Quick Summary:
Choosing the best headphones for mixing music ensures accurate sound reproduction, helping you make better production decisions. This guide explains what makes a headphone ideal for mixing, explores key features, and recommends top choices for beginners entering the world of audio production.
Hey there, music makers and sound enthusiasts! Edward Cavitt from Headphone Horizon here. Dive into the exciting world of music production, and soon you’ll realize that clear, accurate sound is your best friend. While studio monitors are the gold standard, a great pair of mixing headphones can be an invaluable tool, especially when you’re starting out or working in less-than-ideal acoustic environments. But what exactly makes a headphone “good for mixing,” and how do you pick the right ones without getting lost in a sea of technical jargon? Don’t worry, I’ve got you covered!
Why Special Headphones for Mixing?
You might be thinking, “Can’t I just use my everyday earbuds or those comfy over-ear headphones I use for listening to music?” The short answer is: not really, if you’re serious about mixing. Standard consumer headphones are often designed to make music sound “better” by boosting certain frequencies, like bass or treble. This is great for casual listening, but it can seriously mislead you when you’re trying to create a balanced mix. You might end up overcompensating for artificial boosts, leading to a final product that sounds off when played back on different systems.
Mixing headphones, on the other hand, aim for a “flat” or “neutral” frequency response. This means they reproduce sound as accurately as possible, without coloring it. Think of them as honest judges of your audio. They reveal the nuances, the imperfections, and the true balance of your music. This honesty is crucial for making informed decisions about EQ, compression, and overall levels, ensuring your mix translates well across various playback devices, from car stereos to earbuds.
Key Features of the Best Headphones for Mixing Music
When you’re on the hunt for mixing headphones, several factors come into play. Understanding these will help you navigate the options and find a pair that fits your needs and budget. Let’s break them down:
1. Frequency Response: The Flatness Factor
This is probably the most critical aspect. A flat frequency response means the headphones reproduce all audible frequencies (typically 20Hz to 20kHz) at relatively equal volumes. This allows you to hear your music exactly as it is being produced, without artificial enhancements. Look for headphones that are advertised as having a “flat response,” “neutral sound,” or are “studio-grade.” While absolutely perfect flatness is rare and debated, the closer, the better for mixing.
2. Driver Type: The Heart of the Sound
Headphones use different types of drivers to produce sound. The most common for studio use are:
- Dynamic Drivers: These are the most prevalent and use a voice coil attached to a diaphragm. They are generally robust and can produce good bass. Many excellent mixing headphones use dynamic drivers.
- Planar Magnetic Drivers: These are less common and more expensive. They use a flat diaphragm with a voice coil etched onto it, suspended between magnets. They are known for exceptional detail, clarity, and accurate transient response, making them highly desirable for critical listening.
For beginners, high-quality dynamic drivers are usually more than sufficient and offer better value.
3. Open-Back vs. Closed-Back Design: Where the Magic Happens
This is a major differentiator and impacts both sound and functionality:
Open-Back Headphones:
- Soundstage: These headphones have perforations or grilles on the earcups, allowing air and sound to pass through. This results in a wider, more natural, and three-dimensional soundstage, similar to listening to speakers in a room. This is fantastic for judging stereo imaging and the placement of instruments in your mix.
- Comfort: They tend to be more breathable and comfortable for long mixing sessions.
- Isolation: They offer very little sound isolation. Sound leaks out, and ambient noise leaks in. This makes them unsuitable for recording (as they can bleed into microphones) or for noisy environments.
Closed-Back Headphones:
- Isolation: These headphones have sealed earcups, preventing sound from escaping and blocking a significant amount of external noise. This makes them ideal for recording (to prevent mic bleed) and for mixing in noisy environments.
- Bass Response: They often provide a more pronounced and tighter bass response due to the sealed enclosure.
- Soundstage: The soundstage can be narrower and less airy compared to open-back models, sometimes feeling more “intimate.”
Recommendation for Beginners: Many beginners start with closed-back headphones because of their versatility. If you plan to record yourself or work in a less-than-quiet space, closed-back is often the go-to. If your primary concern is an accurate soundstage evaluation and you have a quiet environment, open-back could be a great choice for critical mixing.
