Ruckus 2x ZF7731 & 2x AT-2401-DP High Gain Directional Antennas

Product Description

Developed for broadband operators looking to deliver reliable wireless broadband services, the Zone Flex 7731 is a smart Wi-Fi point-to-point, point-to-multipoint backhaul system that delivers consistent performance at ranges up to 15-kilometer. Bases on the 802.11n standard combined with a Ruckus smart directional antenna, the Zone Flex 7731 supports up to 190 Mbps at 1.5-kilometer, & offers performance up to 50 Mbps at 10 kilometer (Lo S). Operating in the 5 GHz b&, the Zone Flex 7731 integrates a state-of-the-art, dual-polarized smart antenna that offers blazingly fast & highly reliability connectivity across long distances. Featuring Smart Channel Selection technology, the Zone Flex 7731 point-to-point/multipoint bridge is perfect for a variety of carrier applications such as offering Wi-Fi broadband services, backhauling 3G traffic & offloading data traffic from 3G networks. It is also ideal for hotels, multi-dwelling units, schools, warehouses & other enterprises looking to extend broadband connection to remote buildings where fixed line broadband connections arent feasible or cost effective. The Ruckus Zone Flex 7731 is a centrally-managed, outdoor point-to-point bridge that unleashes the promise of 5 GHz 802.11n, delivering unparalleled throughput. Backhaul throughput of over 100 Mbps opens opportunities to new business models, bridging remote locations & providing broadband services to locations not reachable before, in an affordable way. Designed for harsh outdoor conditions, the Ruckus Zone Flex 7731 is perfect for service providers looking to easily extend branded broadband services, backhaul 3G networks, offload data traffic from 3G networks, deploy multimedia hotspots, or offer wireless broadband services where fixed line access is limited. The Zone Flex 7731 is also ideal for hotels, schools, warehouses & other enterprises looking to extend managed Wireless LANs (WLANs) across remote buildings & where Ethernet cabling is not p