Available Options

CVB-B/C Boundary Condenser Microphone, 12’ Cable, Cardioid, Black
CVB-B/O Boundary Condenser Microphone, 12’ Cable, Omnidirectional, Black

Designed for desktop-installed sound reinforcement applications, Centraverse™ Boundary Condenser Microphones seamlessly fit within any design aesthetic. They offer low-profile, discreet placement for corporate facilities, houses of worship, government institutions, and beyond.

Featuring Commshield® Technology, which guards against unwanted RF interference from portable wireless devices, Centraverse microphones deliver in best-in-class performance and reliability.

Application

Conference Table

Presentation

Microphone Type

Condenser:

Lightweight, sensitive diaphragm. Precisely and smoothly captures sound nuances. Powered by battery or phantom power supply.

Polar Pattern

Cardioid:

Picks up the most sound in front of the microphone and some from the sides. Less susceptible to feedback in high volume environments.

OmniDirectional:

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Frequency Response

Tailored:

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

Form Factor

Boundary

Model Line

Centraverse

Downloads
Centraverse™ Microphones Brochure (PDF)
Centraverse Boundary Microphones Specification Sheet (PDF)
Centraverse Boundary Microphones User Guide (PDF)
Related Links
CommShield® Technology White Paper
Features
  • Available in cardioid or omnidirectional polar patterns
  • CommShield® Technology that guards against unwanted RF interference from portable wireless devices (smartphones, etc.) and high resistance to intense nearby radio signals
  • Available in black with attached 12’ XLR cable
  • Frequency response ideal for capturing fast transients in a wide variety of locations, including podiums and desktops
  • Superior Shure design and rugged, dependable construction
Specifications
Type
Electret Condenser
Polar Pattern
CVB/O: Omnidirectional; CVB/C: Cardioid
Frequency Response
70–16,000 Hz (See user guide for line drawing of curve.)
Output Level
Open Circuit Voltage, 1 kHz (typical): CVB/O –28 dBV/Pa[1] (40 mV); CVB/C –32.5 dBV/Pa[1] (23 mV)