Product Overview & Key Benefits

TheClassic Microphone Leads XLR Female - XLR Maleprovides an exceptional solution for audio enthusiasts, musicians, and professionals requiring high-quality sound reproduction. This superior audio lead is designed to carry balanced signals for optimum audio fidelity, making it an ideal choice for studio recording, live performances, and event sound systems. With its robust construction and attention to detail, this lead offers both reliability and durability, allowing users to connect microphones, mixers, and other audio equipment seamlessly.

Technical Specifications & Product Details

• Colour:Red
• Length:6.0m
• Pin-out:Balanced: 1-Ground, 2-Hot, 3-Cold
• Conductors:20 x 0.08mm Ø
• Connectors:Male XLR, Female XLR
• Cable Diameter:6mm Ø
• Weight:0.2920kg
• Dimensions:25mm (W) x 90mm (H) x 320mm (L)

This microphone lead features fully shielded construction with pure copper conductors, ensuring minimal signal loss and interference. The connectors are professional-grade, locking die-cast XLR male and female connectors, providing a secure connection. The lead is also designed with a soft-grip, anti-tangle, rubberised jacket for easier handling and storage.

Ideal Uses & Applications

TheClassic Microphone Leads XLR Female - XLR Maleis perfect for a variety of applications:

• Domestic Settings:Ideal for home studios and personal recording devices, simplifying the connection of microphones to mixers or audio interfaces.
• Commercial Buildings:Suitable for conference rooms and auditoriums where high-quality sound is essential for presentations and speeches.
• Hospitality Venues:Perfect for live music events in bars and restaurants, ensuring that performers achieve great sound quality.
• Offices:Utilised for professional video conferencing setups to enhance audio clarity.

Energy Efficiency & Cost Savings

While theClassic Microphone Leads XLR Female - XLR Maledoes not have direct energy consumption characteristics, utilising high-quality audio leads can lead to cost savings indirectly by improving sound efficiency and reducing the need for additional amplification equipment. The exceptional signal quality diminishes noise interference, ensuring that sound performance is at its peak, thus potentially lowering equipment operating costs in audio setups.