Product Overview
The Kirlin 1 Foot Pro Series Y-Cable is a professional-grade audio cable designed for seamless signal splitting in both studio and live settings. This cable features an XLR female connector on one end and dual XLR male connectors on the other, allowing you to efficiently connect microphones or other audio devices for optimal sound transmission.
Technical Specifications
Length | 1 Foot |
Connector Type | XLR Female to Dual XLR Male |
Conductor Material | Silver Plated Oxygen Free Copper (OFC) |
Shielding | 100% PVC Shield with OFC Braiding |
Benefits
This Y-Cable is constructed with two 24-gauge dense silver-plated OFC conductors, ensuring exceptional strength and flexibility. The twisted cotton yard fillers provide additional durability, making it ideal for both studio recording and live performances. With a conductive PVC shield that offers full coverage and an OFC braiding shield, you can expect noise-free signal transmission, eliminating hum and interference.
Use Cases
Whether you are a professional sound engineer, a musician, or a content creator, the Kirlin Y-Cable simplifies your audio setup. Easily connect two microphones to a single input or split signals for various audio applications. Its compact size is perfect for portable use, making it a must-have for gigs or studio sessions.
FAQs
Q: Is this cable suitable for live performances?
A: Yes, the Kirlin Y-Cable is designed for both studio and stage applications, ensuring noise-free performance.
Q: What is the length of this cable?
A: The cable measures 1 foot in length, making it convenient for tight spaces.
Q: What materials are used in this cable?
A: It features silver-plated OFC conductors and a 100% PVC shield for optimal signal quality.
Q: Can this cable be used with different types of microphones?
A: Yes, it is compatible with most microphones that use XLR connections.
Originality and Unique Features
The Kirlin Pro Series Y-Cable stands out with its professional-grade construction and attention to detail. The use of silver-plated conductors maximizes signal integrity, while the comprehensive shielding design minimizes noise—qualities that are essential for serious audio applications.
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