4. Impedance: Powering Your Headphones
Impedance is measured in Ohms (Ω) and refers to the headphone’s electrical resistance. A higher impedance generally means the headphones will require more power from your audio source to reach an adequate listening volume.
- Low Impedance (Below 80 Ohms): These are easier to drive and can typically be powered sufficiently by most standard audio interfaces or even a computer’s headphone jack.
- High Impedance (Above 80 Ohms, often 250 Ohms or more): These usually require a dedicated headphone amplifier to deliver enough clean power for optimal performance and volume. While they might sound decent without one, you won’t be getting their full sonic potential.
For beginners: It’s often wise to start with lower impedance headphones (around 32-80 Ohms) to avoid the immediate need for a separate headphone amplifier, keeping your initial setup simpler and more cost-effective. As you progress, you might invest in higher impedance cans and an amp.
5. Comfort and Build Quality: For the Long Haul
You’ll likely be wearing these for hours on end, so comfort is paramount. Look for:
- Ergonomic Design: Padded headbands and plush earcups that fit comfortably over your ears without excessive clamping force.
- Weight: Lighter headphones are generally more comfortable for extended use.
- Durability: Sturdy construction, reliable materials, and replaceable parts (like ear pads and cables) are a bonus, ensuring your investment lasts.
Understanding Frequency Response Charts
You’ll often see frequency response charts when researching headphones. These graphs show how the headphones reproduce different frequencies. For mixing, you want a chart that is as close to a straight, horizontal line as possible across the audible spectrum (20Hz – 20kHz). Peaks and dips in the graph indicate where the headphones are louder or quieter in certain frequency ranges.
For example, a significant peak around 100Hz might mean the headphones artificially boost the bass, making your mix sound thinner than it really is. Conversely, a dip in the mids could hide subtle vocal adjustments. While charts are helpful, remember they are a measurement and can vary slightly. Always aim to try headphones out if possible or read reviews that discuss their sound signature.
The Best Headphones for Mixing Music: Our Top Picks for Beginners
Based on the features we’ve discussed, here are some of the most popular and highly-regarded headphones that are excellent for beginners looking to mix music. These models offer a great balance of accuracy, comfort, and value, making them fantastic starting points.
| Model | Type | Impedance | Frequency Response (Advertised) | Key Features | Ideal For |
|---|---|---|---|---|---|
| Audio-Technica ATH-M50x | Closed-Back | 38 Ohms | 15Hz – 20kHz | Durable build, excellent isolation, detailed mids and highs, punchy bass, foldable design, detachable cables. | Beginner producers, recording engineers, producers working in noisy environments or needing isolation. |
| Sennheiser HD 280 PRO | Closed-Back | 64 Ohms | 8Hz – 25kHz | Robust construction, very good passive noise attenuation, accurate sound reproduction, comfortable earcups, replaceable parts. | Budget-conscious beginners, field recording, producers needing reliable isolation. |
| Beyerdynamic DT 770 PRO (80 Ohm version) | Closed-Back | 80 Ohms | 5Hz – 35kHz | Legendary comfort, excellent build quality, very good bass, detail retrieval, robust spring steel headband. | Long mixing sessions, producers who value comfort and a detailed sound, though bass can be slightly emphasized for some. |
| AKG K240 Studio | Semi-Open Back | 55 Ohms | 15Hz – 25kHz | Good value, comfortable, decent soundstage for the price, semi-open design offers a blend of isolation and airiness. | Beginners on a tight budget, those exploring music production and acoustic instruments. |
| Samson SR850 | Semi-Open Back | 32 Ohms | 10Hz – 30kHz | Very affordable, surprisingly wide soundstage for the price, comfortable, clear sound though less precise than higher-end models. | Budget beginners looking for an open-back like sound experience without breaking the bank. |
Note on Frequency Response: Advertised frequency response ranges are often theoretical and can be misleading. Actual perceived accuracy and detail are more important. These models are consistently praised for their neutrality within their respective price points.
Putting Your Mixing Headphones to the Test
Once you’ve got your headphones, it’s time to get to work! Here’s how to make the most of them.
- Listen to Reference Tracks: Play well-mixed songs that you know and love. Pay close attention to how they sound on your new headphones. How do the bass, mids, and highs feel? How is the stereo imaging? This helps calibrate your ears to what a “good mix” sounds like on your specific gear.
