Trystan Casey
The piano is one of the most versatile and dynamic instruments, with a huge range, making it a compelling but challenging instrument to mix. With its complex timbre, 88 possible notes, and hammer, string, and resonance components, pianos have a broadband frequency range that can easily clash and mask other instruments in the mix. The first step in achieving a good mix is ensuring good recordings, taking time to find the best spots for microphones, and using your ears to determine what sounds good. When mixing, it is important not to solo the piano, as this takes it out of the context of the mix. Compression is key to controlling the piano's dynamics, with a ratio of 3:1 or 4:1 recommended to add cohesion without squashing the piano's natural sound. EQ is also important, with cuts around 300-600Hz reducing muddiness and gentle boosts from 2kHz to 6kHz adding clarity and presence. Additionally, subtle layering with another transient-rich instrument or using a transient shaper plugin can help adjust the piano's transient properties.
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What You'll Learn
EQ and compression techniques
When EQing an electric piano, you should first cut the mid-low resonant frequencies between 440Hz and 500Hz. These frequencies are shared by many other instruments, so cutting them will prevent clutter in the mix. Next, cut the resonant frequencies at 220Hz to reduce boxiness. Then, roll off the low-end frequencies with a high-pass filter set between 60-80Hz to remove any unwanted rumbling. You can also add a low shelf (cut) at 200Hz to prevent the piano's low-end from clashing with the bass guitar and kick drum.
To add presence and sparkle to the piano's sound, use a high-shelf EQ filter starting at 3kHz. You can also try boosting or cutting between 2kHz and 6kHz to add presence or reduce tinniness. If you want to enhance the sound of the hammers hitting the strings, boost the frequencies between 9kHz and 11kHz.
When compressing an electric piano, the goal is to find a sweet spot that preserves the natural dynamics of the instrument while controlling the peaks. Start by setting the compressor's threshold to the average level of the performance. A ratio of 3:1 is a good starting point, but you can adjust it higher for more energy or lower for more dynamics. Set the attack to 5ms to preserve the transients and the release to 50ms for a natural decay and sustain. If you want more energy in the performance, lower the threshold, and if you want to preserve more dynamics, set it slightly higher than the average.
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Stereo imaging and width
When mixing an electric piano, you can utilise various techniques to enhance the stereo image and width. One common approach is panning, which involves placing the piano on a specific spot in the stereo field. For example, you can pan the piano across the stereo field with one microphone panned hard right and another panned hard left, ensuring balance and consistency with the rest of your mix. This technique can create a sense of depth and make the piano sound more dynamic.
Another technique to enhance width is to use stereo widening tools or plugins. However, it's important to use these tools sparingly as excessive widening can make the piano sound unnatural. A more subtle approach is to use reverb to create a sense of space and width. Adding a small amount of reverb to the piano can make it feel wider and more realistic, especially if you're working with a mono recording and want to create a sense of depth.
Additionally, mid-side processing can be employed to enhance the stereo image. By splitting a stereo recording into mid (mono) and side (stereo) elements, you can process them separately and boost the level of the sides to enhance the stereo imaging without impacting the centre. This technique can be particularly useful for electric pianos as it allows you to retain the clarity and presence of the piano while expanding its width.
It's important to consider the role of the piano in your mix when adjusting width and stereo imaging. If the piano is the main element, you may want to make it brighter and more present by enhancing its width and placing it centre stage. However, if it's playing a supporting role, you might need to create space for other instruments by carving out some frequencies and using width more sparingly.
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Layering with other instruments
Layering an electric piano with other instruments can be a great way to add depth and create a cohesive sound. The piano's wide frequency range and dynamic capabilities make it a versatile instrument, but also a challenging one to mix.
When layering with other instruments, it's important to consider the unique characteristics of the piano and choose complementary sounds that will mesh well without overwhelming its original tone. For example, you could layer the piano with a more transient-rich instrument, such as mallets, bells, or a simple synthesizer, to add texture without impacting the piano's natural sound. Buss processing techniques, such as glue compression or saturation, can help to create the impression that the layered instruments are a single instrument.
In an electronic dance music (EDM) track, pianos often play dual roles, providing emotional melodies and also acting as supportive elements behind bolder synths. The choice of piano sound and mixing techniques will significantly impact its role in the track. For instance, using mid-side EQ to boost mid-frequencies around 1 kHz can enhance the piano's presence in the mix, while widening the stereo image by attenuating the lower mid-range (200-500 Hz) can create a balanced and spatially enhanced sound.
Additionally, multiband compression allows for the amplification of high-end frequencies or the taming of muddy low-mids, ensuring clarity even when competing with other elements in the mix. Layering pianos is about creating a rich tapestry of sound, with each layer adding its unique flavour while still allowing each piano melody to shine.
