Tillie Doyle
Panning is a powerful tool for crafting a three-dimensional stereo image that surrounds the listener with immersive soundscapes. It involves placing sounds with purpose, using width-enhancing tools, and creating depth, height, and width to build a cohesive mix. While some recommend limiting pan options to avoid analysis paralysis, others suggest that there is no wrong way to pan as long as a good stereo balance is maintained. Panning hard left or right can introduce phasing and energy loss, but this can be mitigated by adjusting the pan to 50% or using mid/side EQing. Ultimately, the decision to pan left or right in a DJ set depends on the desired sound and the specific setup being used.
| Characteristics | Values |
|---|---|
| Panning hard left and right | Can introduce phasing and cause a loss of energy from guitars and drums |
| Limiting pan options | Avoid analysis paralysis by limiting options to 0 (C), 25, 50, 75, and 100 |
| Stereo widening plugins | Can be used to widen the signal |
| Stereo spreader | Can be used to pan left and right |
| Mono setup | Panning left will be mains only and right will be mains + sub |
| Unity gain | Allows the signal to pass without the noise of an additional amplifier |
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Panning left vs right
Panning is a powerful tool for crafting a stereo image that feels immersive and alive. It involves placing sounds with purpose, using width-enhancing tools, and creating depth, height, and width to make your mix three-dimensional. A stereo instrument might stretch from left to right, while a mono instrument will sit in the center. Panning hard left or right can be effective, but it may introduce phasing and reduce energy in the center.
When panning hard left, the output is -3dB relative to the input signal as it is assumed the signal is also going out the right side. This can add noticeable noise if left in the center. Panning left does not increase the signal on the left output but decreases the dB on the right output, and vice versa. Each gain stage after the initial one can add noise, so it is best to set them at "unity gain" to avoid this. However, some argue that this slightly degrades the signal/noise ratio.
To achieve a stereo effect, you can use stereo spreaders, stereo imagers, or third-party plugins that simulate width. You can also add a 10-15 ms delay between the audio left and right or use a signal divider with EQs that allow only specific bands to pass and pan them left or right. Another option is to record two different takes and pan them left and right, creating EQ differences or setting them slightly out of phase.
Ultimately, there is no "wrong" way to pan, but it is important to maintain a good stereo balance. It depends on your personal preference and the specific mix you are working with.
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Mono/stereo settings
When it comes to DJing, there are two main audio settings to consider: mono and stereo. These settings refer to how sound is projected through speakers and perceived by the audience.
Mono sound is when the same audio signal is sent to both the left and right speakers, resulting in a unified sound across the entire sound system. This means that everyone in the audience, regardless of their position in the venue, hears the same thing. Mono is often used in DJing because it ensures that everyone experiences the music as intended, without any loss of sound or distortion. It also simplifies the setup process, as there is no need to worry about the positioning of speakers or the audience.
Stereo sound, on the other hand, involves sending separate audio signals to the left and right speakers, creating a sense of depth and space. This can lead to a more immersive listening experience, with certain sounds or instruments appearing to come from specific directions. However, the stereo effect is highly dependent on the listener's position relative to the speakers. Unless an audience member is equidistant between both speakers, they will not experience the stereo effect as intended.
Some DJs prefer to use stereo when the venue has a directional speaker setup, as it can enhance the overall experience for those positioned correctly. However, in most cases, DJs tend to opt for mono to ensure consistency and avoid any technical issues. Many clubs and venues are wired for mono sound, and even if they are not, the venue's gear will often sum a stereo signal into mono anyway.
To set up mono sound for DJing, you can utilise several methods. Some DJ controllers and mixers feature a stereo/mono switch, allowing you to easily toggle between the two modes. Additionally, certain software, such as Traktor and Serato, offer "mono" tick boxes in their audio output settings. If you're using a DJ mono splitter cable, you're automatically DJing in mono. For other setups, you may need to use a stereo-to-mono converter or a dual mono Y cable to achieve mono sound.
Ultimately, the decision to use mono or stereo depends on various factors, including the venue, the audience, and the specific tracks being played. It's essential to consider the potential advantages and disadvantages of each setting to ensure the best possible experience for both the DJ and the crowd.
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Stereo spreaders
When it comes to creating a stereo spread in your DJ set, there are several techniques and tools at your disposal. A stereo spreader is a tool that can be used to enhance the stereo image of your mix, making it wider and more immersive. Here are some key points to consider:
- Effects and Processing: One common method to create a stereo spread is by using effects and processing techniques. This includes the use of reverb, altering the signal phase, or employing stereo widening tools like Haas effect plugins. These effects can make your mix sound bigger and more spacious. However, it's important to use them sparingly as excessive use can weaken the overall sound of your mix by affecting transient responses or introducing phasing issues.
