Indoor Access Point with Concurrent Dual Radio 802.11ac Wave-2 4x4:4SS and MU-MIMO
Model: AP1002Oi
Everest Networks provides the industry’s leading Wi-Fi solutions addressing today’s most pressing ultra-high density (UHD) challenges, such as high user engagement, high network capacity, fast throughput, and low total cost of ownership (TCO). Our solutions leverage the Everest Wi-Fi platform, designed and built specifically for UHD venues such as stadiums, arenas, convention centers, shopping malls, transport hubs, auditoriums, campuses, and smart cities
UNIQUE BENEFITS
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The AP1002Oi leverages the combined power of two 802.11ac Wave 2 radios both operating in 4×4:4 MIMO mode, for a total of 8 parallel spatial streams. One radio is dedicated to the 2.4-GHz band providing MIMO functionality while the other radio is dedicated to the 5-GHz band providing MU-MIMO functionality. In addition, the AP1002Oi enables concurrent dual-radio operation without impacting the radio’s performance for an aggregate PHY throughput of 2.53 Gbps. Integrated within the AP1002Oi is a dual-band scanning radio and BLE radio for enhanced user functionality. Finally, 3.5 Gbps of wired backhaul is provided by two Ethernet ports, one at 2.5 Gbps and one 1 Gbps.
Our patent-pending load balancing algorithms performs traffic management to optimize client associations, throughput, and roaming. Based on 802.11k and 802.11v protocols, the algorithm dynamically balances users between intra- and inter-AP radios to maximize radio, client and network performance and capacity.
Our patent-pending load balancing algorithms performs traffic management to optimize client associations, throughput, and roaming. Based on 802.11k and 802.11v protocols, the algorithm dynamically balances users between intra- and inter-AP radios to maximize radio, client and network performance and capacity.
The AP1002Oi has a fully-integrated antenna system featuring polarization, pattern, and spatial diversity for enhanced MIMO and MU-MIMO operation. The 4-spatial steam 160 ̊-beam profile provides a quasi-omnidirectional down-ward or outward coverage pattern when ceiling- or wall-mounted, respectively, for a reliable, consistent, and defined RF signal in enterprise-grade environments.
