eero NV14111 PoE 7, Multi-Gig Mesh Wi-Fi 7 Access Point

Get enterprise-grade Wi‑Fi that keeps people, devices and security systems working without interruption. The eero NV14111 PoE 7 Multi-Gig Mesh Wi‑Fi 7 Access Point delivers fast, reliable connectivity where it matters most — offices, retail spaces, and security-conscious environments. With PoE installation and a low-profile ceiling/wall footprint, this eero mesh access point installs cleanly and powers up through a single Ethernet run. It supports up to 3.9 Gbps of throughput and reliably handles 200+ connected devices per unit, so IP cameras, access control, and monitoring work smoothly alongside staff and guest networks. Tri-band Wi‑Fi 7 and multi-gig backhaul reduce congestion during high-demand tasks like surveillance streaming, cloud backups and real-time analytics. Pro installers get remote diagnostics, reboot and speed-test capabilities, while facility teams benefit from easy guest access and guided troubleshooting via the eero app. Backward compatible with existing eero deployments and protected by a 3-year limited warranty, the NV14111 is built for modern networking, security and IoT monitoring. Deploy it as a ceiling-mounted access point for unified office Wi‑Fi or as a dedicated node for surveillance and guest zones — upgrade your network coverage today.

• Deliver consistent multi-gig performance (up to 3.9 Gbps) to support video conferencing, large file transfers and high-bitrate surveillance streams
• Expand reliable coverage and eliminate dead zones — supports 200+ devices and roughly 2,000 sq. ft. per unit for multi-floor offices and public spaces
• Simplify professional installs with Power over Ethernet and a low-profile ceiling/wall design that keeps wiring tidy and spaces customer-ready
• Reduce downtime with remote diagnostics, reboot and speed-test tools for installers plus app-based troubleshooting for on-site teams
• Centralize smart device and security sensor management — built-in Thread controller and Matter/Zigbee support for unified IoT monitoring