Mid-range 802.11n 2x2:2 dual-band 2.4GHz and 5GHz concurrent access points are designed for high density mobile device environments with bandwidth hungry and latency sensitive applications MIMO 2x2:2
Mid-range 802.11n 2x2:2 dual-band 2.4GHz and 5GHz concurrent access points are designed for high density mobile device environments with bandwidth hungry and latency sensitive applications MIMO 2x2:2
A sleek and low-profile AP for delivering high-performance and reliable 802.11n wireless2.4/5GHz.
One of the industry’s lowest cost, highest performing line of 802.11n mid-range access points available.
Industry’s first dual-band dual-concurrent wall mounted wired switch and wireless wall switch for next generation wireless 2.4/5GHz.
The ZoneFlex R600 802.11ac is a High Performance Mid-Range 3X3:3 Smart Wi- Fi Access Points with Adaptive Antenna Technology.
Increased wireless performance, capacity, unparalleled ease of use and greater business value, particularly within high-density environments.
Next generation Ruckus ZoneFlex. R300 is 802.11n 2x2:2 dual-band 2.4/5GHz concurrent access points designed for bandwidth hungry and latency sensitive applications..
ZoneFlex R700 is purpose-built for high-capacity, high performance and interference-laden environments such as airports, public venues, hotels, universities and conference centres.
One of the Fastest 802.11n Outdoor Wi-Fi Access Point There is, Delivering Range, Reliability with Adaptive Antenna Technology2.4/5GHz.
802.11n outdoor access points featuring the option of a 30° narrow beam antenna, a 120° antenna, with minimal form factor with integrated antennas which is essential in many deployments including light poles (aka street furniture) in major metro area.
Dual-band 802.11ac outdoor access point (AP), is designed explicitly for high density public venues such as airports, conventions centers, plazas & malls, and other dense urban environments.
High Performance, Mid-Range 2x2:2 802.11ac Smart Wi-Fi Access Points with Adaptive Antenna Technology.
802.11ac wired-wireless wall switch access point with adaptive antennas ideal for hospitality, multi-dwelling units & student housing.
802.11ac wave2 4x4:4 MIMO IoT ready access point with two times extended range and coverage, ultra-reliable mobile device connectivity and superior performance with 1733 Mbps (5 GHz) and 800 Mbps (2.4 GHz).
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Beamflex+ delivers adaptive technology that directs transmit energy towards the best path to the receiving device, regardless of client device orientation or client device location for maximum signal coverage, throughput, and network capacity.
Smart WiFi location-based services (LBS) user positioning technology suite that gives enterprises the ability to deliver a wide-range of value-added services that can help them increase their profitability while enhancing users’ online experiences.
Integration with existing network segmentation and security architecture, authentication and directory services. Fingerprinting and access control features provide a high level of granular enforcement.
Next generation Wi-Fi with wider channels, more spatial streams, and more efficient modulation. Phase 1: 1.3 Gbps - 256-QAM, 80 MHz channels, 3 spatial streams. Phase 2: 3+ Gbps - MU-MIMO, 256-QAM, 80 and 160 MHz channels, 3+ spatial streams
ChannelyFly allows the AP’s to change their channels automatically within either the 2.4 or 5 GHz bands when interference or contention conditions warrant it and deliver good capacity in highly contentious public settings where channels are very busy.
Access points can simply be plugged into any convenient power source with no cable runs, configuration, or optimization adjustments required by combing high-gain smart antenna arrays, sophisticated RF routing, and centralized management in a single WLAN system
Hotspot 2.0 delivers a roaming experience as secure and easy to use as with mobile carrier data. Client devices can be authenticated with one or more credentials, such as a SIM card, username/password pair, or X.509 certificates.
Handling BYOD stress points for administrators and users through integration with existing network segmentation and security architecture, authentication and directory services. Fingerprinting and access control features provide a high level of granular enforcement.