Accesspoint RUCKUS Networks T350c 1774 Mbit/s PoE wit

The RUCKUS T350c is a high-performance outdoor Wi‑Fi 6 access point offering combined data rates up to 1774 Mbit/s across 2.4 GHz and 5 GHz bands. Designed for dense public environments, the T350 Series provides models with internal omni-directional or high-gain directional antennas, an IP67-rated lightweight enclosure, and Power over Ethernet (PoE) for simplified installation and reliable outdoor operation.

Advantages

The T350c uses RUCKUS antenna optimization and interference mitigation technologies to improve throughput and connection reliability for many simultaneous clients. Its Wi‑Fi 6 design delivers improved spectral efficiency and capacity in high-density outdoor venues, while PoE support reduces cabling complexity. The IP67-rated, low-profile housing enables deployment in challenging weather and urban environments.

Suitable for

• Airports and transport hubs
• Convention centers and event plazas
• Shopping malls and outdoor retail areas
• Smart city deployments and dense urban outdoor spaces

Key specifications

• Maximum data transfer rate: 1774 Mbit/s
• Wireless bands: 2.4 GHz and 5 GHz (Wi‑Fi 6)
• Ethernet LAN (RJ‑45) ports: 1 with Power over Ethernet (PoE)
• Security: AES, WPA‑PSK, WPA‑TKIP, WPA2‑Enterprise, WPA3‑Enterprise
• Product colour: White
• Weight: 1.01 kg
• Ingress protection: IP67 (outdoor-rated)
• Model / MPN: 9U1-T350-WW20

How to use

Mount the T350c at the chosen outdoor location following site planning for coverage and line-of-sight. Connect a single Ethernet cable to the RJ‑45 port and supply power via a compatible PoE switch or injector. Configure wireless settings and security (including WPA2/WPA3 options) using the RUCKUS management interface or controller. Verify coverage and adjust antenna orientation or placement if using directional models to optimise client connectivity.

Recommendations

Install at recommended heights for public venues, ensure PoE power budget matches device requirements, and place units to minimise interference from nearby electronics or structures; for high-density events, plan additional APs to maintain capacity and performance.