The Electrovoice N/D 357A Dynamic Supercardioid Microphone is designed for performers who demand standout sound quality and durability. A staple in both live performances and studio sessions, this microphone's supercardioid pattern provides excellent isolation from ambient noise, offering clear and focused sound capture. It's engineered to handle high sound pressure levels with ease, making it ideal for vocalists and instrumentalists alike.

Crafted with a rugged metal body, the N/D 357A is built to withstand the rigors of touring while maintaining consistent performance. The dynamic element is complemented by a neodymium magnet structure, enhancing signal output and providing a natural tone. Whether you're on stage or in the studio, this microphone's design ensures minimal handling noise, allowing your performance to shine through without distraction.

Key Features:

• Supercardioid polar pattern for excellent noise isolation
• High SPL handling ideal for live and studio settings
• Neodymium magnet for enhanced signal output
• Durable metal construction for reliability on the road
• Low handling noise for undisturbed performances

Product specs

FAQs

What is the polar pattern of the Electrovoice N/D 357A microphone?

The Electrovoice N/D 357A features a supercardioid polar pattern, which provides excellent isolation from ambient noise and minimizes feedback, making it ideal for live performances and loud environments.

Is the Electrovoice N/D 357A suitable for vocal performances?

Yes, the Electrovoice N/D 357A is designed for vocal performances, offering clear and detailed sound reproduction with its dynamic supercardioid design, which helps reduce background noise and feedback.

How durable is the Electrovoice N/D 357A microphone for live use?

The Electrovoice N/D 357A is built with robust construction, making it highly durable and suitable for the rigors of live performances and touring.

Can the Electrovoice N/D 357A handle high sound pressure levels?

Yes, as a dynamic microphone, the Electrovoice N/D 357A is capable of handling high sound pressure levels without distortion, making it ideal for capturing loud sound sources.