TP-LINK AV1300 3-Port Gigabit Passthrough Powerline Starter Kit

The TL-PA8033P KIT supports the new Powerline standard Homeplug AV2 with ultra-fast data transfer speeds of up to 1300 Mbps. Utilizing 2x2 MIMO technology, all three wires in your electrical network are used for transmission, resulting in significantly enhanced performance for a stable signal for uninterrupted HD video streaming and online gaming, even in remote rooms or attics.
*Thanks to the MU-MIMO functionality, the device can send data simultaneously to multiple devices, significantly increasing transfer speeds.

With three Gigabit LAN ports per adapter, the TL-PA8033P KIT is the ideal partner for your home entertainment. Connect up to five network devices such as NAS, smart TVs, desktop PCs, game consoles, and more using LAN cables to the adapters and integrate them into the Powerline network.

Simply connect the first Powerline adapter to the router and plug another Powerline adapter into the room where you need a network connection. Then, connect your network devices such as PCs, smart TVs, or game consoles. That's it.

The built-in socket with a power rating of up to 16A/3500W can be used like a normal socket. It allows you to reconnect the previously installed device at that location without losing an outlet. The integrated noise filter reduces the sensitivity of Powerline transmission to interference.
*The output power of up to 16A is also suitable for powerful electrical devices.

The TL-PA8033P KIT belongs to a new generation of Powerline adapters and is significantly more energy-efficient. If no data is transmitted for a certain period, the device automatically switches to power-saving mode and saves up to 85% energy.

- The maximum theoretically achievable data transfer rate is derived from Homeplug AV2 specifications. The actual data transfer rate may vary depending on environmental factors such as distance, network load, building structure, and quality of electrical installation systems.
- Actual energy savings may vary depending on network and environmental factors.