Alexei Volkov
When mixing audio, certain frequencies can ruin the sound of a mix. One such frequency is honky, which is described as a car horn-like sound. Honky frequencies can be found in the 400 Hz–1,100 Hz range for vocals and in the 650 Hz–750 Hz range for instruments. If your mix sounds honky, you can cut some at 500 Hz. If your guitar is sounding honky, a cut in the 1-2 kHz range can round out the sound.
| Characteristics | Values |
|---|---|
| Frequency range | 650Hz to 750Hz |
| Sound | Car horn |
| Fix | Cut some at 500Hz |
| Fix | Cut in the 1-2 kHz range |
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What You'll Learn
Honky frequencies are between 650Hz and 750Hz
A mix that contains too much energy in the honky frequency range might sound "nasally", "hollow", or like a car horn. To address this, you can cut some at 500Hz. If you want to make things sound different, you can boost instead. However, you can't boost something that's not there, so you have to cut first.
Honky frequencies are also associated with vocals and guitars. For vocals, if you want to get rid of nasally and harsh sounds, you can cut around 1 kHz. For guitars, if your instrument starts to sound tinny or honky, you can apply a cut in the 1-2 kHz range to round out the sound.
Technicians and audio engineers can learn to pinpoint problem frequencies like the honky frequency gremlin. They can train their ears to identify frequency areas in relation to vocals, guitars, and drums. They can also use tools like Quiztones and equalizers to address issues with sound quality.
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Honky frequencies can be cut at 500Hz
Honky frequencies are typically associated with the 400 Hz to 1,100 Hz range, which can create a nasal or honky sound. While this range can be suitable for certain applications, such as adding presence to vocals or acoustic guitars, it may be desirable to reduce or cut honky frequencies in other cases.
When dealing with honky frequencies, audio engineers and mixers have various techniques at their disposal. One common approach is to use an equalizer (EQ) to cut or reduce the honky frequencies. By strategically adjusting the EQ settings, engineers can target specific frequency ranges to achieve the desired sound.
In the case of honky frequencies around 500 Hz, it is indeed possible to cut them to improve the overall mix. Cutting frequencies in this range can help address issues such as muddiness or a honky character in the sound. By reducing the energy in the 500 Hz region, engineers can bring more clarity and definition to the mix.
For example, when mixing an electric guitar, a boost in the 500 Hz area might compete with the snare drum, creating a cluttered and unbalanced sound. By cutting the 500 Hz frequency, the snare drum can have more prominence and separation in the mix. This technique is particularly useful when dealing with busy mixes where multiple instruments are vying for attention.
Additionally, cutting honky frequencies at 500 Hz can be advantageous when dealing with vocal recordings. A boost in this frequency range can sometimes result in a nasal or honky quality in the vocals, making them sound less pleasing. By carefully cutting the 500 Hz frequency, engineers can improve the vocal clarity and ensure that the vocals sit better in the mix without sounding overly thin or harsh.
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Honky vocals can be made clearer by cutting around 7 kHz
The human voice is unique to each singer, and there is no one-size-fits-all solution for shaping vocals with EQ. However, there are some general concepts and techniques that can help improve vocal clarity and address issues like honky or nasal-sounding vocals.
The frequency range of 400 Hz to 1,100 Hz is often associated with honky or nasal-sounding vocals. To address this issue, you can apply a cut in this frequency range. Specifically, you can start by boosting the frequency at 400 Hz and slowly sweeping the frequency center point upwards until the nasally characteristic becomes more pronounced. Once you identify the frequency causing the issue, typically between 800 Hz and 1,100 Hz, you can cut that specific frequency to improve the sound.
Additionally, the frequency range of 650 Hz to 750 Hz is also associated with honky-sounding vocals. Reducing frequencies in this range can help mitigate the honky characteristic. By cutting around 7 kHz, you can further reduce the honky or nasal quality of the vocals. This is because the high-mid frequencies, ranging from 3 kHz to 7 kHz, often contribute to a honky or nasal perception. Cutting in this range can help alleviate these unwanted characteristics.
