3-Pin XLR Female to Dual XLR Male Y Splitter Cable 0.5M
XLR Female to Dual XLR Male Y Splitter Cable
Split a single XLR mono signal into two separate XLR mono outputs with this robust, balanced patch cable. Ideal for live sound engineers, studio technicians, and home recording enthusiasts, this Y-cable lets you route a microphone or line-level source to two independent channels on a mixing console simultaneously — all in a compact 0.5M length.
Key Features
- Y-Splitter Design: One 3-pin XLR female input splits into two 3-pin XLR male outputs. Sends one mono signal to two mono destinations — does not combine signals into stereo.
- Balanced Connection: Helps reduce interference and signal distortion for cleaner, more accurate audio transmission.
- Nickel-Plated Connectors: Metal serviceable ends with nickel-plated contacts for reliable conductivity and long-lasting durability.
- OFC Spiral Shield: Oxygen-free copper spiral shielding provides effective EMI and RFI rejection, keeping your audio clean and noise-free.
- Durable PVC + Metal Construction: High-quality PVC outer jacket with metal connector housings built to withstand regular use on stage and in the studio.
- Wide Compatibility: Works with any equipment featuring 3-pin XLR connectors — microphones, mixing boards, patchbays, preamps, speaker systems, amplifiers, limiters, crossovers, digital decoders, and stage lighting.
Specifications
| Connector Type | 3-Pin XLR Female to Dual 3-Pin XLR Male |
| Cable Type | Y Splitter (mono to two mono) |
| Cable Length | Approx. 0.5M / 19.7 in |
| Cable Colors Available | Black / Blue / Red |
| Material | PVC + Metal |
| Shielding | OFC Spiral Shield (EMI/RFI Rejection) |
| Connectors | Nickel-Plated with Metal Ends |
| Quantity | 1 Cable |
| Country of Origin | Made in China |
What's in the Box
- 1 × 3-Pin XLR Female to Dual XLR Male Y Splitter Cable
Perfect For
- Routing a microphone signal to two channels on a mixing board
- Live stage performances and touring sound setups
- Studio recording patches and patchbay configurations
- Connecting to preamps, amplifiers, limiters, crossovers, and digital decoders
- Stage lighting and AV control systems with 3-pin XLR inputs
You May Also Like
- Braided Cotton Candle Wick Spool – 32–98 Ft DIY Candle Making
- Stretch Chair Backrest Cover Slipcover – Universal Office Fit
Learn more: OSHA guidance on hand and power tools
Frequently Asked Questions
Q: Does this XLR Y-splitter cable combine two signals into a stereo signal?
A: No. This 3-pin XLR female to dual XLR male Y cable splits one mono signal into two identical mono signals. It does not mix or combine two separate signals into a stereo output. It is designed for distributing a single source — such as a microphone — to two separate input channels on a mixing console or audio device.
Q: What types of equipment is this XLR splitter cable compatible with?
A: This Y-splitter cable is compatible with any audio or AV equipment using standard 3-pin XLR connectors. Common uses include microphones, mixing boards, patchbays, preamps, speaker systems, amplifiers, limiters, crossovers, digital decoders, and stage lighting rigs.
Q: Is the balanced connection important for audio quality?
A: Yes. A balanced XLR connection helps reject electromagnetic interference (EMI) and radio frequency interference (RFI), which translates to a cleaner, less distorted audio signal — especially important over longer cable runs or in environments with many electronic devices.
Q: What shielding does this cable use?
A: This cable features an OFC (Oxygen-Free Copper) spiral shield, which provides excellent flexibility along with effective EMI and RFI rejection, helping to maintain signal integrity in demanding live and studio environments.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.