The feature-rich EWS371AP Access Point leverages advanced Wi-Fi and Beamforming antenna technology for maximum performance while encompassing the flexibility, scalability, and enterprise-class management of the Neutron Series with no licensing fees. Operate as part of a scalable Neutron network management solution.
- 11ac Wave 2 Speeds to 2.5 Gbps via Link Aggregation
- Dual-Radio MU-MIMO Improves Performance & Expands Capacities
- (8) Detachable RP-SMA Omni-Direction Antennas for Both Bands
- 802.3at PoE+ for Flexible Placement Where Power Outlets are Limited
Neutron Series Indoor Managed Access Points
High Performance Reliability
EnGenius’ Neutron Series line of Managed Indoor Access Points provides wireless connectivity that’s flexible, scalable and reliable for a broad range of indoor applications.
Whether you are looking to connect a luxury home or office or need to provide ultra-fast Wi-Fi access to a large resort or campus, Neutron EWS Access Points meet the high-bandwidth requirements of today’s mobile users.
No matter what size network you need to support, Neutron EWS Access Points are flexible enough to meet your needs. Start small and grow or go big. Deploy and manage a few or 1,000+ APs on an unlimited number of networks distributed across various locations—regardless of their size and infrastructures. Neutron Series easily scales with your networking needs.
Flexibility in Deployment
Neutron’s versatile line of high-performance, managed, indoor ceiling- and wall-mount access points range from single-band 11n models to high-capacity 4×4 dual-band 11ac Wave 2 versions. Wallplate models serve as all-in-one communication “hubs” for in-room wireless connectivity. Configure APs individually as stand-alone units, locally manage up to 50 per Neutron Switch or use ezMaster software to control 1,000+ APs.
Ultra-Fast 11ac Wave 2 Speeds
EnGenius’ 11ac Wave 2 Access Points deliver the highest available speeds for Wi-Fi devices reaching 2.5 Gbps. Beamforming technology focuses signals directly to client devices, providing optimal, reliable reception even in densely crowded environments. Four spatial streams and dual-concurrent MU-MIMO radio operation sends beams to multiple users simultaneously, creating increased network capacity.