Audio Technica U857QLU: Your Key to Crystal Clear Sound
Upgrade your audio experience with the Audio Technica U857QLU Condenser Gooseneck Mic. This microphone is a game-changer, delivering exceptional sound quality for a variety of applications. Whether you're a professional looking to enhance your recordings or a content creator seeking to capture every detail, the U857QLU has you covered.
Key Product Features:
- • Exceptional Sound Quality: Delivers clear, consistent sound for a variety of installed applications
- • Easy to Use: Ultra-flexible, robust gooseneck permits easy adjustment into desired shape
- • Versatile: Accepts new interchangeable elements, available in cardioid, hypercardioid, omnidirectional and UniLine line cardioid polar patterns
Benefits:
- • Superior Sound: The U857QLU's advanced capsule design and carefully engineered internal electronics ensure superior sound quality
- • Easy Adjustment: The ultra-flexible gooseneck allows for easy adjustment into the perfect position
- • Versatile Polar Patterns: The interchangeable elements offer a variety of polar patterns, allowing you to customize your sound
Applications:
- • Professional Recording: Ideal for recording vocals, instruments, and podcasts
- • Broadcasting: Delivers clear sound for live broadcasts and interviews
- • Sound Reinforcement: Enhances sound quality in venues such as churches, conference rooms, and auditoriums
Technical Specifications:
- • Length: 23.74'
- • Polar Pattern: UniLine line-cardioid
- • Connector: 3-pin XLRM-type
The Audio Technica U857QLU Condenser Gooseneck Mic is perfect for professionals in recording, broadcasting, and sound reinforcement. Its advanced capsule design and internal electronics ensure clear, consistent sound. The 23.74' version features a UniLine line-cardioid element and plugs into a panel- or desk-mounted XLRF-type connector. The ultra-flexible gooseneck allows for easy adjustment, and it offers UniGuard RFI shielding and an 80 Hz low-cut filter. It's designed for high-quality sound in various installed applications.
