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Stereo balance is the relative level and width of the sound sources in your mix. It affects how spacious, clear, and realistic your music sounds on different speakers and headphones. In this article, you'll learn how to use reference tracks and meters to check and improve your stereo balance.
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Reference tracks are songs that have a similar genre, style, or sound quality as your own. They can help you compare and adjust your mix to achieve a professional and consistent result. Meters are tools that display the level, phase, and frequency of your audio signals. They can help you measure and correct any issues with your stereo balance, such as clipping, phase cancellation, or frequency masking.
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I don't use reference track for mixing. the spectral audio content, is based on a different song a different arrangement. try to match isn't practical.
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One thing I have found helpful is ALWAYS use a reference track when mixing a song. Compare your mixing session to the reference track frequently, and you will soon understand how to mix sessions like the professionals!
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The answer for those questions are pretty simple if we concider the mixing engineer as an artist then no need to reference tracks and meters ! ) I can hardly imaging Pablo using a Dali piece of art as a reference .) at the other hand if you concider the mixing engineer as an engineer :) I technical gourou then I advice you to use every track that u love I be got as a reference track and also having. Every kind of meteres at your studio but be sure that I doesn’t make you more creative ! Train your ears 👂 train to observe and then use ur imagination .
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One thing I've found helpful AI tools such as Soundid, that are able to artificially flatten your output based on your speaker (or headphones) audio profile. Amazing for mixing!
I find it hard to fully depend on a reference track to find that similar stereo balance.
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I’m not a reference track type of producer but I understand it if you do. But understanding and getting use to seeing your meter movements will eventually help you get use to hearing audio and already understanding the range of it.
You should choose reference tracks that match your target audience, platform, and genre. For example, if you're making a pop song for streaming services, you should pick a popular and well-produced pop song that sounds good on different devices. You should also choose reference tracks that have a similar loudness, tempo, and arrangement as your own. You can use a loudness meter to match the level of your reference tracks and avoid ear fatigue.
You should choose meters that suit your needs and preferences. There are many types of meters available, such as peak meters, RMS meters, VU meters, LUFS meters, phase meters, and spectrum analyzers. Each meter has its own advantages and limitations, so you should learn how to read and interpret them correctly. You can use a combination of meters to get a more comprehensive view of your stereo balance.
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I never use reference tracks during mixing, I prefer to rely on auditory memory. Before a mix, I’ll spend a few days listening to songs in same genre. Then when approaching the mix I’ll use my memory to mix the track.
Referencing directly can be a risky activity as you will often copy the reference too much which results in a mix that loses its identity and doesn’t sound as good as it could have.
Plus it trains your auditory memory, a skill that should never be underestimated.
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Honestly, I very rarely use reference tracks (GASP!). However, I do agree with the benefits of using them when mixing a Song, EP or Album with similar production to what you're working on. Whether it's Hip-Hop, House, R&B, Gospel, Country, etc., there are more than enough great records to choose from. Now, with that said, I do regularly listen to songs that sound similar to what I'm working on. I make notes on each mix: Kick, snare, dynamics, etc. Secondly, each instrument: how they move, blend, pan. etc. Finally, I note the EFXs: a delay I like used on a vocal, a reverb on a snare, etc. During my mix, I refer to my notes & apply them. In the end, I trust my ears and vision for whatever song I'm working on and follow my intuition.
Throughout the mixing process, reference tracks and meters should be employed to set up an initial balance, refine EQ and compression, and polish the stereo image and depth. Additionally, they should be used to test the mix on various playback systems, such as monitors, headphones, and consumer speakers. Depending on your workflow and goals, reference tracks and meters can be used in different ways. A/B comparison is a method of switching between your mix and the reference track to compare them. Parallel comparison is when the mix and reference track are played simultaneously and blended together. Metering analysis is when meters are used to measure and visualize the characteristics of your mix and reference track. Meters should be used as a guide, not a rule; it is important to trust your ears too.
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I find it helpful to start by using parallel comparison to find a base decibel level for each of your tracks. While playing my reference track, I will usually first adjust the drums, bass, and rhythm piano or guitar, all from 0 dB. In comparison with my reference, adjusting first the volume and EQ of instruments that take up more space helps me find the headroom to mix in the vocals and a lead instrument.
Using reference tracks and meters can help you identify and fix any problems with your stereo balance, but they are not enough. You must use your mixing skills and techniques to create a balanced and engaging stereo image. To improve your stereo balance, use panning and volume to create contrast and separation between sound sources. Experiment with panning laws and rules of thumb, as well as volume automation to create movement and dynamics in your mix. Additionally, use EQ and compression to enhance and balance the frequency content of sound sources, while stereo enhancement and modulation effects can add width and depth to your mix. However, be careful with these effects as they can cause phase issues or make your mix sound unnatural.
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In the context of live audio, where stereo output isn't always desired, a quick subtraction of the left and right channels into a metered bus channel should show if you have any difference in the left and right channels. If there is signal present on the bus, there is a difference between L and R.
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To check your stereo balance, use reference tracks and meters. Choose well-mixed songs in the same genre and play them alongside your mix.
Switch between the reference tracks and your mix to compare.
Use VU meters to check volume levels on both sides. Phase meters help you see if the sounds are too centered or too wide.
Spectrum analyzers show the frequency distribution, ensuring a balanced sound.
Adjust your mix based on what you see and hear.
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When I'm mixing, reference tracks are my secret weapon for nailing stereo balance. I'll A/B my mix against pro tracks in the same genre, paying close attention to how wide or narrow different elements sit. I use correlation meters to check mono compatibility and make sure nothing's out of phase. A stereo vectorscope is great for visualizing the width and balance. I also rely on mid-side EQ to fine-tune the stereo image of specific elements. Ultimately, I trust my ears, but these tools help me spot issues and make sure my mix translates well across different systems.
5How to avoid common mistakes with stereo balance?
Stereo balance is not an exact science, and there is no one right way to do it. However, there are some common mistakes that you should avoid or fix when mixing in stereo. For instance, mixing in mono can help you check the phase coherence, frequency balance, and center image of your mix, but it can also make you miss important details. Additionally, mixing too wide or too narrow can make your mix sound spacious or focused respectively, but also thin and weak on mono systems or boring and flat on stereo systems. Furthermore, bad monitors or headphones can give a false impression of your stereo balance and should be avoided. To get the best results, mix with good monitors in a treated room and use reference tracks and meters to help you find a balance between width and mono compatibility. Finally, check your mix on different playback systems and environments to make sure it translates well.
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While record mixes are mostly 2 channels, this does not inherently constitute stereo sound. Stereo is the practice of recording with at least 2 microphones, and reproducing the stereo field, with reference to our ears, using two or more carefully positioned speakers. Speakers are required as the time delay and filtering of our head creates different sound fields for each ear at any given moment. If headphones are to be used for reference, then a physical filter simulating a head must be used while recording to achieve the effect, often referred to as "binaural" as it's distinctly limited to two sound references. Properly executed, the effect is that the brain able to perceive spatial depth, like looking at a 3D image.