Audiomica Magnet Gold
- The cord is destined to work with less power demanding devices such as CD players, preamplifiers, digital-to-analogue converters, turntables and others. Magnet Gold is build from seven 17 AWG wires. The possibility of making a longer cable every 0.5m.
Magnet Gold is related in its structure to the higher Jasper Reference model.
The cord is destined to work with less power demanding devices such as CD players, preamplifiers, digital-to-analogue converters, turntables and others. Magnet Gold is build from seven 17 AWG wires. Hot wire consists of 15 electrolytic copper microconductors. Screening is made from twisted aluminium foil and a dense copper screen. The standard version of the cord is equipped with a DFSS anti-interference filter and the DSS double screening system.
Magnet Gold enhances resolution, harmony and the analytical character of a transmitted signal. Thanks to the filtration and the double screening system, the cable is completely proof of external electromagnetic fields.
The box includes the certificate of authenticity, a brochure with the description of the series, a product code and a personal quality assurance.
Magnet Gold: the best solution for the devises of low power consumption!
Specification:
| Conductors: | Electrolytic copperv |
| Screen 1: | 90% cover dense copper braid |
| Screen 2: | Metalized foil |
| The outer diameter: | 7x17 AWG |
| Cable diameter: | 11 AWG |
| Filter (conditioner): | DFSS |
| Plugs: | Highest quality AC and IEC plugs |
| Color: | Black |
| Series: | BLACK Series |
Designed by Audiomica Laboratory, the anti-interference filters function as a complement to the whole cable structure. Contrary to this popular belief, filters do not muffle and slow down the sound. We have put a lot of work and effort so that their influence can be both subtle and effective. The most important thing is that by means of the filters we are able to correct some current parameters which are considerably responsible for the final sound. A certain sound is the final destination and thanks to our filters we are capable of controlling it. More information on the structure of the filters may be found in FILTERS bookmark.
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