Wireworld Introduces Ethernet Cables - Category 8 standard

WIREWORLD BRINGS THE BEST TEST OF CABLE FIDELITY TO T.H.E. SHOW NEWPORT 2016
News
by TAS Staff | May 24th, 2016
Categories: Loudspeaker cables, Digital cables
Wireworld Brings The Best Test of Cable Fidelity to T.H.E. Show Newport 2016
The following is a press release issued by Wireworld.

FORT LAUDERDALE, FL | May 2016 - Wireworld Cable Technology—respected manufacturer of high-performance audio and video cables—will bring its acclaimed Audio Cable Polygraph presentation to T.H.E. Show Newport on June 3-5, 2016 at the Hotel Irvine, Irvine, CA. Presentations will be at 11:00 am, 2:00 pm and 4:00 pm in Room 1016. Founder and Designer, David Salz, offers the best test of audio cable fidelity for attendees to hear exactly what cables to do the sound.

The Audio Cable Polygraph is an interactive listening experience and journey to discover the truth in cable fidelity with the ultimate goal of music preservation. The presentation will include a series of listening tests that reveal the full effect of cables by comparing them to a direct connection—the only scientific reference standard for cable fidelity. During his presentation, David will explain how cables affect the sound we hear and he will demonstrate the primary loss mechanism of cables that most high end brands fail to address. Attendees will have the opportunity to download the test tracks used in the interconnect portion of the demonstration for further evaluation.

Visitors to Room 1016 will also have the opportunity throughout the entire show to test Wireworld Nano Series headphone cables and others against a direct connection between a DAP and headphones.

In addition to the listening demonstrations, Wireworld will also showcase its full line of cables, including the new Starlight Ethernet—the first high end network cable that meets the proposed requirements for Category 8. This new model is also the first to incorporate Wireworld’s patent-pending Tite-Shield™ Technology, a radical new structure that overcomes limitations of previous network cable designs.