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Softline Pro

Softline Pro 6.35mm Jack Mono to XLR Male Cable Double Shielding Matt Silicone PVC Professional Instrument Cable for Mixers Amplifiers Recording & Live Performance - 3M (TS-M-XLR-Male 300 Pro)

Softline Pro 6.35mm Jack Mono to XLR Male Cable Double Shielding Matt Silicone PVC Professional Instrument Cable for Mixers Amplifiers Recording & Live Performance - 3M (TS-M-XLR-Male 300 Pro)

Rs. 697.00
Rs. 1,000.00 Rs. 697.00
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Softline Pro TS-M-XLR-Male 300 Pro is a premium 6.35mm (¼-inch) mono jack to XLR male cable designed for musicians, audio engineers, and performers who demand superior sound quality and durable construction. Built with a 99.99% Oxygen-Free Copper (OFC) core, this cable ensures exceptional signal transmission and minimal loss, preserving your audio’s clarity and dynamic range. Its double shielding system—semiconductor and OFC braid—protects against interference, hum, and noise, guaranteeing clean audio in any setting. The matt silicone PVC jacket provides flexibility, making it easy to handle, coil, and transport, even under rigorous stage or studio use. Measuring 3 meters (10 ft), it’s the perfect length for home studios, live performances, recording sessions, or professional audio setups.

 

About this item

  • 🎤 Professional-Grade Instrument Cable – Connects 6.35mm mono jacks to XLR male inputs for versatile audio setups.
  • 💡 99.99% Oxygen-Free Copper Core – Ensures superior signal transmission and accurate tone reproduction with minimal loss.
  • 🔇 Advanced Double Shielding Protection – Semiconductor + OFC braid eliminates interference, hum, and noise for crystal-clear audio.
  • 🛡 Durable Matt Silicone PVC Jacket – Flexible, tangle-resistant, and built to withstand frequent handling and transport.
  • 🎶 High-Quality Sound Performance – Captures every nuance of your audio source for studio recording and live gigs.
  • ⚡ Optimal 3M Length – Compact yet convenient for stage setups, mixers, or home studio connections.
  • 🎛 Reliable Conductor Resistance (<36 Ohm/KM) – Maintains consistent signal strength across the entire length.

 

 

 

 

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