Tp-Link TL-PA7010P Kit AV1000 Passthrough(Ver 1.0)

AV1000 Gigabit Passthrough Powerline Starter Kit
TL-PA7010P KIT

 – HomePlug AV2 standard compliant, high-speed data transfer rates of up to 1000Mbps, supports all your online needs
 – Gigabit port provides secure wired networks for desktops, smart TVs or games consoles
 – Plug and play, no configuration required
 – Patented Power-Saving Mode automatically reduces power consumption by up to 85%

1000Mbps!
Perfect for Bandwidth Demanding Activities

Coming with advanced HomePlug AV2 technology, TL-PA7010P KIT provides users with high-speed data transfer rates of up to 1000Mbps, which is ideal for bandwidth intensive applications such as multiple HD/3D/4K video streaming, online gaming and large file transfers.

Gigabit Port for Ultra-fast Datasheet Transfer

With one Gigabit Ethernet port, TL-PA7010P KIT allows users to connect a bandwidth intensive device to the Internet at high speeds and ensures the smooth transmission of Ultra HD video streaming. This makes the TL-PA7010P KIT the perfect home entertainment companion.

Plug and Play,No Configuration Required

Connect a powerline adapter to the router; plug another powerline adapter into a wall socket in another room, and connect it to your Internet enabled device via Ethernet – and you’re done!

Extra Power Socket for Additional Devices

Where sockets are at a premium, the TL-PA7010P KIT with an integrated AC pass-through power socket, means the powerlines can be used like a traditional electrical socket. Plug your smart TV or games consoles into the powerlines, as if it were a normal plug socket. No socket needs to go to waste. The built-in noise filter helps to prevent electrical signal noise from affecting powerline performance.

Power Save by Up to 85%

TL-PA7010P KIT,a new-generation of powerline adapter, with its practical design and sophisticated Power-Saving Mode, will automatically switch from its regular “Working” mode to “Power-Saving” mode reducing its energy consumption by up to 85%*.

*Actual data will vary in different network conditions and environments.