
Yes, provided that the wire is the corrosive type. Because of the surrounding humidity, cheap stranded wire will eventually rust. More expensive wire won't deteriorate and won't break.
Although HDMI is best known for its high-definition video, it can also transmit audio with one cable. Dolby TrueHD and DTS-HD are supported by HDMI to provide 7.1-channel, lossless, theater-quality audio.
Although coiling a short length of wire theoretically will affect frequencies, I genuinely doubt we would notice any difference. Naturally, you can also try out big loops and other things. Maintaining the speaker cords apart from the AC power connections would be my first worry.
Any amount of current that leaves the amplifier is carried by the speaker cables. An 8-ohm speaker powered by a standard 100-watt amplifier would generate roughly 4 amps at 30 volts, which most people wouldn't notice.
Superior Resistance to CorrosionGold has a very strong resistance to oxidation and corrosion when compared to other metals. When a connector's contacts are exposed to corrosive materials or environments, gold plating can function as a reliable shield against oxidation and corrosion.
Hello, music streamed locally (from a NAS or other device) is unaffected by data from the Ethernet connection or router. However, if the files are streamed over a sluggish Internet connection, the quality of the music may suffer.
The most widely used High-Res Audio specs are 24bit/96kHz and 24bit/192kHz, which offer a substantial improvement in sound quality compared to CDs, which are only standardized at 44.1kHz/16bit. High-resolution music downloads are mastered at 24 bits with sampling speeds of up to 192 kHz.
It is my recommendation that you record at 48kHz sample rate. For the final release, I suggest you to then bounce down to 44.1 kHz. You can capture anything that falls inside the human hearing range by recording at 48 kHz, which also gives the anti-aliasing filter plenty sound space. I advise against recording at a frequency higher than 48 kHz.
Cables' ability to reject electromagnetic and radiofrequency interference can vary. While there shouldn't be any changes in a clean environment free from interference, you can see variances if you place an xlr cable over a hmi ballast cable or place it near to a high power radio tower.
It seems reasonable that inquiries be made. After all, the price of a microphone cable might range from a few pounds to several hundred pounds. Can you, however, really hear a difference in the real world? My experience says that the response is no.