Boomslang AES/EBU Digital Cable

DESIGN - BOOMSLANG

Our AWARD-WINNING Boomslang cable - Best of 2018!!

An entirely NEW conceptual design on digital cabling that is outperforming all of those old archaic ideas in every aspect - Musicality, body, detail, life. The Boomslang is truly amazing!

Our Boomslang cables are an entirely new concept in digital cables. They are NOT coaxial! Yes, yes, I know - that's unheard of in digital audio. But, I'm here to tell you that our design not only works, it works extremely well. Some of the initial tests have the Boomslang easily outperforming some of the most expensive cables you can find on the market, hands-down.

JUST IN!!

Our Boomslang digital cable WON FIRST PLACEin a shootout of eleven different high-fidelity digital cables, some costing 5x as much as the Boomslang!!

The Boomslang then went on to win the "Best of 2018" award with Audio Bacon!

** Note - Photo shown may not represent actual product connectors (bnc/rca/aes)

WHY CRYO?

Quick disclaimer: This is a very simplified explanation of the cryogenic process as it applies to electrical components of audio. We know and value the effects this process has on our products. But if you'd like a deeper more detailed explanation, you may have to consult a cryogenicist.

The raw materials used in ANY equipment, whether it's cables or tubes, or razor blades - all contain a harsh degree of residual stress. The process used to make wire itself is very stressful and straining on it's core materials. Then add to it the stresses of manufacturing that wire into a cable, soldering and twisting, etc. A cryogenic treatment relieves these stresses, and allows your equipment to perform above and beyond untreated models of the same. Resistance ratings are lowered and capacitance is improved.

The cryogenic process is well used in the audio world, from components to tubes, to cables, and with good reason. If you've ever seen how wire or some components are made, you can imagine what it's doing to that metal on a molecular level.

A very simplified analogy would be to think of two rows of numbers. The top row has numbers 1 to 5, while the second row goes from 6 to 10. Well, even through all the beating the metal takes, electrons try to stay loyal to the other atoms/molecules where they were connected before. But because everything has been twisted and reconfigured, the electrons might be trying to go from 1 to 7, then up to 2, back to 6, then over to 3, etc. Not a very efficient way to travel.

The cryogenic process utilizes liquid nitrogen, and very slowly lowers the temperature of the metals down to 320 degrees BELOW ZERO. It's actually so cold, that the electrons themselves practically quit moving. After being held at that temperature for a time to completely break any bonds those electrons had previously, the metals are then very slowly brought back up to normal temps. The effect that this has, is that when the electrons start moving again, they connect to the atoms/molecules closest and strongest to them, instead of wherever they were connected previously. Now, your electrons go straight from 1 to 2 to 3 to 4, etc. This results in lower capacitance and impedance. A much more efficient piece of conductive metal, which in audio, gives you better performance in your cables.

How does a cryo treated cable compare to an untreated model? Well, don't just take our word on this - feel free to search for yourself. There are many different accounts out there where a cryo treated cable performs better. The most common benefits attributed to cryogenically treatments are;

• Much more in-depth, focused three dimensional soundstaging
• Enhanced dynamic range
• Upper range notes are cleaner, more precise with less distortion
• Vocals are much more exact and clear
• Improved bass speed and articulation