Rode NTG-4 Shotgun Microphone with Digital Switches

The Rode NTG4 Shotgun Microphone with Digital Switches is designed for ENG, filmmaking, field recording, sound design, and broadcast applications. The microphone builds upon the success of the company's NTG1 and NTG2 microphones with an updated capsule to deliver broadcast quality sound and digital switching options for versatile field operation.

Designed to be mounted on a boom, a handheld pistol grip, or atop a compact camera for run and gun style filmmaking, the microphone features a super-cardioid directional pickup pattern, a frequency range of 20 to 20,000 Hz, a sensitivity of -32 dB re 1 V/Pa, a dynamic range of 119 dB, a signal to noise-ratio of 78 dB SPL, and a maximum SPL of 135 dB from 48V, 24V, or12V phantom power (4.5 mA current draw).

Along the body of the microphone is a power button with LED indicator as well as three digital switching buttons with LED indicators.

The first button provides a -10 dB pad on the input of the microphone to allow the recording of loud sounds without clipping.

The middle button turns on a 75 Hz high pass filter which is useful for reducing low frequency and infrasonic rumble from HVAC systems indoors or street traffic outdoors from over-powering the recording.

The third button is a high frequency boost. The value of the high frequency boost is in restoring some of the high frequency content that is often lost when a blimp or furry windshield is placed over the microphone. An added benefit is that the high frequency boost switch can help improve the intelligibility of recorded speech, especially useful for filmmaking and broadcast applications.

The microphone comes with an RM5 microphone clip, a foam windshield and a carrying pouch.

-10 dB Pad

Attenuates the microphone input to allow for the recording of loud sounds without clipping

75 Hz High Pass Filter

Reduces low frequency and infrasonic rumble from HVAC systems indoors or street traffic outdoors from over-powering the recording

High Frequency Boost

Restores some of the high frequency content that is often lost when a blimp or furry windshield is placed over the microphone and improves the intelligibility of recorded speech

Setting Memory

Recalls the digital switch settings when the microphone is powered on and off