Another technique to enhance the thickness and presence of the piano in the mix is to layer the same part an octave up or down. Pitching the octave down adds thickness, while pitching it up increases presence, resulting in a fuller-sounding piano part. This technique can be especially useful when the piano is a more subtle supporting piece that needs a little extra emphasis.
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Recording techniques
The piano is a dynamic instrument with a wide range of sound qualities, from bass to treble. Its recording process should be done well, as a poorly recorded track cannot be turned into a great sound, no matter the mixer's skill. The quality of the recording or the sound of the plugin has the biggest impact on piano sound in a mix.
Before any mixing begins, ensure your piano recording is clean, with no background noise or clashing frequencies. Take your time to find the places where the mics sound best. The size of the room where the piano is recorded also makes a difference to the sound; larger rooms add more reverb, while smaller rooms have a warmer sound. Microphone placement and model also impact the sound.
When mixing, do not solo the piano, as you are taking it out of the context of your mix. The more instruments there are in the mix, the simpler the piano processing should be. If your mix consists only of piano and vocals, you do not need to apply any EQ. However, if you find some tonal quality problems with a solo piano, fix it during the recording, not with EQ.
To get a sense of width when mixing, make sure your piano mics are set up to capture a wide stereo recording. Panning is key here; you can pan your piano across the stereo field, ensuring it sounds balanced. Another widening technique is mid-side processing. If you need a wide piano sound, you can use multiple recordings, placing them in different positions in the stereo field.
EQ settings depend on the timbre and frequency qualities of the piano track. You can change how the piano sounds throughout the frequency spectrum. For example, you can cut -6dB 2000Hz or 3000Hz Q=1.4 to reduce frequency masking problems with vocal and guitar frequencies. You can also apply a low shelf (cut) at 200Hz to prevent the low piano bass frequencies from masking bass guitar and kick drum frequencies. Boost +2dB 6000Hz Q=1.0 will add more gloss or shine to the piano tracks.
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The role of the piano in the mix
The piano is a versatile instrument that can be used in a variety of ways in a mix. It can be the focal point of a sparser mix, providing a dynamic and emotional element, or it can be used more subtly as an accenting piece, adding depth and support to other instruments. Its wide frequency range and harmonic complexity mean that it can easily clash with other instruments in the mix, so careful mixing is required to ensure it sits well in the overall sound.
One key aspect of mixing piano is managing its transients, the attack of the hammers on the strings, which give the piano its distinctive percussive sound. Boosting these transients, particularly in the 9k region, can help the piano cut through the mix and ensure it doesn't get lost amongst other instruments. Compression can also be used to manage the piano's dynamics and sustain, but it should be applied subtly to avoid squashing the piano's natural sound.
The piano's mid-range, particularly between 300-500Hz, is where the real tone and body lie, but it's also where other instruments tend to cluster in a dense mix. Cutting in this range can help reduce muddiness and ensure the piano doesn't overpower other important elements like vocals or leads. Boosting between 2kHz to 6kHz can enhance the piano's clarity and presence, while a high-shelf boost from 8kHz to 12kHz can bring out articulation, particularly in solo piano pieces.
Layering the piano with another transient-rich instrument, such as mallets or a synthesizer, can also help to add thickness or presence without drastically altering the original tone. Buss processing techniques like glue compression or saturation can be used to gel the two instruments together, creating the impression of a single cohesive instrument.
The stereo image of the piano can also be adjusted to ensure it sits well in the mix. While a wide stereo image can work well in sparser mixes, it may be necessary to narrow the width in busier mixes to prevent the piano from getting lost or sounding disjointed. Panning the piano to one side can also help create contrast and open up space in the mix.
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Frequently asked questions
The piano is one of the most versatile and dynamic instruments, with a wide range and complex timbre, making it a compelling but challenging instrument to mix. It has the greatest range of any instrument, so it can easily clash with other elements in the mix. To avoid this, you can use EQ cuts, compression, and reverb. You should also avoid soloing the piano while mixing, as this takes it out of the context of the mix.
The piano's mid-range, where the real tone and body lie, is between 300-500Hz. Cutting around this frequency can reduce muddiness. To boost clarity and presence, adjust frequencies between 2kHz and 6kHz. To bring out articulation and air, especially in solo piano pieces, boost the high-shelf between 8kHz and 12kHz.
Compression is key for ensuring the piano doesn't jump out of the mix with uncontrolled transients. The transients of the piano come from the attack of the hammers on strings, and this percussive sound hits our ears first. To bring out this percussiveness, boost frequencies in the 9k region. For a gentle compression, use a ratio of 3:1 or 4:1, and adjust the threshold to achieve 3-5 dB of gain reduction.
If your piano contains unwanted reverb or room noise, use an AI room noise and reverb removal tool like Clarity Vx DeReverb to achieve a drier, tighter sound. If you want to add reverb, use it sparingly to create space or depth, or add creative reverb effects.
