Overall

Rated 4.7 Out off 5.0*

Sound Quality

Rated 4.7 Out off 5.0*

The Rode PodMic is designed to deliver a broadcast-grade sound quality for podcasting, voiceover and streaming. It offers an internal pop filter that reduces plosives while its cardioid polar pattern ensures maximum gain before feedback in live applications. Its dynamic capsule captures the nuances of every performance with clarity and presence, providing detailed low frequencies without any additional EQ or processing required at all. The microphone’s frequency response ranges from 40Hz up to 18kHz which offers superior clarity on mid range frequencies like vocals and acoustic instruments as well as warm sounding bass tones when recording music sources such as guitar amplifiers or drumsets.

Frequency Response

Rated 4.7 Out off 5.0*

The Rode PodMic Cardioid Dynamic Broadcast Microphone has an impressive frequency response range of 20Hz -20kHz. This allows for excellent sound quality reproduction, with accurate and detailed audio in the low-end as well as high-frequency details being captured clearly. The microphone also features a tailored dynamic capsule design which ensures that it captures only what is desired, eliminating any unwanted background noise or feedback from entering your broadcast environment. Additionally, this mic boasts a cardioid polar pattern which helps to further reduce unwanted ambient sounds while ensuring maximum vocal clarity and presence on recordings or broadcasts alike.

Sensitivity

Rated 4.8 Out off 5.0*

The Rode PodMic is a cardioid dynamic broadcast microphone with impressive sensitivity. It has an on-axis frequency response of 20Hz to 20kHz, allowing it to accurately capture sounds from nearly every range. With its onboard high pass filter designed specifically for voice reproduction and rejection of low end noise, the signal output remains free from unwanted background hums or other distractions that could interfere with your recording quality. Its maximum SPL rating is 140dB which means you can record loud sources without fear of distortion and still achieve clear recordings even in noisy environments where traditional microphones cannot handle such levels efficiently.