Ultimate Headphone Buyer’s Guide – Find The Right Pair For You

How to Choose the Right Headphones for the Job

It’s a question we hear every day: “What’s the best pair of headphones I can get for ___?” That’s a tricky question. If you just look at baseline professional-quality studio headphones, you’ll see that there are about a half a dozen or more models, all at similar prices. Their specs are even similar! Your Marshall Music Sales Engineer has the training and knowledge to help guide you to the best choice for your situation and budget.

Start with Your Application

Don’t start with the headphones; start with the application you need headphones for. If you’re tracking in the studio, you’re going have different needs than if you want to monitor and tweak a live headphone mix. If you’re playing drums on a recording, your needs will be totally different than if you’re singing in a well designed vocal booth. In the following sections, we’ll cover some of the important considerations you can use to figure out what the right headphones are for the job at hand. We’ll also cover some common pitfalls so you’re prepared to avoid them.


Headphone Terminology

Circumaural vs. Supra-aural
In layman’s terms, these terms simply mean “around the ear” (circumaural) and “above the ear” (supra-aural). In the case of headphones, this refers to the design of the earcup, which is the cushion that sits between the headphone’s speakers (drivers) and your ear. You’re not going to find many professional-quality supra-aural headphones.

headphones-closed

Closed-back vs. Open-back

Also referred to sometimes as simply “closed” and “open,” this distinction addresses the design of the part of the headphone that covers the area behind the driver in a straight line away from the side of your head. Closed headphones prevent sound from escaping. The downside of this design is that it traps pressure inside the headphone, which creates false low frequencies. These false low frequencies are fine for most professional uses (and even desirable in consumer products), but less desirable for critical listening.

headphones-open

For critical listening, headphones with an open back often provide a more accurate frequency balance, with the trade off of providing slightly less isolation. Extremely well engineered open-back headphones provide almost the same isolation as high quality closed back headphones, but its a luxury you’ll have to pay for. That said, there are some excellent “semi-open-back” headphones that are affordable, well balanced, and provide enough isolation for some professional tracking applications.


Recording in the Studio

It almost goes without saying that isolation is one of the general key characteristics to look for in tracking headphones. Outfitting your studio with enough pro-quality headphones isn’t cheap, but you don’t have to provide top-dollar headphones for everyone. Rather than pick up several of the same model, however, you may want to diversify by application.

Drums: Acoustic isolation matters more than anything for tracking drums. Not only is this isolation necessary for blocking out the sound of the drums (thereby allowing the drummer to hear the mix), but it keeps the click and reference mix from bleeding out into the microphones. We recommend 25-29dB of sound isolation minimum for tracking drums. Second to isolation is low-frequency reproduction. Fortunately, the kind of tightly sealed closed-back headphones that provide the isolation you need also have a slightly disproportionate low end.

Electric Guitar and Bass: Depending on how you track these, you can use standard closed-back headphones, semi-open-back headphones, or no headphones at all. You’ll probably need to considerably turn up the monitor mix if the guitarist or bassist is tracking with the amp in the same room, just to allow them to hear the mix. Although it’s not likely that semi-open-back headphones will audibly bleed into the mic, you may want to use closed-back headphones just for their isolation.

Acoustic Guitar (and Other Instruments): This one’s simple – play it safe. You’re better off using closed-back headphones with proper isolation than realizing too late that there’s headphone bleed in the tracks you recorded.

Vocals: Vocalists rely both on proper pitches and frequency balance to sing correctly. To a singer, this is the difference between a good feeling and a murky one when you sing. To an engineer, this can be the difference between a lively performance and one that’s flat both in energy and in pitch. Ideally, you’d use high-end open-back headphones for tracking vocals. If you have the money for one great pair of headphones and several pairs of baseline pro-quality sets, or you’re a vocalist who wants to have a great set of ‘phones for recording, then this is one investment you want to make.

