Emilie Meyer
Panning is a process used in music mixing to create an immersive listening experience. It involves positioning sounds at specific locations in the stereo image, making it seem like a sound is coming from a particular point between the left and right speakers. This technique can be used to create a sense of space and clarity in a mix, ensuring that instruments do not clutter or fight with each other. Panning can be achieved through the use of pan pots, which allow for the adjustment of volume and stereo width, creating a balanced and immersive auditory experience.
| Characteristics | Values |
|---|---|
| Definition | Panning is the process of positioning sounds at particular locations in the stereo image of a mix. |
| Purpose | To create wider, fuller mixes of music and make it an immersive experience for the listener. |
| Mono playback system | A system that produces sound using a single channel (one speaker). |
| Stereo playback system | A system that produces sound using two channels (two speakers). |
| Mono mix | A mix in which all sounds are panned to the centre. |
| Stereo mix | A mix in which sounds are placed in various locations across the stereo field of a stereo playback system. |
| Binaural hearing | The way we hear sound with two ears. |
| Interaural time difference | The difference in arrival time of a sound between the left and right ears. |
| Interaural level difference | If a sound occurs on the right, the right ear hears it louder than the left ear. |
| Pan pot | A short form of panoramic potentiometer, used to control the positioning of sounds from left to right. |
| Visual mixer | A tool in iZotope's IPC technology that allows you to adjust pan, volume, and stereo width of a track. |
| LCR panning | An approach that pans everything in the mix hard left, hard right, or centre, avoiding intermediate positions. |
| Frequency analysis | Analysing frequencies to determine panning, if two sounds are in the same frequency, pan them opposite to each other. |
| Balancing | Keep an equal amount of elements on each side of the stereo field to create balance. |
| Headphone checking | Check your mix on headphones to ensure accurate panning, as monitors may not provide the same precision. |
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What You'll Learn
Panning a mono track
Panning is the process of positioning sounds at particular locations in the stereo image of a mix. Using pan pots, you can make an instrument sound as though it is coming from a specific point between your left and right speakers.
To pan a mono track, you need to introduce a delay on either side while retaining the same phase, thus making it still mono. Panning a mono track will reduce its level in the mono balance by a maximum of around 3dB when panning hard left or right. This is because the sound has to travel further to reach one ear, resulting in a difference in arrival time, known as the interaural time difference. As a result, your brain can discern the location of the sound.
It is important to note that panning any mono track off-centre can make it tricky to blend the sounds in your mix convincingly. Therefore, it is recommended to rarely pan mono sources beyond about 85% either way. This makes them a little less dislocated in headphones and affects the stereo presentation very little.
Additionally, when panning a mono track, it is crucial to compare your mix against commercial productions in mono. Conventions on stereo imaging vary between styles and engineers, so it can be challenging to generalize. However, getting a stereo vectorscope display for your DAW can help identify impending mono phase-cancellation problems, especially when working with headphones.
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Panning a stereo track
Panning is a powerful tool for sculpting the stereo image of a track. It allows you to place instruments from left to right, determining the "'left and right walls' of your mix and how close each instrument is to them. The perceived spatial location of sound sources within a track is known as the stereo image. Each instrument takes up space in the room, depending on the panning position, frequency response, and overall level.
When panning a stereo track, it's important to understand the concept of width, depth, and height. Width is the perceived distance between sounds in the left and right speakers, controlled using the pan knobs on each track. Depth is the perceived distance between the listener and the "back wall" of the mix, controlled using volume levels, reverb, and other time-based effects. Height represents the "floor and ceiling" of the mix, with bass frequencies perceived as closer to the floor and high-pitched frequencies perceived as closer to the ceiling.
To pan a stereo track, you can use a digital audio workstation (DAW) that offers individual pan control for each channel of the stereo track. This allows you to treat each channel as a separate mono track and place it precisely in the stereo field. For example, if you have a stereo drum mix on two channels, you can adjust the pan pots for each channel to create a more balanced sound.
It's important to note that hard panning, or panning an instrument all the way to one side, can sometimes create an unpleasant sound. Instead, try panning instruments slightly to the left or right to create a more balanced and immersive mix. Additionally, if you have two instruments occupying similar frequencies, try panning them opposite to each other to avoid clashes and create a complementary sound.
Remember to check your mix in mono and on different playback systems, such as headphones and car stereos, to ensure your panning decisions make sense and provide a pleasant listening experience for your audience.
