Taralabs cables

Making Sense of …. Tara Labs brand new model Grandmaster Evolution Digital, just introduced to the model line-up,

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.

The Tara Labs Cobalt A/C power cable is what's on the Tara labs web site currently as top a/c power cable model however, these models under this is the NEW power cables from Tara labs, you can call Devon Scott there at Tara labs and ask about these NEW power cables to buy, As Always Brought to you by Audiolabyrinth, Enjoy!, The Cobalt AC Power Cable

The Cobalt AC Power Cable is an extreme performance AC Power Cable having both High-Frequency conductors (Rectangular Solid Core) matched with specially adapted Low Frequency conductors.

The Cobalt AC has 14 high frequency conductors for the Live run, and 14 high frequency conductors for the Neutral run. The Ground path is comprised of shielding and 18 AWG solid core conductors that are fitted with Ceralex(R) capsules. The Low Frequency conductors are 18 AWG solid core conductors that are fitted with Ceralex(R) capsules, designed to eliminate High Frequency noise such as RF or EMI in the cable. The New power cables are mentioned here, starting with the cobalt reference.

The Cobalt AC Reference Power Cable

The Cobalt AC Reference Power Cable is a reference quality AC Power Cable having both High-Frequency conductors (Rectangular Solid Core) matched with specially adapted Low Frequency conductors. The Cobalt Reference AC has 18 high frequency conductors for the Live run, and 18 high frequency conductors for the Neutral run. The Ground path is comprised of shielding and 18 AWG solid core conductors that are fitted with Ceralex(R) capsules.

Omega Evolution AC Power Cable (as compared to The Cobalt Reference)

The OMEGA Evolution uses more conductor mass as compared to the Cobalt Reference; the Live, Neutral and Ground runs use 18 rectangular conductors each, whereas in the Cobalt Reference or Cobalt AC there are 14 high frequency conductors used for the Live and Neutral runs and no high frequency conductors used in the Ground runs.

Additionally, three low frequency conductors are used for each Live, Neutral and Ground (Earth) run. The low frequency conductors act as 'low-pass' filters because each LF conductor is fitted with individual Ceralex(R) capsules, designed to reduce RF/EMI interference. The Omega Evolution AC is fully shielded. Each of the Live, Neutral and Ground runs are separately shielded and then the shields runs are connected electrically to each other. The resulting sound is a much more powerful, dynamic, rich, detailed combination of sound qualities not heard in any other AC power cable.

Grandmaster Evolution (compared to Omega Evolution)

The Grandmaster Evolution AC Power Cable is the ultimate AC power cable. It employs twenty-four RSC conductors for each of the Live, Neutral and Ground (Earth) conductor paths. A total of nine low frequency conductor paths is used combined with the 72 RSC solid core high frequency conductors. The 72 RSC high frequency conductors are shielded in three separate groups for live, neutral and ground. The shields are combined to provide a phenomenal ground path together with RF/EMI rejection., cheers and happy listening!

This is a more affordable interconnect that places 4th in the New Tara Labs model line-up, the only interconnect that has silver as part of the shielding, this is a new product, Pr. The 0.3 w/HFX - 1.0m3.3ft

Category: Extended Bandwidth - Interconnects

The 0.3 is a state-of-the-art analog interconnect cable using an all PTFE (Teflon) air-tube construction and a pair of helixed Rectangular Solid Core conductors. The extended Bandwidth technology is employed using a product design that has a perfect air-dielectric environment and minimal dielectric construction to extend the high-frequency bandwidth to provide a linear and uncompromising approach to the sound of the interface. A complex system of braided shielding made of pure copper and silver is used to control the RF and EMI interference. The shield is part of a specially designed Floating Shield System, where the shield floats at both ends of the interconnect cable. The floating shield is connected at the source end, to the HFX Floating Ground Station. The Floating Ground Station uses Ceralex devices internally to absorb and dissipate RF and EMI interference in the shield. This is done outside the signal path, and so the 0.3 Interconnect with an ‘out-board’ Floating Ground Station does not affect the high-frequency signal within the signal carrying conductors.

The 0.3 with the Floating Ground Station is designed for component interface of all extreme high-end audio components, but not always for electronics that have limited filtering. The sound of the 0.3 OnBoard Interconnect is tonally balanced, very linear with frequency, extended and airy in the high frequencies and very revealing.
•RCA “Torque-lock”/XLR
•All new, fine tolerance construction
•All Teflon air-dielectric spacers and center air tube
•Twin-axial design features RSC Gen 2 conductors using Aero-PE dielectric
•Anti-corrosion coated SAOF-8N copper shield
•Finely tuned frequency response ensures greater frequency linearity and phase coherency
•Very revealing of low-level ambient and spatial cues with exacting focus
•Extremely open & detailed
•Clear & precise , tonally coherent frequency spectrum
•New resonance control dielectric produces vanishingly low noise.

Here is the matching Tara Labs 0.3 speaker cables to the above interconnect's, these speaker cables are very good and is a brand new speaker cable model to the line-up, Pr. The 0.3 - 8ft/2.4 meters

The 0.3 Speaker Cable is a state-of-the-art speaker cable using an all PTFE (Teflon) air-tube construction and a trio of helixed Rectangular Solid Core® conductors. Each channel uses 144 Rectangular Solid Core® conductors with a total gauge size greater than a 6-gauge conductor, together with the high frequency extension and linearity of a 32-gauge conductor. This cable provides exceptional performance and high current carrying capability. The 0.3 Speaker Cable has tremendous bass weight and authority, with a neutral and revealing mid-range, together with warmth and airy detail that is not found in other audio cables.
•BSM (1/4” spades & bananas)
•144 RSC Gen 2 conductor per channel
•8+ gauge conductor runs
•Positive/negative run for each channel
•Positive/negative conductor runs are 72 conductors each
•Extremely transparent and neutral
•Midrange and vocals are life-like with realism and presence
•Increased sense of warmth and richness
•Vivid and detailed imagery

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. They 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.

The introduction of Rectangular Solid Core® cables in 1992 is an example of the type of innovation that is responsible for the continuing success of TARA Labs. RSC® cables are the only cables in the world to use a solid, extruded conductor with a rectangular cross section. These conductors improve on the performance of regular round solid core conductors by having the current-carrying capability (power) of a large conductor, combined with the frequency linearity (musical accuracy) of a small conductor.

Another recent innovation is the introduction of Isolated Shield Matrix™ technology, which uses the world’s first completely isolated, floating interconnect shield and a separate unit called a Floating Ground Station (HFX) to remove radio frequency interference and electromagnetic interference from the audio signal.

As well as these innovative high quality audiophile products, TARA Labs also produces a range of audio cables under the names of TL™ series, Prime™ series, Onboard™ series, Zero™ series and Omega™ series to name a few. The TL & Prime series utilize many of the features and technologies developed for TARA Labs’ high-end products but offers them at more affordable prices.

Today TARA Labs produces a full range of cables and accessories which are sold through dealers throughout the U.S. and Canada and in 38 countries worldwide. Products are regularly reviewed in respected audio magazines the world over, including Stereophile and The Absolute Sound in the USA, Audiophile magazine in Hong Kong, and numerous professional audiophile magazines throughout the world. Recent reviews, as well as technical information and product descriptions, can be found on the TARA Labs website: www.taralabs.com.

TARA Labs operates and manufactures all of their cables in Ashland, Oregon, USA.