If you don’t have the cash for a set of high-end headphones, you can try using a less expensive semi-open-back model. However, you still want to avoid sound bleeding from the headphones into the mic. If you can’t find a headphone level that’s quiet enough to prevent all but a minimal/acceptable level of bleed, you’ll need to switch over to closed-back headphones.


Mixing and Monitoring

During tracking, a good pair of reference quality headphones (almost always high-end open-back headphones) can help you identify problems (such as ground hum and the buzzing of bad cables) that you don’t want to be stuck with later. During mixing, headphones let you hone in on details in the tracks you’ve recorded to isolate similar problems.

Headphones also act as a great way to hear your mix without hearing the impact of your room. Simply put, the headphones you use in your control room/mixing suite should have the clearest and most accurate frequency response possible (just like your studio monitors). We recommend open-back or semi-open-back headphones for these applications.

One last note: Remember that this is the iPod age. You’ll want to keep a pair of regular, single-driver earphones (a.k.a. ear buds) on hand when you mix. These will let you hear what your final mix will sound like to the majority of listeners.


Live Sound Applications

The most important characteristics for live headphones is their ability to seal out the overwhelming sound level in the house so that you can hear what’s going on in your own mix.

Onstage: When it comes to live headphones, in-ear monitors (also called earphones) are by far the most popular format. Professional in-ear monitors are extremely low profile and fit more-or-less like ear plugs. They’re nearly invisible from more than a few feet away, and they block out sound so well that most bands who use them actually benefit from a microphone or two used to pick up some crowd noise for reference.

Due to the size and design of standard single-driver earphones, they tend to have extremely limited low-end expression. This limited low end is a deal-breaker for pretty much any bass player or drummer. Bass players and drummers don’t just need to hear low frequencies, they need to feel them. To accommodate low-frequency instruments, there are excellent multi-driver earphones out there that act like 2- or 3-way PA speakers, with dedicated drivers for higher and lower frequency ranges. These earphone pack serious punch, meeting the expectations of bassists and drummers, but they aren’t cheap.

At the Board: You’ll want to keep a pair of closed-back headphones at the board for soloing and troubleshooting. The typical sound pressure level at the mix position is about 110dB (i.e. really loud), so you’ll need headphones with heroic isolation if you want to hear clearly. Also, if you mix bands that play with in-ear monitors, be sure to have a pair of your own in-ears back at the board, preferably the same kind, but stick with a single-driver model. That way you can set up in-ear mixes and hear more-or-less exactly what the band hears.


What to Look For

Hopefully this buying guide presented some insight into headphones and provided some ideas for what you should be looking for.

Choose headphones based on your application(s)
What you need headphones for will dictate what kind of headphones you should be looking for.

Types of headphones
Headphones come in two basic styles: closed-back or open-back. Closed-back phones give you better isolation, but this isolation usually comes with a slight bass boost. Open-back ‘phones offer more natural sound, but the tradeoff is isolation.

Headphones in the studio
You’ll likely need multiple sets of standard studio headphones for general tracking, along with specialty headphones for specific applications. Vocalists present a special challenge, as they need a blend of isolation and accuracy. Reference-quality headphones are also good for identifying problems such as hum and buzz in your tracks.

Headphones in live sound
Good isolation headphones are awesome for checking your mixes at the monitor mixing station or the FOH position. Onstage, in-ear monitors give performers a clear picture of what they and their fellow performers are doing.

Mixing music is the art and science of blending multiple audio tracks together to create a cohesive and balanced sound. It’s a crucial step in the music production process that can significantly impact the overall quality of your final product. If you’re new to mixing, don’t worry! This guide will provide you with some essential tips and tricks to get you started.

Essential Equipment

Before you begin, ensure you have the necessary equipment:

  • Digital Audio Workstation (DAW): This software is the heart of your mixing setup. Popular options include Ableton Live, Logic Pro, FL Studio, and Pro Tools.
  • Audio Interface: This device connects your audio equipment to your computer, allowing you to record and monitor audio.
  • Studio Monitors: These speakers are designed to provide a flat frequency response, essential for accurate mixing.
  • Headphones: A good pair of headphones can help you catch subtle details in your mix.

