Taralabs cables

Making Sense of …. Grandmaster Evolution Digital
The TARA Labs Grandmaster Evolution Digital Interconnect uses a pair of RSC® Gen 3 Rectangular Solid Core® conductors.
In the AES/EBU format, the conductors are critically spaced to ensure an exacting 110 Ohm characteristic impedance; this  is the AES/EBU format used with XLR connectors.
The RSC Gen 3 conductors are smaller than the Gen 2 version, and this provides a more extended bandwidth for the digital signal.
The TARA Labs Grandmaster Evolution Interconnect uses a system of woven filaments constructed from small Teflon tubes, to expand and displace the shield further away from the signal carrying conductors.
In this way, the Grandmaster Evolution Digital Interconnect is able to reduce digital distortion, called ‘jitter’.
Jitter explains why Digital cables sound different from on to another.
The most significant reason for the different sound in digital recording and playback systems is the phenomenon of ‘errors’.
The most widely known error is called ‘jitter’. Jitter can be thought of as a timing error or a distortion of the digital bit-stream within the digital send and receive components and the digital interconnect cable.
The timing errors (digital jitter) can be reduced by using better quality cable with superior shielding to reject interference within the cable.

Over the years, TARA labs audio cables have been paired with many of the world’s high-end components, and always with fabulous results. Magico’s new M3 Speaker was introduced at Rocky Mountain Audio Fest 2016 paired with TARA Labs Zero Evolution interconnects & Omega Evolution SP speaker cables.Omega Evolution AC power cables were also used. "I was there, and the sound was fabulous!" Jonathan Valin gave a in review of their performance in The Absolute Sound Sep. 7th, 2016. Magico certainly created a wonderful new loud-speaker. Paired with TARA labs high-end reference cables at the show really created a sound deep in detail, depth, soundstage, and musicality.

TARA Labs HFX Floating Ground Station System
The HFX Floating Ground Station is an extraordinary component that is included with all reference “Extended” bandwidth interconnect cables. TARA Labs proprietary ground station system is made of mil-spec aluminum alloy. Our specific metallurgical properties allow for the reduction of radio frequency interference (RF) and electromechanical resonance; EMI/RFI. It's 18.23% heavier and stronger than aircraft-grade stock. Equipped within the HFX station is a patented ceramic composite of metallic oxides and an amalgam of mineral elements in a proprietary ceramic binder called "Ceralex."
Because the HFX functions completely outside of the signal path, its ability to dissipate and eliminate the effects of EMI/ RFI (Electromagnetic interference & Radio frequency interference) which also includes sonic distortion, noise, "snow", and lack of image clarity. What the listener will hear using the HFX system is more high frequency extension, incredible details, tighter bass and full mid-range, including enhanced musicality and neutrality which are all signature characteristics of TARA labs high-end audio cables. The HFX Floating ground Station System comes complete with a variety of mini banana & spade leads to connect it to virtually any component. The appearance of the HFX station is one of beauty and elegance, in addition to its superb performance.

The “TARA” in TARA Labs is an acronym for “The Absolute Reference Audio.” Since the company’s beginnings, TARA Labs has been known among audiophiles as a manufacturer whose cables set the performance standards and whose technological innovations and patents constantly advance the frontiers of the industry.

TARA Labs started in Sydney, Australia in 1986. We began by developing cables and experimenting with different types of conductors. An early result was the Phase II speaker cable, which was submitted for review to Stereophile magazine in 1988. The response to the very favorable review from this little-known cable manufacturer was overwhelming. TARA Labs moved to the United States later that year.