Electro-Voice RE420

Handheld Cardioid Condenser Vocal Microphone

Get clear, rich, and full-bodied vocal tone in live stage applications and studio recording with the Electro-Voice RE420 handheld cardioid condenser vocal microphone. Its cardioid condenser capsule produces a wide frequency response of 50 Hz to 20 kHz while delivering a high maximum SPL of 149 dB. The cardioid polar pattern yields enhanced acoustic isolation by rejecting sounds entering from the rear of the diaphragm. A selectable 150 Hz high-pass filter allows simple and effective control of low frequencies.

Plosives and wind noise are attenuated by the integrated multi-stage pop filter, and the internal shockmount absorbs vibrations to reduce handling noise. Thanks to its 3-pin XLR output connector and phantom-powered operation, the RE420 is compatible with most mixers, audio interfaces, and mic preamps. It includes a stand clip and a gig bag.

FEATURES

• Ideal for clear vocal reproduction in houses of worship, concert venues, studio recording sessions, and more
• Designed to deliver a rich and full-bodied sound with warm and clear low end, natural and present midrange, and an open, crisp, and detailed high end
• Cardioid polar pattern provides enhanced acoustic isolation with a comfortable working range
• Maximum feedback rejection occurs when a stage monitor is positioned 180° off-axis to the microphone element
• Multi-stage pop filter with two layers of dense foam separated by air, resulting in minimization of breath blasts and plosives
• Selectable 150 Hz high-pass filter reduces undesirable low-frequency content when engaged
• Vibration-absorbing internal shockmount minimizes handling noise
• Zinc diecast body with black polyurethane paint and steel wire cloth grille
• For Clear Vocal Capture in Live Sound
• 50 Hz to 20 kHz Frequency Response
• High Maximum SPL and Feedback Rejection
• 48V Phantom Power
• Integrated Multi-Stage Pop Filter
• Internal Shockmount Absorbs Vibrations
• 3-Pin XLR Output Connector
• Includes Stand Clip and Gig Bag