Mixing Fundamentals

  1. Gain Staging: This involves setting the appropriate input and output levels for each track to prevent clipping (distortion) and ensure a clear signal.
  2. EQ (Equalization): Adjust the frequency content of each track to shape its sound. Cut frequencies that are too prominent and boost frequencies that need more attention.
  3. Compression: Reduce the dynamic range of a track to control its volume fluctuations.
  4. Panning: Distribute the sounds across the stereo field to create a sense of space and depth.
  5. Reverb and Delay: Add effects like reverb and delay to create a sense of atmosphere and space.

Understanding EQ

EQ, or equalization, is a fundamental tool in music mixing, allowing you to shape the frequency content of individual tracks and the overall mix. By adjusting the levels of different frequencies, you can enhance certain elements, reduce unwanted noise, and create a more balanced and engaging sound.

The Basics of EQ

  • Frequency: Refers to the pitch of a sound. Higher frequencies are associated with brighter, sharper sounds, while lower frequencies are associated with deeper, richer sounds.
  • Gain: Controls the volume of a particular frequency range. Boosting a frequency increases its volume, while cutting it reduces its volume.
  • Q: Determines the bandwidth of a frequency band. A narrow Q focuses on a specific frequency, while a wide Q affects a broader range of frequencies.

Types of EQ

There are several types of EQ, each with its own characteristics and uses:

  • Shelving EQ: This type of EQ affects a wide range of frequencies on one side of a cutoff frequency. It’s often used to boost or cut low or high frequencies.
  • Peak EQ: This EQ focuses on a specific frequency band, allowing you to enhance or reduce a particular frequency.
  • Notch EQ: Similar to a peak EQ, but with a narrower bandwidth, making it ideal for removing unwanted frequencies like hums or resonances.
  • High-pass and Low-pass Filters: These filters remove frequencies above or below a certain cutoff frequency, respectively. They’re often used to clean up a signal by removing unwanted noise or artifacts.

EQ Tips for Mixing

  • Start with a flat EQ: Begin with a neutral EQ curve and gradually make adjustments as needed.
  • Listen actively: Use your ears to determine which frequencies need attention.
  • Use reference tracks: Compare your mix to professionally produced tracks in the same genre to identify areas for improvement.
  • Experiment: Don’t be afraid to try different EQ settings and techniques.

Common EQ Applications

  • Enhancing instruments: Boost specific frequencies to highlight the unique characteristics of different instruments. For example, boosting the mid-range frequencies of a guitar can make it sound more present in the mix.
  • Reducing unwanted noise: Use notch EQ to remove hums or resonances caused by equipment or recording environments.
  • Creating balance: Adjust the EQ of different tracks to ensure they blend well together and don’t clash.
  • Shaping the overall tone: Use shelving EQ to brighten or darken the overall sound of a mix.

Understanding Compression in Music Mixing

Compression is a fundamental technique in music mixing that can significantly impact the overall sound of a track. By reducing the dynamic range (the difference between the loudest and quietest parts), compression helps to control volume fluctuations and create a more consistent and engaging listening experience.

How Does Compression Work?

Compression works by lowering the volume of loud signals and raising the volume of quiet signals. This process is achieved using a ratio, which determines how much the signal is compressed. For example, a 2:1 ratio means that for every 2 dB of gain reduction applied to the loudest part of the signal, only 1 dB of gain is added to the quietest part.

Common Compression Types

There are several types of compression commonly used in music mixing:

  • Peak Limiting: This is often the final stage of mastering and is used to prevent audio from exceeding a certain level, preventing distortion.
  • Fast Attack, Fast Release: This setting is ideal for controlling transient peaks, such as drum hits or guitar strums.
  • Slow Attack, Slow Release: This setting can be used to create a more sustained and pumping effect, often used in dance music.
  • Multi-Band Compression: This technique allows you to compress different frequency bands independently, providing more control over the overall sound.