- Stereo Imaging Plugins: Dedicated stereo imaging plugins, such as DJ Swivel's Spread, offer an intuitive and powerful solution to create a stereo spread. Spread allows you to independently adjust three user-definable frequency bands, using two imaging algorithms: Side Filter and Tilt. Side Filter helps clean up phase issues and muddiness from low-end stereo information, ensuring a tight and clear stereo image. Meanwhile, Tilt enables you to increase or decrease the volume of the left or right side, allowing you to balance your signal without sacrificing width.
- Hardware Stereo Spreaders: If you prefer hardware solutions, there are stereo enhancement units specifically designed for mix bus applications. These units can provide stereo widening prior to the mastering stage. Some options include the Waves S1 (although it has received mixed opinions) and the Neve Portico 5014, which offers the ability to balance the left and right channels.
- Contrast and Panning: Creating contrast between different elements of your mix can enhance the overall stereo image. For example, you might have narrower guitars in the verse and wider guitars in the chorus, or vice versa. Panning also plays a crucial role in stereo spreading. While there are varying opinions on the extent of panning, creating a balance between the left, center, and right channels can make your mix wider and more dynamic.
- Mastering Considerations: When applying stereo spread, it's important to consider the mastering stage. While stereo spread can enhance the width of your mix, excessive use can introduce issues that are challenging to fix during mastering. A cautious approach is to apply stereo widening to certain elements within the mix while maintaining a strong center foundation. This way, you can achieve a sense of width without sacrificing the integrity of the master track.
In conclusion, creating a stereo spread in your DJ set involves a combination of effects, plugins, hardware, and thoughtful mixing techniques. By utilizing these tools and considering the overall balance of your mix, you can achieve a wide and immersive stereo image that translates well during playback.
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Phasing issues
One way to address phasing issues is to adjust the panning of your tracks. Panning refers to the distribution of sound across the stereo field, from left to right. While some engineers recommend avoiding hard panning (panning all the way to the left or right) to prevent phasing issues, others argue that there is no "wrong" way to pan and that it ultimately depends on the desired sound.
Another technique to avoid phasing issues is to cut instead of blend. This involves cutting out certain frequencies or sounds that may clash during the transition between tracks. For example, you could cut out the lows or highs or use different samples to avoid coinciding similar sounds. Additionally, time-stretching samples by a small amount can help avoid phasing issues by ensuring that waveforms no longer line up perfectly.
When dealing with drum phasing issues, it is important to consider the drum base of the tracks. Using the same drum base for multiple tracks can lead to phase problems when mixing those tracks together. One possible solution is to use different drum sounds, such as kick drums, snare drums, or hi-hats, for each song to avoid phasing issues.
Finally, it is worth noting that some DJ equipment, such as Phase units, may have calibration issues that can lead to phase problems. In such cases, it is recommended to reach out to the manufacturer or retailer for assistance or to exchange the defective units.
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Mic setup
A microphone can be a great way to spice up your DJ set, energize the crowd, and help you stand out. Here are some tips for setting up your mic:
Choose the Right Microphone
The Shure SM58 is the industry-standard mic for live performances. It's affordable (around $90-$100), sounds great, and is incredibly durable. If you're a mobile DJ, you might want to consider a wireless microphone to avoid tangled cords and limited movement. The Sennheiser EW D1-835S Evolution Wireless System offers an excellent frequency range and audio quality.
Connect the Microphone
To connect your mic, you'll need an XLR cable, which typically costs $10-$30. The length of the cable will depend on the setup, but 10-15 feet is usually enough for a DJ booth or small stage. You can connect the XLR cable to the mic input on the club's mixer or use a sound interface if you want to add effects. If you encounter a 1/4-inch input instead of an XLR, you can use a female XLR – male 1/4 adapter.
Adjust the Levels
During soundcheck, talk into the mic at performance level while some tracks are playing to find the right balance between your voice and the music. Make sure to also adjust the headphone levels, as you'll be hearing two different tracks at once when cueing. It may take practice to find the right balance.
Prevent Feedback
Feedback is a common issue when using a microphone. Always remember to turn off the mic input when you're not using it. You can use the "ringing out" technique to identify and control the specific frequencies that are causing feedback. On a typical DJ mixer with a 3-band EQ, gradually turn up the mic channel's volume until feedback starts, then adjust the mid knob slightly. If the feedback worsens, reduce the mids to a negative setting.
Enhance with Effects
Combining your mic with a DAW (Digital Audio Workstation) opens up creative possibilities. You can add effects, loop vocals, and manipulate voices in real-time. Ableton, for example, offers features specifically designed for DJs to play with vocal effects.
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Frequently asked questions
Panning is a tool used to create a stereo image, which is the perceived spatial location of sound sources within a track. It is the "room" in which your track is playing.
Panning left and right during a DJ set can create a three-dimensional space where every element has a unique position, making the mix sound wide, balanced, and immersive.
You can pan left and right by adding a 10-15 millisecond delay between the audio left and right. You can achieve this spread using a delay effect or an imager plugin.
