RODE Broadcaster End-Address Broadcast Condenser Microphone
The RODE Broadcaster is a large diaphragm, end-address condenser microphone designed to provide the ultimate performance for broadcast vocal applications.
Its rich, full quality tailored response has an emphasised proximity effect that has made it a standard in radio stations the world over. It is equally suitable as a voice-over microphone for film and television
The Broadcaster features an internal pop filter, designed to minimise plosives sounds that can overload the microphone capsule and distort the audio output. In addition to the Broadcaster's native 20Hz-20kHz response, a selectable high-pass filter at 75Hz is available which will prevent low-end noise such as air conditioners and traffic from being recorded.
The Broadcaster features an innovative 'On-Air' indicator on the body that can be wired for external activation by the 'Channel On/Mute' function on many consoles. If not connected to a console or switch, the indicator will remain lit whenever the microphone has power.
The RODE Broadcaster microphone is designed and made in Australia, and covered by RODE Microphones' industry leading 10 year warranty.
Key Features
- HF2 1ā capsule with gold plated diaphragm
- On-Air indicator LED
- Ultra-low noise
- Voice tailored low-cut feature
- Internal pop-filter
Technical Specifications
Acoustic Principle
Pressure Gradient
Active Electronics
JFET impedance converter with bipolar output buffer
Capsule
1.00"
Polar Pattern
Cardioid
Address Type
End
Frequency Range
20Hz - 20kHz
Output Impedance
40 OHM
Maximum SPL
128dBSPL
Maximum Output Level
2.0mV (@ 1kHz, 1% THD into 1K OHM load)
Sensitivity
-34.0dB re 1 Volt/Pascal (20.00mV @ 94 dB SPL) +/- 2 dB @ 1kHz
Equivalent Noise Level (A-weighted)
14dBA
Power Options
+24V phantom power+48V phantom power
Weight
577.00g
Dimensions
167.00mmH x 50.00mmW x 65.00mmD
Output
XLR Output
Payment & Security
Payment methods
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.