Taralabs cables

If you want to hear amazing electronics listen to Gryphon or T+A, add a really fantastic non current limiting power conditioner, such as what Audio Magic makes, and look at Enklein  or Tara Labs cabling and I think you would be amazed at how much closer to real music your new system would become.                                                          By audiotroy, audio doctor store NJ

THE PROCESS OF HANDMAKING TARA LABS CABLES
TARA Labs embodies what can be described as true hand-crafted methods of high-end products. Designed and created by TARA Labs Design Team (TLDT) led by Matthew Bond & Merrill Bergs, all TARA Labs audio cables are manufactured in our factory in Southern Oregon, USA, and lifetime guaranteed.
Every TARA Labs high-end audio cable is meticulously hand-crafted by our factory lab technicians. A good example on exactly what goes into this process is offered by the below construction techniques in building just one pair of our Omega Evolution speaker cables.
The process for manufacturing these cables begins by the cutting, forming, measuring, and then the hand polishing of each one of the 576 – TARA Labs copper conductors.
All the dielectrics are prepared including customizing the multiple size air tubes, outer & inner sleeve layers, as well as other proprietary cable components. This includes our custom hardware, all of which have to be machined, polished and laser etched before final assembly of the product. This would also include all cable terminations. As far as the actual labor to make these cables, it takes two senior technicians working an 8 hour day, for 10 days just for that one pair. That’s a combined 160 hours to make just one pair of our reference grade speaker cables.
Throughout the process, each cable goes through multiple testing stations to ensure every aspect of the product meets our rigid standards. TARA Labs uses a variety of specialized testing procedures and equipment to ensure that every cable meets our rigid standards. Each cable must pass through a variety of stringent testing stations. Point to Point Signal Continuity using Hewlett Packard and Tektronix spectrum analyzers to ensure that every cable has the correct specifications.
The final stage is when each cable is listened to, and evaluated in our sound room using a wide variety of audio components. Product is then packaged and shipped all over the world.

“The Muse cable has extreme resolution…” – Positive Feedback magazine / Marshall Nack - 4/1/17 Issue 90
“As it happened, I had just gotten in new cables from TARA Labs. I inserted a couple of runs of The Muse interconnects between DAC –> pre –> amps. Yes, you know where the narrative is headed next. The view sharpened up. Edge details and textures came into focus—everything came into focus. These are very fast cables—no question about that.” – Positive Feedback magazine / Marshall Nack - 4/1/17 Issue 90
“The Muse relaxed, and musical flow, defined as how the sound moves from note to note, improved. I was happy to note the timbral palette was rich and varied. This is one of TARA Labs hallmarks.” – Positive Feedback magazine / Marshall Nack - 4/1/17 Issue 90
“The Muse signal cables demand to be auditioned as a system. In that implementation, I think you will be surprised at the sound quality delivered. These cables will not be going back to the manufacturer: they have found a home in my reference system.” – Positive Feedback magazine / Marshall Nack - 4/1/17 Issue 90 (Mr. Nack decided to replace his current high-end audio cables, and replace them with TARA Labs Muse series cables for his home audio reference system)
“With the full TARA implementation—a synergy developed that caught me off guard. The Muse vaulted to new levels of texture and transparency bundled in a very musical package.” – Positive Feedback magazine / Marshall Nack - 4/1/17 Issue 90
“With The Muse in stream, I'm playing more music from my collection and not just the audiophile-approved fare.” – Positive Feedback magazine / Marshall Nack - 4/1/17 Issue 90

PRODUCT TESTING
TARA Labs uses a variety of specialized testing procedures and equipment to ensure that every cable meets our rigid standards. Each cable must pass through a variety of stringent testing stations. Example: Point to Point Signal Continuity using Hewlett Packard and Tektronix spectrum analyzers to ensure that every cable has the correct specifications.
The final process is that each cable is evaluated and listened to in our sound room using a wide variety of audio components.

Making Sense of … Standard and SP version Speaker Cables
At TARA Labs, the major design goal for speaker cables is to reduce the inductance in the cable. However, there are some high-end amplifiers that need to 'see' some level of inductance (L) in the speaker cable. When the low damping factor of certain amplifiers is connected with (ultra-low inductance) TARA Labs speaker cables, the output of some high-end loudspeakers becomes audibly variable at different frequencies.Extreme Audio Systems and Extreme Performance Cables with Low Inductance specifically for speakers that require additional inductance in a speaker cable.
The phenomenon is readily apparent, heard as bass that is soft and low in amplitude, sometimes together with high frequencies that are too smooth or rolled-off. Basically, the resistance in the loudspeaker cable should be ultra-low, and the inductance (L) in the cable needs to be low but sufficient to provide a load to certain amplifiers. There is no ideal value for (L). It varies from system to system, just as impedance varies with frequency in most loudspeakers.
The loudspeaker cables carry much higher signal voltage and current into a non-linear impedance (the loudspeaker) ... so the reactive load of the loudspeaker can be difficult for some amplifiers to drive... and the all-important damping factor of the amplifier changes from amplifier to amplifier.
One of the great attributes of TARA labs high-end Speaker Cables is their ultra-low inductance. These Speaker Cables are the 'state-of-the-art' in both technology and design from TARA Labs. Its performance level is absolutely spectacular when matched with the majority of high-end audio components available today. And as with an ever increasing introduction of new components into the marketplace, we have found over and over again that not every cable or component has the perfect symbiotic relationship with each other. In these particular instances, there are some amplifiers that need to 'see' some level of inductance (L) in the speaker cable. For certain loudspeakers and amplifiers, these cables are designed to work exceptionally well with amplifiers with a low damping factor or loudspeakers with a very reactive load in the lower frequencies. In addition to inductance, TARA Labs SP model speaker cables are also designed for audio systems that are inherently bright or strident in their sound. They offer a controlled bandwidth by being more forgiving with glare or stridency.