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Quad-Radio 802.11ac Wave 2 4x4:4 UHD Indoor Access Point
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Model: AP1004WRi | Data Sheet

Concurrent quad-radio
802.11ac Wave 2 4x4:4
PHY data rate up to 4.87 Gbps

Patented antenna technology for software-adjustable beam patterns

1,000+ devices
Roaming & Load Balancing

AI Radio Coverage
Pan: 60˚ & Tilt: 60˚
Beam: 90˚ & 140˚

Quad-Radio 802.11ac Wave 2 4x4:4 UHD Indoor Access Point

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.


• Concurrent quad-radio 802.11ac Wave 2 4x4:4

• PHY data rate up to 4.87 Gbps

• Theoretical max number of devices: 2,000+

• Recommended max number of devices: 1,000

200+ simultaneous active devices per AP

• 5 Gbps backhaul provided by 2 x 2.5G PoE+ Ethernet ports

• Patented antenna beam-forming and shaping technology:
      - 2.4GHz: fixed pattern → 90° x 90°
      - 5GHz: s/w-adjustable patterns → 90° x 90° to 140° x 140°

• Simultaneous polarization and pattern diversity for efficient MIMO and MU-MIMO

• 4x4:4SS per 5 GHz radio for:
      - 4x4 SU-MIMO devices per radio
      - Up to 3 concurrent MU-MIMO devices per radio

• 3x3:3 streams for 2.4 GHz radio

• Dual-band scanning and BLE radios


The AP1004WRi leverages the combined power of four radios, one 2.4 GHz (3x3:3) and three 5 GHz radios (4x4:4), for a total of 15 parallel streams. In addition, dual 2.5 Gbps Ethernet ports provide up t o 5 Gbps of wired backhaul. The AP1004WRi also offers a BLE radio while the 2.4 GHz radio can be fully or partially repurposed for dual-band intrusion detection and spectrum monitoring. The AP1004WRi features a patented design and system architecture enabling concurrent quad-radio operation without impacting the radio’s performance for bestin-class aggregate PHY throughput of 4.866 Gbps. In addition, the patented design does not compromise RF performance and radio coverage, making the AP1004WRi amenable to different deployment venues and scenarios.


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 AP1004WRi has a patented, fully-integrated, software-adjustable antenna system with the following characteristics: band-optimized, tightly-controlled radiation patterns, polarization and pattern diversity, as well as beam angle and shape reconfigurability. Bandoptimized antennas enable optimal radiation in the entire spectrum; polarization and pattern diversity provide enhanced MIMO and MU-MIMO operation; beam angle and shape reconfigurability enable direct energy to various spatial sectors for radio coverage zone control and interference management. These unique features provide system designers and integrators unparalleled flexibility in various deployment venues, maximizing network capacity with fewer AP’s and faster install times.


Upon power-up, the AP1004WRi is auto-discovered by WMS which performs AP verification and authorization before commencing data transfer. Once authorized, updated firmware and AP configuration are downloaded in a secured and controlled tunnel for an efficient and fast bring-up and operation.

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