The AP3915 is a feature-rich 802.11ac Wave 2 & 802.11abgn indoor access point, that delivers enterprise-grade performance & security without the premium cost. The AP3915i is designed to blend into any office, carpeted enterprise, or classroom environment. The AP3915 offers multiple connectivity options, including 2.4G, 5G, and BLE/802.15.4 (e.g. Thread, etc.) for location services & extended connectivity to Internet of Things (Io T) sensors & devices. The energy-efficient AP3915 uses 802.3af Power over Ethernet (Po E) in normal operating mode. The AP3915 is built using the advanced in technology, including 802.11ac Wave 2, dynamic radio management, spectrum analysis with interference classification, beamforming, Multi-User MIMO, self-forming & self-healing meshing, security, role-based authentication, authorization, & access control to ensure consistent & secure connectivity to users & sensors. The 2x 2:2 platform can deliver up to 1.2 Gbps over-the-air-performance & up to 50000 packets per second on the wired port, using a unique flow-based architecture, that provides consistent performance even when enforcing extensive application-based (aka Layer 7) service requirements. Features Extends secure connectivity to Internet of Things (Io T) sensors for Smart Buildings while reducing risks from weak or insecure sensors Enforces role-based grouping of users, devices, & applications to deliver priority, Qo S, & security Support for demanding voice/video/data applications to enhance mobile worker productivity & convenience Seamless roaming across an entire multi-subnet campus without the need for cumbersome client software Integrated management, security, & Qo S features reduce operating cost & ensure a consistent user experience regardless of location Reuses existing cabling & Power over Ethernet (Po E) infrastructure, reducing costs while improving service Centralized visibility & control accelerates problem resolution, optimize network utilization, & automate management Adaptive architecture reduces complexity & optimizes information flow for each application