• High performance concurrent dual band Wireless AC access point
• AC1750: 1.3 Gbps Wireless AC 450 Mbps Wireless N bands
• Access Point (AP), Client, Repeater, WDS, and WDS AP modes
• Gigabit LAN port
• Connect devices with one-touch Wi-Fi Protected Setup (WPS)

TRENDnet’s high performance AC1750 Dual Band Wireless Access Point, model TEW-815DAP, supports Access Point (AP), Client, Repeater, Wireless Distribution System (WDS) Bridge, and WDS AP modes. The TEW-815DAP generates concurrent 1.3 Gbps Wireless AC and 450 Mbps Wireless N networks. Embedded GREENnet technology reduces power consumption by up to 50%.

 

Ease of Use
	Multi-Mode Support  Supports Access Point (AP), Client, Repeater, Wireless Distribution System (WDS), and WDS AP modes
	One Touch Connection  Connect to the access point at the touch of the Wi-Fi Protected Setup (WPS) button
	Multi Language  Multi Language Interface: English, Spanish, French, German, and Russian
	Logs  Real time logs and statistics help trouble shooting
Performance
	Encrypted Wireless  Support for wireless encryption up to WPA2
	Multiple SSIDs  Create up to four SSIDs per wireless band
	Next Generation Wireless AC  802.11ac provides uninterrupted HD video streaming in a busy connected environment
	Simultaneous Dual Band  High performance 1.3 Gbps Wireless AC 450 Mbps Wireless N bands
	Wireless Coverage  Extended wireless coverage with MIMO antenna technology
	Compatibility  Compatible with legacy wireless devices
	Gigabit Port  Gigabit LAN port maintains high performance connections to the wired network
	Energy Savings  Embedded GREENnet technology reduces power consumption by up to 50%
	IPv6  IPv6 network support
	Targeted Beamforming  Increased real-time performance by directing stronger wireless signals to your specific location

*For maximum performance of up to 1.3 Gbps use with a 1.3 Gbps 802.11ac wireless client 
**Maximum wireless signal rates are referenced from IEEE 802.11 theoretical specifications. Actual data throughput and coverage will vary depending on interference, network traffic, building materials and other conditions