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Professional Signal Splitting: XLR Male to Dual XLR Female Y-Cable (1.5 / 3 / 5 / 10 Meter) 🎙️🔊

Expand your audio routing possibilities with our XLR Male to Dual XLR Female Y-Splitter Cable. This specialized "Y-cable" is designed to split a single balanced XLR output into two identical signals, allowing you to send audio from one source—such as a mixer output or a microphone—to two separate destinations simultaneously.

Whether you are sending a single mixer output to two separate powered speakers or splitting a signal for redundant recording, this cable ensures a consistent and balanced connection across both paths. Available in lengths from 1.5 meters to 10 meters, it is the perfect utility tool for any live sound, house of worship, or studio environment.

Key Performance Features:

• ✅ Efficient Signal Splitting: Seamlessly branches one XLR male output into two XLR female inputs for reliable signal duplication.

• ✅ Balanced Audio Integrity: Maintains a fully balanced signal path to minimize noise, hum, and interference over the length of the cable.

• ✅ Rugged Professional Connectors: Features high-quality 3-pin XLR connectors with secure locking mechanisms on the female ends to prevent accidental disconnections.

• ✅ Heavy-Duty Construction: Built with a durable PVC jacket and reinforced strain relief at the Y-junction to withstand the rigors of frequent use.

• ✅ High-Fidelity Shielding: Internal shielding protects against electromagnetic (EMI) and radio frequency (RFI) interference for crystal-clear audio.

Technical Specs 🏗️

• Connector A: 3-Pin XLR Male.

• Connector B: 2 X 3-Pin XLR Female.

• Available Lengths: 1.5m / 3m / 5m / 10m.

• Cable Type: Balanced Y-Splitter.

• Jacket Material: Flexible Matte Black PVC.

• Wiring: Parallel pin-to-pin configuration.

Typical Applications 📋

• Speaker Linking: Send the output from a single mixer channel to two separate powered speakers or subwoofers.

• Signal Duplication: Split a line-level signal to go to both a Front-of-House (FOH) mixer and a recording console or broadcast feed.

• Redundant Systems: Send a critical audio signal to two different processing chains simultaneously to ensure backup in live environments.

• Studio Monitoring: Distribute a single stereo side (Left or Right) to multiple hardware monitors or effects units.

Top 3 Customer Questions & Concerns 🙋‍♂️

1. ⚡ Can I use this to plug two microphones into one mixer port?

   • No, this is a splitter (1 Male to 2 Female). To plug two microphones into one port, you would typically need a combiner (2 Female to 1 Male).

2. 🔧 Will splitting the signal reduce the volume?

   • Because this is a passive split, there may be a slight drop in signal voltage depending on the input impedance of the devices you are connecting to, but it is usually negligible for professional line-level signals.

3. 💪 Is the Y-junction reinforced?

   • Yes, the split point is encased in a durable molded housing to prevent the cables from pulling apart or the internal wiring from fraying at the junction.