NETGEAR WAX210 1800 Mbit/s White Power over Ethernet (PoE)

Gigabit Business WiFi access point with WiFi 6 support and combined throughput up to 1.8 Gbps, designed for small offices, retail shops, conference rooms and lobbies. The compact unit can be mounted on a wall or ceiling and provides multiple SSIDs, WPA3 authentication and a dedicated Ethernet connection for isolated network segments. Power over Ethernet (PoE) simplifies installation by delivering power and data over a single cable. The device offers an easy web‑based setup that can be completed in about 10 minutes without professional installation.

Advantages

Provides faster wireless speeds and better capacity with WiFi 6, suitable for streaming, downloads and video conferencing. Small form factor and versatile mounting options allow discreet placement in customer-facing areas. Security features include four separate SSIDs and WPA3 authentication to isolate guest or device networks from the main office network. PoE support removes the need for a nearby power outlet and reduces cabling complexity. Intuitive web GUI enables quick DIY configuration and lowers deployment costs.

Key specifications

• Wireless standard: WiFi 6 (802.11ax)
• Maximum combined throughput: up to 1.8 Gbps
• SSIDs: 4 unique SSIDs
• Security: WPA3 authentication
• Mounting: wall or ceiling mountable, compact design
• Power: Power over Ethernet (PoE)
• Setup: Web GUI, approx. 10‑minute configuration, no professional installation required

How to use

Mount the access point on a wall or ceiling in a central location for best coverage. Connect a single Ethernet cable from your router or PoE switch to provide both power and network connectivity. Access the device Web GUI from a browser on a connected computer to complete the guided setup, configure SSIDs and security (WPA3), and assign the dedicated Ethernet network segment. Test wireless coverage and adjust placement if needed.

Recommendations

For optimal performance, place the access point away from large metal objects and other sources of interference, use a PoE switch that meets the device power requirements, and assign separate SSIDs for guest and internal devices to maintain network isolation.