Premium XLR Microphone Cable with 22AWG OFC Conductor & Double Shielding – Professional-Grade Audio for Studios, Live Performances, and Broadcast
No.MIC8002
22AWG(40/0.10) OFC Conductor:Delivers superior signal clarity with minimal loss for pristine audio quality. OFC (96/0.10 ) Double Shielding:Combines Al Foil and High-Density OFC Braid to eliminate interference and noise. Premium XLR Connector:Ensures secure, reliable connections with gold-plated contacts for optimal conductivity. Color-Coded 4-Pack Convenience:Easy identification and organization for multi-channel setups. Reinforced Jacket Durability:Built to withstand rigorous use in studios, stages, and on-the-go applications. Tips: : For better performance, increase copper in conductors & shielding. For lower cost, reduce copper usage.
The Premium XLR Microphone Cable with 22AWG OFC Conductor & Double Shielding is engineered for professional audio enthusiasts, musicians, and broadcasters who demand uncompromising sound quality. Featuring a high-purity Oxygen-Free Copper (OFC) conductor and dual-layer shielding (Al Foil + OFC Braid), this cable ensures crystal-clear signal transmission while effectively blocking electromagnetic and radio frequency interference. The premium XLR connectors with gold-plated contacts provide a secure fit and corrosion-resistant performance, while the reinforced jacket offers exceptional durability for long-term use. Whether you're recording in the studio, performing live, or setting up a broadcast system, this microphone cable delivers unmatched reliability and audio fidelity.
Key Features:
22AWG (40/0.10)OFC Conductor:High-purity Oxygen-Free Copper minimizes signal loss and distortion for accurate audio reproduction.
Studio Recording:Perfect for connecting microphones, preamps, and audio interfaces with zero noise interference.
Live Sound Performances:Reliable for stage setups, PA systems, and touring rigs.
Broadcast & Podcasting:Ensures clean audio transmission for professional broadcasts and streaming.
Home Audio & AV Systems:Ideal for high-end home studios and audiophile setups.
Educational & Corporate AV:Suitable for lecture halls, conference rooms, and multimedia presentations.
1. What is the cable gauge (e.g., 22AWG, 24AWG), and how does it impact signal quality?
The cable gauge refers to the thickness of the internal conductor. Thicker gauges (like 22AWG) have lower resistance and better signal transmission over long distances.
2. Is the cable shielded? What type of shielding is used?
Yes. The shielding is braided, available in options like 32/0.10, 48/0.10, 64/0.10, 96/0.10, 112/0.10, and 0.12. Simply put, the more copper strands used in the shielding, the better the protection against interference.
3. What material is used for the conductor—pure copper or CCA?
High-quality XLR cables typically use oxygen-free pure copper for better conductivity and durability. CCA (copper-clad aluminum) is cheaper but less reliable.
4. Are the XLR connectors 3-pin and made of metal?
Yes, standard XLR cables use 3-pin connectors, usually made of metal for durability and a secure connection. High-quality connectors are made of copper, while lower-quality ones are often made of iron.
5. Is the cable balanced or unbalanced?
XLR cables are balanced, which helps reduce noise and interference during signal transmission—ideal for professional audio applications.
6. What is the outer jacket material, and is it flexible and durable?
Most XLR cables use flexible and durable materials like PVC, rubber, or braided cloth for long-lasting performance and easy handling.
7. Can this cable transmit phantom power for condenser microphones?
Yes, balanced XLR cables are capable of carrying phantom power, making them compatible with condenser microphones.
8. Is the cable low-noise and suitable for studio or live use?
Yes, high-quality XLR cables are designed to be low-noise and are suitable for both studio recording and live sound environments.
9. Are the connectors gold-plated, nickel-plated, or silver-plated?
Connectors may be gold-plated for superior corrosion resistance and conductivity, or nickel-plated for durability at a lower cost.
10. Is the cable suitable for both indoor and outdoor environments?
Yes, depending on the jacket material, many XLR cables are designed to withstand outdoor use and environmental stress.
11. Does the cable comply with RoHS, or other safety standards?
Yes, most export-quality cables comply with RoHS,or other relevant international safety standards.
12. Can the cable be customized (length, color, logo)?
Yes, we offer OEM customization including cable length, color, connector type, and branding options.
13. What is the cable’s bend lifespan or durability under repeated use?
Quality XLR cables are tested to withstand thousands of bends without signal loss or breakage, depending on the build and materials.
14. What is the maximum recommended cable length without signal loss?
Typically, XLR cables can transmit clean audio signals up to 100 feet (30 meters) without significant loss, depending on shielding and gauge.
15. Is the cable compatible with all standard audio equipment?
Yes, XLR cables are compatible with most microphones, audio interfaces, mixers, amplifiers, and PA systems that support XLR connections.
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. Below are the key factors that determine performance and pricing:
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?
•28AWG (7/0.12): Ultra-thin option (0.32mm diameter) for space-constrained installations and patch cables •26AWG (12/0.12): Slim and flexible design (0.40mm diameter), ideal for portable equipment •24AWG (19/0.12): Balanced choice (0.51mm diameter) for most studio/live applications •22AWG (28/0.12): Heavy-duty option (0.64mm diameter) for long cable runs
🟡Recommendation: Cost Ranking:28AWG < 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 - Maximum flexibility for touring •48/0.10 OFC Braid: 85% coverage - Standard studio protection •64/0.10 OFC Braid: 90% coverage - Enhanced live sound shielding •96/0.10 OFC Braid: 95% coverage - Professional installations •112/0.10 OFC Braid: 98% coverage - Broadcast-grade protection
