Audio interconnect
It has taken me many years of research and trial and error to discover this, but as the saying goes “where there is a will there is a way”, and my will was to produce an Audio interconnect cable, which was the best value for money. I am very proud of my cables for two reasons. The first reason is the build quality. And, the second is the sound. The Cable that I use for the interconnects, the best quality studio microphone cable. The cable has a completely flat frequency response and has minimal resistance and capacitance. And at the same time having an excellent bandwidth. Audio interconnect review
Lab test
- Capacitance: conductor to shield: < 200 pF/meter, 60 pF/foot.
- Capacitance: shield L to shield R: < 90 pF/meter, 25 pF/foot.
- Resistance: core < 0.07 Ohms/meter.
- Resistance: shield < 0.08 Ohms/meter.
- Inductance: shield < 0.02mH /total length.
- Inductance: core ~ 0.01mH /total length.
- Frequency response: 0-10MHz flat: perfect.
- Square wave response No distortion.
- Channel separation L-R: < 135 dB at 0.77 V RMS, 20 Hz-20kHz, for 2.2 M.
- Better than 140 dB for 1M.
The above figures are from the Audio interconnect review.
Loudspeaker cables
The Loudspeaker cables are terminated with banana connections and are entirely solder-free. OFC red copper used, and the outer covering has an additional outer shrink-wrap layer, which provides for the ‘air gap’ cushioning. The cables terminated with 24K direct gold-plated banana connections supplied from Japan. And, by using these connections, the ultimate quality of sound is retained. Audio interconnect review
Result
Excellent cable and highly recommended
Author: Hans Hilbernik
Company: The Tannoy Monitor Gold website
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