It is important to note that the human ear is most sensitive to frequencies between 2 kHz and 5 kHz, which is also the range where human speech is most intelligible. Therefore, any EQ adjustments in this range should be made carefully, with small boosts or cuts of no more than 1 to 2 dB.
While these techniques can help improve vocal clarity and reduce honky or nasal qualities, it is essential to use your ears and make adjustments based on the specific vocal characteristics you are working with.
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Honky guitar sounds can be fixed by cutting in the 1-2 kHz range
When a guitar starts to sound "honky", it is usually due to the frequency range between 450 Hz and 1 kHz. This can be fixed by making a centred, wide cut in the 450-1 kHz range. However, if you are dealing with a guitar that sounds tinny or horn-like, you should consider cutting in the 1-2 kHz range.
The "honky" sound is often caused by a combination of gear that boosts specific mid-frequencies, such as certain amps and cabinets. Playing through different amps and cabinets can help minimise these problematic frequencies. Additionally, rolling off the mids in the 500 Hz-2 kHz area can help reduce the "honky" sound.
To fix a "honky" guitar sound, you can make a cut in the 1-2 kHz range. This range is responsible for the honky characteristics of the tone, and by reducing these frequencies, you can round out the sound and make it less harsh. It is important to be cautious when cutting in this range, as it can also lead to listener fatigue if there is too much energy in this frequency band.
While cutting in the 1-2 kHz range can help fix a "honky" guitar sound, it is important to note that this range also contains much of the guitar's "life", especially for electric guitars. Therefore, adjustments in this range should be made carefully to avoid losing the familiar tones that make an electric guitar unique.
In summary, a "honky" guitar sound can be effectively addressed by cutting in the 1-2 kHz frequency range. This technique helps to eliminate harsh and undesirable characteristics while preserving the clarity and presence of the guitar in the mix.
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Honky sounds can be caused by too much energy in the high-mid frequencies
Honky sounds are typically associated with the frequency range of 400 Hz to 1,100 Hz. This range is often described as "nasally" or "honky" and can be good for cutting through a mix. However, too much energy in this range can lead to a honky sound that is undesirable.
The high-mid frequencies, ranging from 3 kHz to 7 kHz, are particularly important in shaping the overall sound. This range is described using words like "tinny", "bitey", or "airy". If a mix contains too much energy in the high-mid frequencies, it can result in a honky sound. This is because the high-mid frequencies can accentuate certain characteristics, such as the "S" sounds in vocals, which can become overly pronounced and contribute to the honky quality.
Additionally, the presence range, between 4 kHz and 6 kHz, plays a crucial role in the clarity and definition of voices and instruments. Boosting this range can bring the music closer to the listener. However, excessive boosting in the high-mid and presence ranges can lead to a honky sound. This is because the increased energy in these ranges can make certain frequencies stand out too much, resulting in an imbalanced mix.
To address a honky sound caused by too much energy in the high-mid frequencies, it is important to identify the specific frequency range that is causing the issue. This can be done by using EQ techniques, such as sweeping and cutting. By carefully adjusting the frequencies in the high-mid range, you can reduce the honky sound and improve the overall balance of the mix.
Furthermore, it is important to consider the relationship between different instruments and vocals in a mix. For example, boosting in the high mids for guitars might introduce more hiss and noise, especially when dealing with highly distorted guitars. This additional noise can contribute to a honky sound, especially when combined with other instruments or vocals that have prominent frequencies in similar ranges. Balancing the frequencies of all elements in a mix is crucial to avoiding a honky sound.
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Frequently asked questions
A plastic honky frequency is a term used to describe a mix that contains too much energy in the range of 400 Hz to 1,100 Hz. This can also be described as a nasal or hollow sound.
To fix a plastic honky frequency, you need to cut some at 500 Hz. You can do this by using your EQ knob and slowly sweeping the frequency center point until the nasally characteristic is found.
Some other common issues with frequency include a "muddy" mix, which can be fixed by cutting at 250 Hz, and a "boxy" sound, which can be fixed by cutting in the range of 400 Hz to 500 Hz.
