aiming and is centrally managed through the Ruckus FlexMaster remote Wi-Fi management system.
Contact SF WiFi for more information
http://www.sf-wifi.com/blog/store/ruckus-wireless/ruckus-wireless-zoneflex-7731/
http://www.ruckuswireless.com/products/zoneflex-high-end/7731
Developed for broadband operators looking to deliver reliable wireless broadband services, the ZoneFlex 7731 is the first smart Wi-Fi point-to-point backhaul system that delivers consistent performance at ranges up to 15 kilometers. Based on the 802.11n standard combined with a Ruckus smart directional antenna, the ZoneFlex 7731 supports up to 190 Mbps at 1.5 kilometers, and offers performance up to 50 Mbps at 10 km (LoS).
Operating in the 5GHz band, the ZoneFlex 7731 integrates a state-of-the-art, dual-polarized smart antenna that offers blazingly fast and highly reliability connectivity across long distances.
Applications:
Building to Building Bridging:
ZoneFlex 7731 provides an ideal solution for either the primary link or the
redundant link between the two LANs in different buildings.
Wireless Broadband Access:
ZoneFlex 7731 allows providers to reliably deliver new wireless broadband
services in areas where fixed line access is non-existent or
cost-prohibitive.
3G Backhaul and Offload:
ZoneFlex 7731 offers cost-effectiveness, reliability and better performance
for 3G network offload and backhaul.
Backup Link For Disaster Recovery:
ZoneFlex 7731 offers cost-effectiveness, reliability and better performance
for 3G network offload and backhaul.