Benefits of Compression

  • Controls Dynamics: Reduces volume fluctuations, making the mix more consistent and easier to listen to.
  • Increases Perceived Loudness: Can make the mix sound louder without increasing the overall level.
  • Shapes Tone: Can be used to add warmth, punch, or sustain to a sound.

Tips for Using Compression

  • Start with a Low Ratio: Begin with a low ratio to avoid squashing the dynamics too much.
  • Listen Carefully: Pay attention to how compression affects the tone and character of the sound.
  • Use a Threshold: Set a threshold to determine at what level the compression starts to take effect.
  • Experiment with Attack and Release: Adjust the attack and release settings to achieve the desired effect.
  • Consider Multi-Band Compression: Use multi-band compression to target specific frequency bands and avoid affecting other parts of the sound.

By understanding the basics of compression and experimenting with different settings, you can effectively control the dynamic range of your mix and create a more polished and professional-sounding track.

Mastering Reverb: A Guide for Music Mixers

Reverb is a powerful tool in music mixing that can add depth, atmosphere, and realism to your tracks. It simulates the sound of a sound wave reflecting off of surfaces, creating a sense of space and ambiance. In this blog post, we’ll explore how to effectively use reverb to enhance your mixes.

Understanding Reverb

Before diving into techniques, let’s clarify some key terms:

  • Decay: The length of time it takes for the reverb to fade out.
  • Pre-delay: The amount of time before the reverb starts to decay.
  • Damping: The amount of high-frequency attenuation applied to the reverb.
  • Diffusion: The amount of randomness or variation in the reverb’s reflections.

Common Reverb Types

  • Room Reverb: Simulates a small to medium-sized room.
  • Hall Reverb: Simulates a large, reverberant space like a concert hall.
  • Plate Reverb: Creates a metallic, synthetic sound often used in pop and rock music.
  • Spring Reverb: Produces a vintage, tremolo-like effect.

Effective Reverb Usage

  1. Enhance Vocals: Add a subtle amount of room reverb to vocals to create a more natural and present sound. Avoid excessive reverb that can make vocals muddy.
  2. Create Ambiance: Use hall or plate reverb to create a sense of space and atmosphere in instrumental tracks.
  3. Add Depth: Apply a small amount of reverb to drums to add depth and dimension.
  4. Experiment with Pre-Delay: Adjust the pre-delay to control the distance between the dry signal and the reverb. A longer pre-delay can create a more spacious sound.
  5. Use Reverb as an Effect: Experiment with using reverb creatively as an effect. For example, try applying it to a guitar solo for a more atmospheric sound.
  6. Avoid Overuse: Reverb can be a powerful tool, but overuse can make a mix sound muddy and cluttered. Use it sparingly and judiciously.

Tips for Mixing with Reverb

  • Listen carefully: Pay attention to how reverb affects the overall balance of your mix.
  • Use reference tracks: Compare your mix to professionally produced tracks to gauge the appropriate amount of reverb.
  • Experiment with different types of reverb: Try different reverb types to find the one that best suits your music.
  • Automate reverb: Use automation to create dynamic and interesting reverb effects.

By understanding the basics of reverb and following these tips, you can effectively use this powerful tool to enhance your music mixes.

Mixing Tips

  • Listen Actively: Pay close attention to every detail of your mix. Use headphones and studio monitors to listen from different perspectives.
  • Take Breaks: Mixing for extended periods can lead to fatigue. Step away from your setup for a while to get a fresh perspective.
  • Reference Tracks: Compare your mix to professionally produced tracks in the same genre. This can help you identify areas for improvement.
  • Experiment: Don’t be afraid to try different techniques and settings. Mixing is a creative process, so experiment and have fun!

Conclusion

Mixing music can be a rewarding and challenging experience. By following these guidelines and practicing regularly, you can develop your skills and create professional-sounding mixes. Remember, the key to successful mixing is patience, experimentation, and a good ear.

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