Soundking BB812-4/3m Microphone Cable
The Soundking BB812-4/3m is a professional-grade XLR microphone cable designed for reliable audio signal transmission in live sound, studio, and broadcasting applications.
KSh 700.00
The Soundking BB812-4/3m Microphone Cable is a professional-grade XLR microphone cable designed for reliable audio signal transmission in live sound, studio, and broadcasting applications.
Key Features:
-
Connector Type: Male XLR to Female XLR
-
Length: 3 meters
-
High-Quality Construction: Ensures clear and noise-free sound transmission
-
Durable Design: Built to withstand the rigors of professional use
This cable is ideal for musicians, audio engineers, and broadcasters seeking a dependable connection for microphones and other XLR-compatible devices.
Related Products
The Soundking Snake Cable 50m by 32 Channel is a high-quality audio cable designed for professional sound applications. This durable snake cable features 32 channels, making it ideal for connecting multiple audio sources to a mixer or audio interface over long distances, such as in live sound setups, studios, or large venues.
The Soundking BB812-4/1m Microphone Cable is a high-quality 1-meter microphone cable designed for professional audio applications.
The Soundking AH 104/30 Snake Cable is a professional-grade audio multicore cable designed for live sound, studio setups, and other professional audio applications requiring efficient and organized signal transmission
The Soundking AH108/50 Snake Cable is a high-quality 50-meter, 8-channel audio multicore cable designed for professional live sound, studio, and PA system applications.
The Soundking BB 812/20M is a professional-grade microphone cable designed for reliable and high-quality audio signal transmission over extended distances.
Key Features:
- Length: 30 meters, offering a longer reach to connect equipment spread across larger stages, studios, or venues, reducing the need for additional cabling.
- Channels: 16 individual channels, allowing for the simultaneous connection of multiple microphones, instruments, or other audio sources with a single cable run.
- Construction: Built with durable, flexible materials to withstand the rigors of frequent use and transport, ensuring longevity and consistent performance.
- Conductor Material: The cables typically feature copper conductors, which ensure efficient signal transmission with minimal loss and interference.
- Gauge: The cable has a 1.5mm² cross-sectional area, which provides a good balance between conductivity and flexibility. This gauge is suitable for short to medium distances in home audio and professional applications.
- Insulation: The conductors are usually insulated with a durable PVC or rubber coating, protecting them from physical damage and electrical interference.
The BNK 2.5mm Signal Cable is a high-quality audio cable designed for reliable and efficient signal transmission.
Key Features:
- Gauge and Construction:
- Wire Gauge: 2.5mm² (approximately 14 AWG).
- Stranding: High strand count for flexibility and durability.
- Conductors:
- Material: Pure copper or oxygen-free copper (OFC) for superior conductivity.
- Insulation: High-quality PVC or similar material for insulation, ensuring safety and minimizing signal loss.
- Performance:
- Signal Transmission: Excellent signal transmission with minimal resistance, ensuring clear and high-fidelity audio output.
- Impedance: Low impedance, ideal for high-power applications.
- Durability:
- Sheathing: Durable outer sheathing protects the internal wires from physical damage and environmental factors.
- Flexibility: Flexible design for easy routing and installation.
- High-Quality Conductors: Made from oxygen-free copper to ensure optimal conductivity and minimal signal loss.
- Shielding: Effective shielding to protect against electromagnetic and radio frequency interference, ensuring clear and uninterrupted audio signals.
- Connectors: High-quality connectors that provide a secure and stable connection. They are often gold-plated to prevent corrosion and improve signal transfer.
