Roland Black Series Heavy-Duty XLR to XLR Balanced Microphone Cable (5')
Roland's Black Series microphone cables deliver professional performance and exceptional value. The multi-strand, oxygen-free copper core wire translates the true tones of voices and instruments, while high-density spiral shielding eliminates unwanted noise. Incorporating high-quality connectors and a low-capacitance design, these rugged cables provide pure, natural, and accurate sound everywhere you play.
- Heavy-duty connectors
- Ultra-flexible cable jacket eliminates tangling
- Low-capacitance design ensures full frequency reproduction and maximum dynamic response
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Shipping & Returns
Roland Black Series Heavy-Duty XLR to XLR Balanced Microphone Cable (5')
Roland Black Series Heavy-Duty XLR to XLR Balanced Microphone Cable (5')
Roland's Black Series microphone cables deliver professional performance and exceptional value. The multi-strand, oxygen-free copper core wire translates the true tones of voices and instruments, while high-density spiral shielding eliminates unwanted noise. Incorporating high-quality connectors and a low-capacitance design, these rugged cables provide pure, natural, and accurate sound everywhere you play.
- Heavy-duty connectors
- Ultra-flexible cable jacket eliminates tangling
- Low-capacitance design ensures full frequency reproduction and maximum dynamic response
Original: $25.99
-65%$25.99
$9.10Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Roland's Black Series microphone cables deliver professional performance and exceptional value. The multi-strand, oxygen-free copper core wire translates the true tones of voices and instruments, while high-density spiral shielding eliminates unwanted noise. Incorporating high-quality connectors and a low-capacitance design, these rugged cables provide pure, natural, and accurate sound everywhere you play.
- Heavy-duty connectors
- Ultra-flexible cable jacket eliminates tangling
- Low-capacitance design ensures full frequency reproduction and maximum dynamic response
