Nanosecond® Super Extreme Thin High Speed Mini HDMI Cable (8.2 ft / 2.5 m) - World's thinnest and most flexible Mini HDMI Cable - Supports HDTV 1080p+, 3D, 60-240hz, Ethernet, ARC, 10-bit color, Newest HDMI version

ExtremeThin HDMI Series by Nanosecond is the World's thinnest and most flexible HDMI cable. Certified High Speed with Ethernet HDMI Cable.

- Optimum high definition performance with leading built-in integrated circuit

- Thinnest and most flexible cable design through MicroCoax Technology

- Super Compact construction for every tight space and enhanced portability

It is capable of delivering supreme HD quality while complying to the latest industry specifications-1080p+, 10.2Gbps, Ethernet Support, Audio Return Channel, 3D Display, and 4096 x 2160 Resolution and Dolby Surround 7.1 Support. It perfect fits your high resolution and performance flat/thin LCD, LED TV

Quite a few brands claim themselves the "thinnest" on their ads. They might be indeed thinner in diameter than the conventional HDMI cable, but they are NOT a close match to ExtremeThin HDMI Series by Nanosecond. Measured at a whapping 2mm, ExtremeThin HDMI Series is truly the thinnest HDMI cable in industry. Cable itself has gone through multiple phases of development and testing for years before it comes alive and be of greater benefits to users-portability, space saving and green to environment (less polyvinyl chloride and copper used in manufacturing process).

HDMI Ethernet Channel provides 100-Mbps Ethernet connectivity via a single HDMI, eliminating the need to run separate Ethernet cable per source device.

Audio Return Channel enables a bi-directional audio streaming from a TV to an audio/video receiver via a single HDMI cable, eliminating the need to run a separate audio cable.

3D Support is another added-on feature on High Speed HDMI, allowing 3D display on 3D TVs.

4096 x 2160 Capabilities maximize digital clarity and viewing experience on 4K devices. That is four times the resolution of 1080p, a readiness for future technology.