Which option best identifies balanced cabling?

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Multiple Choice

Which option best identifies balanced cabling?

Balanced cabling uses twisted-pair cables that carry signals on two conductors with opposite polarity, allowing noise to be canceled out through differential signaling. That’s why both Unshielded Twisted Pair and Shielded Twisted Pair fit this description—the two-conductor, balanced nature is preserved with or without shielding. Coaxial runs aren’t two-conductor balanced lines in the same sense—they have a single signal conductor with a surrounding shield—so they don’t represent balanced copper cabling. Fiber optic links aren’t copper at all, so they’re not considered balanced copper cabling either. In short, balanced cabling encompasses STP and UTP because both are based on two-conductor twisted pairs that reject interference through balance.

Balanced cabling uses twisted-pair cables that carry signals on two conductors with opposite polarity, allowing noise to be canceled out through differential signaling. That’s why both Unshielded Twisted Pair and Shielded Twisted Pair fit this description—the two-conductor, balanced nature is preserved with or without shielding. Coaxial runs aren’t two-conductor balanced lines in the same sense—they have a single signal conductor with a surrounding shield—so they don’t represent balanced copper cabling. Fiber optic links aren’t copper at all, so they’re not considered balanced copper cabling either. In short, balanced cabling encompasses STP and UTP because both are based on two-conductor twisted pairs that reject interference through balance.

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