Taralabs cables

This is the NEW Tara Labs Generation 3 conductor's, no other interconnect in the world has conductor's this revolutionary, A true break through in cable technology, the Gen 3 conductor's are only used currently in the top model Grandmaster Evolution interconnect, only the best of system's will benefit from such a cable as this, to be able to listen to the full glory performance of the Tara Labs Grandmaster Evolution it would be a requirement to have componet's and speaker's of same performance to hear how this cable touches the humane emotion's of ,as real as it gets sound, Making Sense of….Gen 3 Conductors

TARA Labs, Inc. has just announced the introduction of its Generation 3 Rectangular Solid Core® conductor, to be used exclusively in its state-of-the-art interconnect cable.

TARA Labs claims that the Gen 3 conductor has an increased bandwidth or high-frequency extension, that makes it unrivalled in important test measurements and listening tests.

TARA Labs’ Vice President of Product Design, Matthew Bond, said that the new Gen 3 conductor has the same current-carrying capability of a 28 gauge conductor but has the high frequency linearity of a 40 gauge conductor.

Matthew Bond explains why this is possible. “In a conductor with a rectangular profile, there is a huge reduction of ‘flux-linkage’ or ‘coupling’ of electromagnetic lines of force. These lines of force are created as the signal (music) passes through any conductor.” Bond said further, “In a round conductor there is a large center that tends to roll-off or attenuate much more of the high frequency information … this does not happen in a Rectangular Solid Core® conductor”.

According to Matthew Bond, the new Gen 3 Rectangular Solid Core® conductor is smaller than the current Gen 2 conductor used in most of TARA Labs’ audio cables. The Gen 2 conductor measures approximately 25 thousands of an inch wide and 12 thousands of an inch in height. Bond says that the Gen 3 conductor is about 66% of the size of the Gen 2 conductor, and that it is Super-Annealed™ to increase its conductivity.

Both the Gen 2 conductor and the smaller Gen 3 conductor are said to be Eight-Nines™ pure copper, which is 99.999999% pure. TARA Labs’ trademarks for this technology are 8N™ and SA-OF8N®. SA-OF8N means Super Annealed – Oxygen Free 8 Nines copper. According to Bond, the term ‘annealing’ refers to the method whereby a conductor can be made softer and more conductive.

More feed-back about the new Tara Lab's Evolution series cable's, The pinpoint imaging of voices behind the mikes was surgically precise. The cable mastered relative distances between the singers and, as a bonus, it also depicted relative heights of the singers. Usually I hear this track with the voices coming as if from the same horizontal level – this time I could hear how tall the singer were.” - Audiodrom online magazine 2014

“By the clever design TARA Labs have managed to achieve the goal when timing is unified across the frequency spectrum and the system provides crystal clear view of the soundstage not only in spatial domain, but also in temporal domain.” – Audiodrom online magazine 2014

This is yet, another NEW cable introduced recently by Tara labs, one of the few I have not listen too, only because it is a digital cable, instead of an analog interconnect, 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.