Description
Ruckus’ High Capacity, High Performance Four-Stream 802.11ac Wave 2 Outdoor AP
The ZoneFlex™ T710 combines Ruckus patented technologies and best-in-class industrial grade design with next generation of 802.11ac features to deliver industryleading Wi-Fi performance, reliability and coverage for challenging high density outdoor deployments.
Featuring BeamFlex+ adaptive antenna technology, the ZoneFlex T710 offers a substantial increase in performance and range by optimizing antenna coverage on a per client, per transmission basis. BeamFlex+ additionally mitigates co-channel interference by directing Wi-Fi signals where they are needed instead of towards neighboring access points. The T710’s BeamFlex+ adaptive antenna system is also equipped with dual polarization antennas, allowing the access point to adapt to the physical orientation of client devices and maximize uplink performance.
With throughput capacities of 800 Mbps (2.4GHz) and 1733 Mbps (5GHz), the ZoneFlex T710 supports the highest available throughput for Wi-Fi clients. 802.11ac Multi-User MIMO (MU-MIMO) support allows the T710 to simultaneously transmit to multiple MU-MIMO capable devices, drastically improving airtime efficiency, overall throughput, and availability. The T710 is compatible with a wide array of MU-MIMO, SU-MIMO and legacy Wi-Fi clients.
The ZoneFlex T710 can function either as a standalone AP or as part of centrallymanaged Wireless LAN.
The ZoneFlex T710 is specifically designed with industrial-grade features such as GPS and secure image download. Also included is a SFP fiber interface that enables seamless connectivity to a fiber backhaul with no additional converters. Via Ethernet connections, the T710 supports Link Aggregation Control Protocol (LACP) to optimize backhaul throughput.
The ZoneFlex T710 is purpose-built to deliver unparalleled performance, capacity and coverage in dynamic outdoor environments that are characteristic of high density utilization and interference.
Ideal use cases include: public outdoor hotspots, smart cities, outdoor coverage for enterprise and schools where support for data intensive streaming multimedia applications like HD IP video is imperative.