The Professional 1/4" TS to XLR Female Microphone Cable provides a professional-grade solution for connecting instrument-level signals to balanced microphone inputs. Featuring 26AWG oxygen-free copper conductors and comprehensive double shielding, this cable delivers exceptional audio quality while effectively eliminating interference. The combination of a standard 1/4" TS jack and XLR female connector makes it ideal for connecting guitars, keyboards, and other instruments to mixing consoles, audio interfaces, and PA systems. Engineered for both studio and live performance use, this cable maintains signal integrity even in demanding environments.
Key Features:
Low-Noise Performance:26AWG (17/0.10)OFC conductor minimizes signal degradation
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