Totally weird that people who make cables that work at 100GHz don't know this, but people who make 20KHz audio cables do .... strange ... very strange, almost like it is not true.
Cables are direction for shielding. Cables are directional where intentional elements have been added at one end. The rare, and very rare very very high frequency RF cable (10's of GHz) is direction because the control the impedance along the length for end to end impedance matching.
Since you know this stuff so intimately, I am sure YOU can put some hard numbers around the capacitance, inductance, bulk-impedance, etc. of these audio cables and relate that to amplifier, pre-amp, and speaker complex impedance and what the typical impacts the values of these cables will have on signal transmission. I mean that should be brutally simple for you right? You shouldn't even need Google ..... now after you do that, please relate that to the average impedance and response consistency unit to unit (variance) between capacitors, resistors, speakers etc. in the signal change. I can wait and I am sure others would like to hear your brilliance.
geoffkait17,586 posts10-14-2019 10:56amThings are worse than that ( connectors). A lot worse. In a nut shell all wire is directional. I am not the one who did it so don’t blame me. I did not invent reality. That’s why all cables and power cords and fuses are directional. That’s also why digital cables are directional. That’s why foreword thinking companies like Audioquest and Goertz and Anti Cables control directionality of cables from the get go. You have to honor the inherent natural directionality of wire. 🔜 HDMI Cables, Ethernet cables are also directionality. There is a separate issue with shielding but ideally the shielding direction should conform to the wire directionality. Same with connectors, if they are in fact directional, which they may be. Who knows? So, to summarize, all wire is directional and all wire in everything should be controlled for directionality, speaker internal wire, transformers, capacitors, internal component wiring. You name it.
Cables are direction for shielding. Cables are directional where intentional elements have been added at one end. The rare, and very rare very very high frequency RF cable (10's of GHz) is direction because the control the impedance along the length for end to end impedance matching.
Since you know this stuff so intimately, I am sure YOU can put some hard numbers around the capacitance, inductance, bulk-impedance, etc. of these audio cables and relate that to amplifier, pre-amp, and speaker complex impedance and what the typical impacts the values of these cables will have on signal transmission. I mean that should be brutally simple for you right? You shouldn't even need Google ..... now after you do that, please relate that to the average impedance and response consistency unit to unit (variance) between capacitors, resistors, speakers etc. in the signal change. I can wait and I am sure others would like to hear your brilliance.
geoffkait17,586 posts10-14-2019 10:56amThings are worse than that ( connectors). A lot worse. In a nut shell all wire is directional. I am not the one who did it so don’t blame me. I did not invent reality. That’s why all cables and power cords and fuses are directional. That’s also why digital cables are directional. That’s why foreword thinking companies like Audioquest and Goertz and Anti Cables control directionality of cables from the get go. You have to honor the inherent natural directionality of wire. 🔜 HDMI Cables, Ethernet cables are also directionality. There is a separate issue with shielding but ideally the shielding direction should conform to the wire directionality. Same with connectors, if they are in fact directional, which they may be. Who knows? So, to summarize, all wire is directional and all wire in everything should be controlled for directionality, speaker internal wire, transformers, capacitors, internal component wiring. You name it.