Buy TP Link AV1300 Gigabit Passthrough Powerline ac Wi Fi Kit [TL TP Link AV1300 Powerline Passthrough Kit TP LINK AV1300 POWERLINE PASS THRU WIFI KIT AC1350 TP Link AV1300 3 Port Gigabit Pass through Powerline Starter Kit. 1300 Mbps* Powerline with 22 MIMOAdvanced HomePlug AV2 1300 Mbps Powerline accompanied with 22 MIMO technology significantly improves data transfer rates, stability and coverage. Gigabit Ethernet for Fast ConnectionsThree gigabit Ethernet ports provide reliable high speed wired connections for game consoles, smart TVs, STB and more. Dont Lose an OutletAn integrated socket lets you power regular devices as normal, and a built in noise filter prevents them from interrupting the powerline signal. Get Reliable Gigabit Network from Any OutletThe AV1300 3 Port Gigabit Passthrough Powerline Starter Kit brings internet to any area with a power outlet using your homes electrical wiring.No need for new wires or drilling Network passes through walls and floors Power SavingAutomatically switches to Power Saving mode when not in use, reducing its energy consumption by up to 85%* Speed Ultra fast Powerline Speed HomePlug AV2 standard compliant, high speed data transfer rate of up to 1300Mbps, ideal for Ultra HD streaming and online gaming Gigabit Ports Gigabit Ethernet ports allow your TVs, game consoles or PCs to connect to the internet at high speeds Range 300 meter Range Up to 300 meter range over the household power circuit Reliability Mains Filter Mains Filter inside the outlet reduces electrical noise interference and improves powerline communication performance Ease of Use Plug, pair and play Plug, pair and play, no configuration required No new wires No new wires, use existing electrical wiring to expand your home network Keep your outlet An integrated socket lets you power regular devices as normal, and a built in noise filter prevents them from interrupting the powerline signal TP Link tpPLC Allows you to easily manage your network using the tpPLC Utility Security Pair Button 128 bit AES encryption easily at a push of the "Pair" buttonEnergy Saving Power Saving Power Saving Mode helps reducing power consumption by up to 85% Specifications Hardware Plug Type: EU Standards and Protocols: HomePlug AV1. 1, HomePlug AV2. 0,IEEE 1901,IEEE 802. 3,IEEE 802. 3x, IEEE 802. 3u, IEEE 802. 3ab Power Consumption: Maximum: 5. 5W Typical: 5. 3W Standby: 1. 4W Range: 300 meters over electrical circuit Interface: Gigabit Ethernet Ports, Power Socket Button: Pair Button LED Indicator: Power, Powerline, Ethernet Dimensions (W x D x H): 5. 2 x 2. 8 x 1. 7 in. (131 x 71x 42 mm) Software Modulation Technology: OFDM (PLC) Encryption: Powerline Security: 128 bit AES Others Certification: CE, RoHS Package Contents: Powerline Adapter TL PA8010P, TL PA8030P 2 Ethernet Cable Quick Installation Guide System Requirements: Windows 2000 XP 2003 Vista, Windows 7 8 8. 1 10, Mac, Linux System Requirements for tpPLC Utility: Windows XP Vista 7 8 8. 1 10 and Mac OS X (10. 7 or later) Environment: Operating Temperature: 0C~40C (32F ~104F) Operating Humidity: 10%~90% non condensing Storage Humidity: 5%~90% non condensing Specifications are subject to change without notice. TP Link is a registered trademark of TP Link Technologies Co., Ltd. Other brands and product names are trademarks or registered trademarks of their respective holders. Copyright 2020 TP Link Technologies Co., Ltd. All rights reserved.* Compatible with all HomePlug AV and AV2 Standard Powerline adapters. This product may not be compatible with routers or gateways with firmware that has been altered, is based on open source programs, or are non standard or outdated.*Maximum Powerline signal rates are the physical rates derived from HomePlug AV AV2 specifications. Actual Powerline data throughput and Powerline range are not guaranteed and will vary as a result of network conditions and environmental factors, including electrical interference, volume of traffic and network overhead, AFCI circuit breaker, and Powerline being in a separate circuit.*Actual power saving data will vary because of the network conditions and environment factors.