The TL-WPA7817 KIT uses advanced HomePlug AV2 technology, turning your home's existing electrical wiring into a high-speed network. It offers stable data transfer rates of up to 1000 Mbps, covering distances of up to 300 meters through power lines. It is the ideal solution for delivering internet to remote rooms, allowing you to watch HD videos and download large files without the losses experienced with simple wireless repeaters.

Equipped with the modern WiFi 6 (IEEE 802.11ax) protocol, the extender ensures higher speeds and lower latency for all your wireless devices. Thanks to 1024-QAM technology, it achieves 25% faster data transfer compared to the previous generation, offering a total wireless performance of up to 1500 Mbps. This way, the whole family can enjoy stable browsing and gaming simultaneously in every corner of the house.

For devices that require maximum possible stability, the kit features Gigabit Ethernet ports (one on the TL-WPA7817 and one on the TL-PA7017). These ports provide reliable wired connections at 10/100/1000 Mbps, ideal for gaming consoles, Smart TVs, or STB decoders. By connecting your device directly to the Gigabit port, you eliminate interference and take full advantage of your connection’s available bandwidth.

Your network installation is completed in seconds without the need for specialized knowledge. With Plug and Play functionality, simply plug the adapters into the sockets and you’re ready to go. Additionally, One-Touch Wi-Fi Configuration allows instant copying of your router’s name (SSID) and password. With Wi-Fi Auto-Sync, any changes to the main network settings are automatically applied throughout the house, creating a unified user experience.

The TP-Link Powerline Kit solves the problem of thick walls and obstacles that block the WiFi signal. As the signal travels through the copper power cables, the connection remains strong even at a distance of 300 meters from the router. This makes the TL-WPA7817 KIT the top choice for multi-story homes or apartments with complex layouts, where traditional extenders fail to provide reliable coverage.