At what frequencies do you usually high/low pass male vocal doubles?



Asked by: Christopher Presley

What frequency is high pass vocals?





2. Start the high pass quite low, around 70Hz, and gradually move it up the frequency spectrum until you start to hear it making the vocal sound thinner. This will usually be somewhere between 120Hz – 200Hz.

What frequency range are male vocals?

85 to 155 Hz

The voiced speech of a typical adult male will have a fundamental frequency from 85 to 155 Hz, and that of a typical adult female from 165 to 255 Hz. Thus, the fundamental frequency of most speech falls below the bottom of the voice frequency band as defined above.

What frequency response is good for vocals?

100Hz-300Hz is the zone where the vocal’s fundamental frequencies will often reside. As a result, this is an incredibly important frequency area to pay attention to, as it can easily make or break a sound.

Where should you low pass vocals?






Information or drums especially cymbals and high hats vocals for sure strings. And many orchestral instruments. And anything really that you want to have that sort of upfront.

How do you EQ a man’s voice?

Applying EQ to a Voice Recording

  1. Use a High Pass Filter to Cut Everything Below 80Hz. …
  2. Cut 100-300 Hz to Add Clarity. …
  3. Cut 300-400 Hz if the Voice Sounds ‘Muddy’ …
  4. A Wide Boost Between 2-6 kHz Can Improve Clarity. …
  5. Cut Around 3-5 kHz if the Voice Sounds too Sibilant.


How do you get high-pass vocals?

Clear Up the Vocals



To make them pop, you can apply a high-pass filter, cutting 100 Hz and below. Just make sure you don’t cut frequencies present when the singer hits the lowest note in the song. This allows more room for the mid to high frequencies to pass through the filter. And that brings clarity to the vocals.

Is 100 Hz a deep voice?

Vocal fry happens to occupy a frequency space between 75Hz and 100Hz, which is also ‘deep voice territory’ for men.



What is the average male pitch?

The larger the larynx, the longer and thicker the vocal folds and the lower the pitch of the voice. Typical male voices range in pitch from 85 hertz to 180 hertz; typical female voices, from 165 hertz to 255 hertz.

Should you high cut vocals?

Tip #1 – Cut before you boost



For example, if you want the vocals to sound warmer, cut the highs (maybe 6-10kHz) rather than boosting the lows. You should always cut to make something sound better, and boost to make something sound different.

What Should low-pass filter be set to?

A good rule of thumb for a home stereo subwoofer low pass filter (LPF) setting is 70 to 80Hz. Once you’ve set it, adjust slowly and listen for what sounds the best to you.



When should I use high-pass filter?

High pass filters are most commonly used to remove low-frequency content that is not within an instrument’s frequency range. As a general starting point, you should place a high pass filter on each channel and adjust it according to the lowest frequency the sound source can produce.

Where do you put the high-pass filter on vocals?

So as you're doing that like all of a sudden the plosives. And the. And it's a balance of cutting out stuff that you don't want to hear but still keeping some of the low.

Should I use low-pass filter on vocals?

A low-pass filter removes high frequencies. So you can make room for high frequencies in other instruments. For example, if you have a mix with lots of vocal takes, things can sound cluttered. By applying an LPF on the vocal takes that don’t need it, you can end up with a less muddy mix overall.

How do you set a high and low-pass filter?

Spectrum. We can also alter the gradient of this filter. In premiere pro this is done by selecting an option from the drop down menu.



What is 3dB frequency?

The 3dB point, or 3dB frequency, is the point at which the signal has been attenuated by 3dB (in a bandpass filter). This is generally considered the point for determining the filter’s bandwidth. The bandwidth is defined as the difference between the upper and lower 3dB points.

How do you find the cutoff frequency of a high-pass filter?

The cut-off frequency, corner frequency or -3dB point of a high pass filter can be found using the standard formula of: ƒc = 1/(2πRC).