borrego
1000+ Head-Fier
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There are indeed electrical property differences between cables which would affect audio properties. Cables do make difference. If you understand how different electrical properties affect audio, you can make your own inexpensive cables to rival "exotic" cables.
Cable electrical properties which affect audio (1 to 4 in descending order):
1. How the ground signal are carried: Every audio circuit board designers knows how different grounding topologies would affect audio frequency and noise. Audio cables are actually extensions of audio circuits.
2. Shielding: In certain way related to (1) above. Good cable shielding will give better channel separation and have effect on sound stage. Of course it also helps to blocking out noise.
3. Impedance: Audio signal are AC. Impedance has higher effect to high frequency. That's the reason why you always hear silver cables will improve high treble.
4. Capacitance & Inductance: Example: crossover circuit of multi-drivers speakers. Cable capacitance and inductance has relatively small effect on audio if the cable is short (say, just a few meters)
5. Connectors: Different cables use different connectors and would have different effects to (1) to (4) above. Sometimes you hear people claim they need to "burn in" cables, the truth is it takes times and plugging/unplugging for new cables connectors to "mate" well with cable sockets to give the best contact patch.
I always choose silver cables when I need "after market" cables for my headphones. This way I can get away with the thinnest gauge wires, to have the lightest cables being hung from the headphones when wearing. Lighter wires would put less stress both on my neck and connectors. If I need to "tune" the frequency to have less treble, I connect the silver cables with a 1M OFC extension cord. This work well and inexpensively for me.
Cable electrical properties which affect audio (1 to 4 in descending order):
1. How the ground signal are carried: Every audio circuit board designers knows how different grounding topologies would affect audio frequency and noise. Audio cables are actually extensions of audio circuits.
2. Shielding: In certain way related to (1) above. Good cable shielding will give better channel separation and have effect on sound stage. Of course it also helps to blocking out noise.
3. Impedance: Audio signal are AC. Impedance has higher effect to high frequency. That's the reason why you always hear silver cables will improve high treble.
4. Capacitance & Inductance: Example: crossover circuit of multi-drivers speakers. Cable capacitance and inductance has relatively small effect on audio if the cable is short (say, just a few meters)
5. Connectors: Different cables use different connectors and would have different effects to (1) to (4) above. Sometimes you hear people claim they need to "burn in" cables, the truth is it takes times and plugging/unplugging for new cables connectors to "mate" well with cable sockets to give the best contact patch.
I always choose silver cables when I need "after market" cables for my headphones. This way I can get away with the thinnest gauge wires, to have the lightest cables being hung from the headphones when wearing. Lighter wires would put less stress both on my neck and connectors. If I need to "tune" the frequency to have less treble, I connect the silver cables with a 1M OFC extension cord. This work well and inexpensively for me.