Table of Contents
The Electro-Voice RE320 is a dynamic cardioid microphone designed for professional broadcasting, voice-over work, and live sound applications. Its unique features and robust construction make it a popular choice among audio engineers and content creators. In this review, we will explore the specific voice frequencies where the RE320 excels and how it enhances vocal recordings.
Frequency Response of the RE320
The Electro-Voice RE320 has a tailored frequency response that emphasizes the midrange and upper midrange frequencies. Its response typically ranges from 50 Hz to 16 kHz, with a slight boost in the 2 kHz to 8 kHz range. This design helps to deliver clear, natural vocals with excellent presence and intelligibility.
Voice Frequencies Where the RE320 Excels
- Midrange Frequencies (500 Hz – 2 kHz): The RE320 provides a warm and full-bodied sound in the midrange, making it ideal for voice recordings that require clarity and richness.
- Upper Midrange (2 kHz – 8 kHz): Its boost in this range enhances speech intelligibility, ensuring that vocals cut through in a mix or live setting.
- High Frequencies (above 8 kHz): While not as prominent as some condenser microphones, the RE320 captures high-frequency details effectively, contributing to a natural and detailed sound.
Applications and Benefits
The frequency response characteristics of the RE320 make it particularly suitable for:
- Broadcasting and radio hosting
- Voice-over projects
- Live sound reinforcement for vocals
- Podcasting and streaming
Its tailored frequency response ensures that vocals sound natural, clear, and present, which is essential for professional audio production. The microphone’s ability to handle high sound pressure levels also makes it versatile for various vocal styles and environments.
Conclusion
The Electro-Voice RE320 excels in the midrange and upper midrange frequencies, providing clarity, warmth, and presence to vocal recordings. Its design makes it a reliable choice for broadcasters, voice-over artists, and live performers seeking a microphone that enhances speech intelligibility and natural sound.