D-Link DHP-306AV
PowerLine AV Network Adapter

Overview:

The D-Link DHP-306AV adapter uses standard AC wiring to distribute Ethernet connectivity within the home. By simply plugging one PowerLine adapter into an existing electrical socket, you can turn every power outlet into a potential network connection, making the DHP-306AV an ideal solution for sharing a high-speed Internet connection or for connecting computers, HD media players, game consoles and Network Attached Storage to your home network.

Fast Speeds
Delivering data transfer rates of up to 200 Mbps¹, D-Link’s PowerLine Homeplug AV provides ample bandwidth for demanding digital home requirements, such as watching Internet TV or streaming digital music in any room. Advanced technology built into this adapter makes it more resistant to electrical interference from other household appliances, so users can fully benefit from the maximum transmission speeds. In addition to maximum throughput, D-Link’s PowerLine Homeplug AV includes a built-in Quality of Service (QoS) engine that prioritises data packets in order to enhance HD video and audio streaming, online gaming and VoIP calling.

Connect your Devices
You can attach a switch or wireless Access Point (AP) to a D-Link PowerLine Homeplug AV Network Adapter, allowing you to connect multiple devices in the farthest corners of your home. Furthermore, D-Link’s Powerline Homeplug AV implements 128-bit AES encryption for securing your connection and keeping your data safe from intruders. You can set this up easily via the button on the side of the adapter.

Compatibility
Based on the industry-leading Atheros Homeplug AV technology, the adapter is compatible with other brands’ devices based on the same Homeplug AV standard. However, it will not work with devices based on other standards, such as D-Link’s DHP-302/342.

¹ Maximum throughput based on theoretical data rate. Actual data throughput will vary. Network conditions and environmental factors, including volume of network traffic and network overhead may lower actual throughput rate.