TP-Link EAP610-OUTDOOR Omada AX1800 Indoor / Outdoor Wi-Fi 6 Access Point, 1.8 Gbps

When reliable outdoor connectivity is mission‑critical, the TP‑Link EAP610-OUTDOOR Omada AX1800 access point delivers secure, high‑capacity Wi‑Fi where you need it most. Built for outdoor venues — from campuses and cafés to stadiums and monitoring sites — this Wi‑Fi 6 access point provides up to 1.8 Gbps of combined throughput on dual bands and a gigabit Ethernet uplink to support high-density clients and IP surveillance cameras. The IP67 weatherproof enclosure and dedicated high‑gain antennas extend coverage across open areas while reducing blind spots for security and monitoring systems. Integrated with the Omada SDN platform, the EAP610-OUTDOOR enables centralized cloud management, zero‑touch provisioning and easy Mesh expansion so IT teams can deploy, monitor and troubleshoot multiple sites from a single interface. Advanced features like WPA3 security, seamless roaming and MU‑MIMO improve connection stability for guest Wi‑Fi, operational devices and video surveillance streams. For organizations that need durable outdoor wireless for networking, security and surveillance applications, the EAP610-OUTDOOR is a scalable, manageable solution. Contact sales or add to cart to start protecting and connecting your outdoor spaces.

• Delivers reliable, high-capacity outdoor Wi‑Fi so your guests, staff and IoT devices stay connected across pools, plazas and parks
• AX1800 Wi‑Fi 6 performance (up to 1.8 Gbps) and dual‑band MU‑MIMO/OFDMA for smooth multi‑user access and improved surveillance camera throughput
• Rugged IP67 weatherproof housing with pole and wall mounts for year‑round outdoor deployments and discreet indoor installations
• Centralized Omada SDN cloud management, zero‑touch provisioning and Mesh support for fast rollouts, remote monitoring and simplified network operations
• Enterprise‑grade wireless security (WPA3, WPA2-Enterprise) and band steering, airtime fairness and beamforming to optimize reliability for security, monitoring and guest networks