DPA Microphones CH16C10 Replacement Headset Microphone Cable (TA-4F, Brown)

Reliable Replacement Cable for DPA Headset Microphones
The DPA CH16C10 Microphone Cable is designed for professional audio applications, offering a secure and high-quality connection between your DPA headset microphone and compatible wireless systems. With a robust design and optimal signal transmission, this cable is ideal for stage performances, corporate presentations, broadcast environments, and other professional applications requiring clear and uninterrupted audio.

TA4F Mini-XLR Connector for Secure Compatibility
This replacement cable features a TA4F Mini-XLR connector, making it fully compatible with Shure wireless systems. The secure locking mechanism prevents accidental disconnections, ensuring a stable and uninterrupted signal during live performances, speaking engagements, and other demanding situations.

Optimized for DPA Earhook and Headset Microphones
The CH16C10 cable is specifically designed for use with DPA earhook and headset microphones, providing a reliable and professional-grade solution for performers, presenters, and public speakers who require clear, hands-free audio transmission. Its lightweight and flexible design allow for easy handling and seamless integration into any setup.

Durable Construction for Long-Lasting Performance
Built with high-quality materials, this microphone cable is designed to withstand frequent use in professional environments. Its reinforced outer jacket protects against wear and tear, ensuring long-term durability while maintaining superior audio performance. The flexible, tangle-resistant design allows for effortless setup and storage.

Exceptional Audio Quality with Minimal Signal Loss
Engineered to deliver high-fidelity audio, the CH16C10 ensures minimal signal loss and preserves the natural clarity of your DPA headset microphone. Whether you’re on stage, in a conference room, or broadcasting live, this cable provides a clear and consistent sound experience, free from interference and unwanted noise.