Shure SM7B Vocal Microphone
What's Included: 1 x Shure SM7B Vocal Microphone Package Price:
1 Day: $45 | 3 Day: $75 |
5 Day: $85 | 7 Day: $95 |
10 Day: $110 | 14 Day: $130 |
To Rent: Please type in 'SM7B' in our rental form
Tech Specs
Microphone
Sound Field
Mono
Operating Principle
Pressure Operated
Capsule
Dynamic
Polar Pattern
Cardioid
Orientation
End Address
High-Pass Filter
Yes
On-Board Controls
High-Pass Filter, HF
Windscreen
Foam (Included)
Performance
Frequency Range
50 Hz to 20 kHz
Impedance
150 Ohms
Sensitivity
-59 dBV/Pa at 1 kHz
Connectivity
Output Connectors (Analog)
1 x XLR 3-Pin Male (on Mic)
Physical
Color
Gray
Mounting
5/8"-27 Female (with Included Hardware)
Construction Material
Aluminum, Steel
Dimensions
ø: 2.5 x W: 0.15 x L: 7.47" / ø: 63.5 x W: 3.77 x L: 189.7 mm
Weight
1.69 lb / 766.57 g
Description
The Shure SM7B Vocal Microphone is a dynamic microphone with a smooth, flat, wide-range frequency response appropriate for music and speech in all professional audio applications. It features a cardioid polar pattern, bass roll-off and midrange emphasis (presence boost) controls, and shielding against broadband interference. An internal air suspension shock isolation helps to eliminate mechanical noise transmission, and a yoke mount facilitates mounting and provides precise control of the mic position.
Flat, Wide-Range Frequency Response
The flat-frequency response enhances the midrange and high frequencies that are associated with the human voice.
Rejection of Electromagnetic Hum
Improved rejection of electromagnetic hum—optimized for shielding against broadband interference emitted by computer monitors.
Air Suspension Shock Isolation
Internal air suspension shock isolation virtually eliminates mechanical noise transmission.
Pop Filter
The detachable close-talk windscreen eliminates the need for any add-on protection against explosive breath sounds—even for close-up vocals or narration.
Cardioid Polar Pattern
Cardioid polar pattern effectively isolates signal source improving gain before feedback.