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Using a pan pot
Panning is the act of placing or moving a sound anywhere in the stereo field of a stereo playback system. With panning, sound sources can be placed in a way that they are perceived as coming from the left speaker, the right speaker, or anywhere in between. This available area of sound placement, spanning from left to right, is known as the stereo field.
A pan pot, short for panoramic potentiometer, is a knob that can be used to place or move (pan) a sound within the stereo field. When the pan pot is in the centre position, a copy of the signal from that channel will be played out of both speakers at the same level. As such, you will hear the sound at an equal level in each ear, creating what is called a 'phantom centre'.
Now, imagine you start to pan the track to the right. As you turn the pan pot to the right, the copy of the signal coming from the left speaker will get quieter. Because you are now hearing the sound more loudly in your right ear than in your left, you will perceive the sound as being located to the right. The more you pan to the right, the quieter the left channel gets, and so the further to the right the sound appears to be located.
You can also use panning on stereo instruments to control how narrow or wide the instrument sounds. The process of positioning instruments from left to right and controlling the width of stereo instruments allows you to spread instruments out across the stereo image in the way that best suits your mix.
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Binaural hearing
The advantages of binaural hearing are evident in daily communication, particularly in noisy environments. Studies have shown that individuals with hearing impairments or unilateral hearing loss face challenges in understanding speech and localising sounds. Binaural hearing aids or implants can significantly improve speech perception and localisation abilities, enhancing communication in complex listening situations.
In music production, the concept of binaural hearing is applied through audio panning. Panning involves manipulating the relative loudness of a sound between two speakers, creating the perception of sound originating from a specific point in the stereo image. By adjusting the pan pot, or panoramic potentiometer, the sound can be positioned at any point between the left and right speakers. This technique allows for the creation of wider, fuller mixes and the separation of instruments occupying similar frequencies.
It is important to note that binaural hearing should not be confused with bilateral hearing, which simply refers to the detection of sound by both ears without necessarily integrating the auditory information. Binaural hearing, on the other hand, enables sound source localisation and noise reduction through the head shadow effect, enhancing the overall quality of sound perception.
In summary, binaural hearing is a critical aspect of auditory perception, allowing us to accurately localise sounds, improve speech understanding, and separate desired signals from background noise. This capability has significant implications for communication, particularly in noisy environments, and is fundamental to the creative process of audio panning in music production.
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Balancing your mix
The first step in balancing your mix is to set the volume levels for each track. This involves adjusting the volume faders so that the main elements can be heard clearly without being overwhelming. It's important to leave headroom for further adjustments and to avoid clipping. As a rule of thumb, you should leave between 3 and 6dB of headroom when mixing.
When setting volume levels, it's also crucial to adhere to loudness norms, such as the industry-standard LUFS (Loudness Units Full Scale), to ensure your mix translates well across various playback systems. Additionally, modern audio engineering practices involve using loudness meters and setting target levels to maintain consistency in your mixing process.
Another important aspect of balancing your mix is panning, which involves spreading out the sound across the stereo field to create separation and space. Start with the kick and bass in the center, as they are the backbone of your track, and then pan other instruments and vocals to create a wide stereo image.
It's also important to check how your mix sounds in mono, as this can help identify and deal with frequency issues and ensure your mix is compatible with a wide range of playback systems.
Finally, don't get too caught up in using expensive plugins and gear. While they can be helpful, achieving a well-balanced mix is more important for a professional sound.
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Frequently asked questions
Panning is the process of positioning sounds at particular locations in the stereo image of a mix. It involves adjusting the volume of the signal in the left and right channels, shaping our perception of the direction the sound is coming from.
To pan on playback, you can use a pan pot (short for panoramic potentiometer) or a visual mixer. A pan pot allows you to manually adjust the position of the sound by turning it to the left or right, while a visual mixer provides a graphical interface for panning.
Some best practices for panning include creating a balance between the left and right channels, using panning to create space and clarity in your mix, and paying attention to the frequencies of the sounds you are panning. It is also important to check your mix on different systems, such as headphones, car stereos, and club sound systems, to ensure that your panning decisions make sense in different listening environments.
There are three main types of panning: mono panning, stereo panning, and LCR (left, center, right) panning. Mono panning involves placing all sounds in the center, while stereo panning involves placing sounds at various locations across the stereo field. LCR panning is a hybrid of the two, with sounds panned hard left, hard right, or center.
