Professional Bulk Microphone Cable - 24 AWG OFC Bare Copper Conductors, 96-Strand Copper Shielding, Low-Noise for Studio & Live Sound
No.MIC9004
24 AWG (19/0.12) OFC Conductors: Ensures superior signal clarity and durability, outperforming CCA (Copper-Clad Aluminum) cables. High density (96/0.10) Bare Copper Shielding: Provides exceptional protection against electromagnetic interference (EMI) for crystal-clear audio transmission. Non-Woven Cotton Yarn & 6.0mm PVC Jacket: Enhances flexibility and durability while reducing handling noise. Sturdy Spool Packaging: Safe and convenient storage for bulk purchases. Versatile Applications: Ideal for studio recordings, live performances, and professional audio setups. Tips: For better performance, increase copper in conductors & shielding. For lower cost, reduce copper usage.
The Professional Bulk Microphone Cable is engineered for audiophiles and sound professionals who demand uncompromising audio quality. Featuring 24 AWG bare oxygen-free copper (OFC) conductors and 96-strand pure copper shielding, this cable delivers ultra-low noise and minimal signal loss, even in high-interference environments. The non-woven cotton yarn support and 6.0mm PVC jacket ensure flexibility and durability, making it perfect for frequent use in studios, stages, and broadcast setups. Sold by meter or spool, it’s a cost-effective solution for custom-length cable needs.
Key Features:
High-Purity OFC Conductors: 24 AWG bare copper wiring for maximum conductivity and longevity.
Advanced EMI Protection: 96-strand copper shielding eliminates hum and interference.
Noise-Reducing Design: Non-woven cotton yarn minimizes handling noise during performances.
Jacket:0mm PVC (black) – abrasion-resistant and flexible
Inner fill: Non-woven cotton yarn for noise reduction
Temperature Range: -30°C to +70°C
Capacitance: ≤85pF/meter – ensures minimal signal degradation
Impedance: 60Ω ±5% (balanced transmission)
Applications:
Studio Recording: Perfect for connecting microphones, interfaces, and outboard gear.
Live Sound: Reliable performance for stage setups and touring rigs.
Broadcast & Podcasting: Ensures clean audio for streaming and radio.
DIY Audio Projects: Custom-length cables for home studios or installations.
1. What conductor material is used in your XLR microphone cable?
We offer oxygen-free copper (OFC) for premium signal performance, and copper-clad aluminum (CCA) for budget-sensitive projects.
2. What types of shielding are available, and how effective are they?
Our shielding types include braided copper options like 32/0.10, 48/0.10, 64/0.10, 96/0.10, 112/0.10, and 0.12. Generally, more strands and thicker wires mean stronger EMI/RFI protection.
3. What is the wire gauge (AWG) of the conductors?
We offer 22AWG, 24AWG, 26AWG, and 28AWG. Lower AWG numbers (thicker conductors) provide better performance over longer runs.
4. What is the shielding coverage percentage, and how do different types compare?
Please specify which type you need: 32/0.10, 48/0.10, 64/0.10, 96/0.10, or 112/0.10. Each refers to the number and thickness of copper strands. More strands generally mean tighter weave and higher shielding coverage, improving noise rejection.
5. What’s the difference between 0.12mm and 0.10mm copper wire in conductors and shielding?
0.12mm copper wire is thicker, offering more durability and better conductivity. 0.10mm is thinner and more flexible, allowing for higher strand counts and softer cables.
6. Is the cable balanced or unbalanced?
Our bulk XLR cables are balanced, ideal for reducing interference in professional audio applications.
7. Can your cables support phantom power for condenser microphones?
Yes, balanced XLR cables can safely carry 48V phantom power for condenser microphones.
8. What jacket material is used, and is it suitable for both indoor and outdoor use?
We offer PVC, rubber, and braided cloth jackets, all designed for durability, flexibility, and resistance to environmental factors.
9. Is this cable suitable for touring and stage use, or just for fixed installations?
Yes, our cables are built for both stage/touring use and permanent installations, with strong outer jackets and flexible structure.
10. Are your cables compliant with RoHS, CE, or other international standards?
Yes, our bulk XLR cables are RoHS and CE compliant, and we can provide certification as needed.
11. Can the cable be customized in terms of color, printing, or branding?
Yes, we offer OEM options including custom jacket colors, logo printing, and private labeling.
12. How flexible is the cable, and what is its bend life?
Our cables are highly flexible, designed to withstand frequent coiling and uncoiling, with a long bending lifespan for professional use.
13. What is the capacitance of the cable?
We offer low-capacitance cable to ensure clean, high-fidelity audio signal transmission, especially over long distances.
14. What cable lengths are available for bulk rolls?
We supply standard roll lengths of 100 meters and 300 meters. Custom lengths can be discussed if needed.
15. Is the cable compatible with standard XLR connectors and professional audio systems?
Yes, our bulk cables are fully compatible with all standard XLR connectors and professional audio equipment.
16. What is the difference between braided shielding and spiral shielding? Which one is better?
Braided shielding uses woven copper strands to form a tight mesh, offering stronger EMI protection and better durability. Spiral shielding is made by wrapping copper strands in a helical pattern, making the cable more flexible but with slightly lower shielding performance. Braided shielding is preferred for professional and high-interference environments.
How to Choose the Right XLR Microphone Cable for Your Project?
XLR microphone cables may look similar, but their internal construction significantly impacts audio quality and durability.Chinese factories typically work on same margins---the real cost variation comes from raw materials and specification.
Below are the key factors that determine performance and pricing: Please compare the price based on same spec .
1. What Conductor Material Do You Need?
•CCA (Copper-Clad Aluminum): Budget-friendly option with 60% conductivity of pure copper, suitable for temporary installations or budget-conscious projects. •OFC (Oxygen-Free Copper): Professional-grade 99.95% pure copper, delivering optimal signal transmission for critical audio applications.
🟡Recommendation: Cost Ranking:CCA < OFC Market Preference:OFC is the industry standard for professional audio installations, while CCA is typically used in entry-level equipment.
2. What AWG Size is Appropriate for Your Application?
•26AWG (12/0.12): Slim and flexible design , ideal for portable equipment and short cable runs where space is limited. •24AWG (19/0.12): Balanced choice , offering optimal flexibility and signal integrity for most studio and live applications. •22AWG (28/0.12): Heavy-duty option ,with lowest resistance, recommended for long cable runs and permanent installations.
🟡Recommendation: Cost Ranking:26AWG < 24AWG < 22AWG Market Preference:24AWG provides the best balance of performance and flexibility for 80% of professional applications.
3. What Shielding Configuration Do You Require?
•32/0.10 OFC Spiral: 70% coverage - Basic protection with maximum cable flexibility, suitable for portable/touring applications. •48/0.10 OFC Braid: 85% coverage - Standard EMI protection for studio environments and short cable runs. •64/0.10 OFC Braid: 90% coverage - Enhanced shielding for live sound applications and moderate EMI environments. •96/0.10 OFC Braid: 95% coverage - Professional-grade protection for critical installations and long cable runs. •112/0.10 OFC Braid: 98% coverage - Maximum noise rejection for high-interference environments and broadcast applications.
All shielding options use oxygen-free copper for optimal performance. Some manufacturers may use CCA for cost reduction, but we maintain OFC shielding for superior audio quality.
