D-Link AX3000 Mesh WiFi 6 Range Extender, Up to 13,999 sq. ft. for Longer Range, Broad Compatibility, Gigabit Ethernet Port, Internet Signal Booster, Wireless Dual-Band Repeater (E30)

["EXTEND COVERAGE WITH ULTRA-FAST WIFI 6: Extend WiFi coverage (up to 13,999 sq. ft.*) while delivering speeds of up to 3 Gbps (574 + 2403 Mbps), leveraging an additional antenna on the faster 5 GHz band for enhanced ultra-fast Wi-Fi performance","UNIVERSAL COMPATIBILITY: Works with any brand of WiFi router or Internet Service Provider WiFi Gateway (Verizon, AT&T, T-Mobile, COX, etc.)","GET THE BEST RESULTS: The key factor affecting WiFi Extender performance is placement. Ensure your extender is positioned between your router and the area where you want to extend WiFi coverage; DO NOT place your extender where the signal is weak","SMART WIFI SIGNAL STRENGTH INDICATOR: The E30 offers an LED Smart WiFi Signal Strength Indicator to help optimize the placement of your extender; Visit D-Link support for helpful suggestions to enhance your extender's performance","GIGABIT PORT FOR WIRED CONNECTION: 1× Gigabit LAN port lets you reliably connect a wired network device to your ultra-fast AQUILA PRO AI network; This port can also be used to set your extender up as a wired access point or hotspot","MESH SMART ROAMING: Supports the 802.11k/v standard to create a single whole-home mesh network with any brand of router, auto-connecting mobile devices to the strongest Wi-Fi signal as you move around your home. No more need to manually connect","AQUILA PRO AI FEATURES: Pairing with the AQUILA PRO AI M30 or M60 router series unleashes the full benefits of AQUILA PRO AI technology for enhanced AI-optimized Wi-Fi and MESH performance","EASY APP SETUP: Follow AQUILA PRO AI's in-app guidance to build and monitor your mesh network; Keep up to date with Auto Firmware Updates","DISCLAIMER: *Coverage derived from testing in a 17,000 sq. ft. open warehouse. Actual performance may vary with environment, building materials, and network conditions. Performance metrics reflect potential maximum values under optimal conditions."]