Audio-Technica AT4049BEL Hypercardioid Condenser Microphone Capsule – Professional Audio for Noisy Environments

The Audio-Technica AT4049BEL is a high-quality hypercardioid condenser microphone capsule, designed to work seamlessly with the AT4900b-48 condenser microphone body. This versatile capsule offers exceptional off-axis rejection, making it ideal for capturing clear, focused sound in noisy environments where isolation from unwanted background noise is crucial.

Featuring a hypercardioid polar pattern, the AT4049BEL ensures that your intended sound source is prioritized, significantly reducing the pickup of side and rear sounds. This makes it an excellent choice for applications that demand high directivity, such as live sound reinforcement, broadcasting, and studio recording where noise isolation is a top priority.

The AT4049BEL is powered via 48V phantom power, supplied by the AT4900b-48 body, offering a seamless integration with the system for transparent, high-quality audio capture.

Key Features:

• Hypercardioid Pickup Pattern: Provides extreme rejection of off-axis sounds, ensuring your subject is isolated in noisy environments.
• Designed for AT4900b-48 Body: Part of the modular AT4000 series, offering flexibility in capsule options.
• 48V Phantom Power: Operates efficiently with the AT4900b-48 body, ensuring reliable power and performance.
• Professional Build Quality: Built for long-term use in demanding recording and broadcasting environments.
• Exceptional Off-Axis Rejection: Ideal for environments with ambient noise, providing clear capture of the intended sound source.

Perfect for:

• Broadcasting: Ideal for radio or TV applications requiring clear capture in a busy, loud setting.
• Studio Recording: Captures focused sound in dynamic environments where isolation is critical.
• Live Sound: Use in live settings with minimal bleed from surrounding noise.

The AT4049BEL offers precision sound capture and exceptional isolation, making it the perfect capsule for professionals who require the highest quality audio in environments where background noise and interference need to be minimized.