- Mix in Stages: Don’t try to mix everything at once. Focus on one element at a time – for example, get the kick and bass relationship right, then move to vocals, then guitars, etc.
- Take Regular Breaks: Ear fatigue is real! Extended listening can dull your perception of frequencies. Take 10-15 minute breaks every hour. Step away, listen to something else, or just rest your ears.
- Compare with Other Sources: Even with the best mixing headphones, it’s wise to check your mix on other systems. Play it back on your car speakers, small Bluetooth speakers, or even earbuds. This will reveal how well your mix translates.
- Don’t Be Afraid to A/B: Switch between listening to your mix and your reference tracks frequently. This helps you identify what needs adjustment.
A Note on Headphone Amplifiers
As mentioned, if you opt for higher impedance headphones (like the 250-ohm versions of the Beyerdynamic DT 770 PRO or other pro studio models), a headphone amplifier becomes essential. A good headphone amp provides clean power, ensuring your headphones perform at their best, delivering accurate dynamics and detail without distortion. Most modern audio interfaces have a decent headphone out, but for higher impedance headphones or if you want to elevate your listening experience, a dedicated amp is a worthwhile investment.
You can find a wide range of headphone amps, from simple desktop units to more elaborate rack-mount solutions. For beginners with higher impedance headphones, a budget-friendly desktop amp from brands like FiiO or Topping can make a significant difference.
Troubleshooting Common Issues
Even the best gear can sometimes have quirks. Here are a few common issues and how to address them:
Issue 1: Sound is too quiet.
Possible Causes:
- Low impedance headphones connected to a high impedance output: Your source isn’t providing enough power.
- High impedance headphones without a proper amplifier: Similar to the above, requiring more power.
- Low volume setting in your DAW or operating system.
Solutions:
- For high impedance headphones, connect them to a headphone amplifier.
- Ensure your volume sliders (in your DAW, operating system, and on your audio interface/amp) are set appropriately.
- If using low impedance headphones, try a different audio output with known stronger power.
Issue 2: One side of the headphones isn’t working.
Possible Causes:
- Damaged cable: The cable might be frayed or internally broken.
- Loose connection: The cable might not be properly plugged into the headphones or the source.
- Faulty headphone driver or jack.
Solutions:
- Check that the cable is fully and securely plugged into both the headphone earcup and the audio source.
- If the cable is detachable, try a different compatible cable (if available). Many studio headphones use standard removable cables.
- Inspect the cable for any visible damage. If damaged, it will likely need to be replaced.
- If the issue persists with a known-good cable and connection, the headphones themselves may have a fault. Contact the manufacturer or retailer.
Issue 3: Sound is distorted.
Possible Causes:
- Volume is too high: Pushing your headphones or amplifier beyond their limits.
- Damaged driver: The headphone driver itself might be physically damaged.
- Signal clipping: The audio signal coming from your source is distorted before it even reaches the headphones.
Solutions:
- Lower the volume on your audio source and/or headphone amplifier.
- Ensure your master output fader in your DAW and your audio interface/amp’s output control aren’t clipping (hitting the red).
- If distortion persists at moderate listening levels, the headphones may be damaged and require repair or replacement.
Frequently Asked Questions (FAQ)
Q1: Are open-back or closed-back headphones better for mixing?
For listening accuracy and a natural soundstage, open-back headphones are often preferred as they don’t create the same “pressure” in the ears and offer a more realistic spatial experience. However, they offer no isolation. Closed-back headphones provide isolation, which is crucial if you plan to record at the same time or work in a noisy environment, but their soundstage can be more confined.
Q2: Do I need a headphone amplifier?
It depends on the impedance of your headphones and the output power of your audio source. If you have low impedance headphones (under 80 Ohms) and a decent audio interface, you might be fine. For high impedance headphones (250 Ohms and above), a headphone amplifier is almost always necessary to get adequate volume and optimal sound quality. It ensures the headphones are driven properly for accurate reproduction.
Q3: How much should I spend on mixing headphones?
You can find excellent beginner-friendly mixing headphones for anywhere from $50 to $150. High-end studio headphones can cost several hundred dollars or even over a thousand. For beginners, focusing on well-regarded models in the $70-$150 range will provide a fantastic starting point without overspending. Brands like Audio-Technica, Sennheiser, Beyerdynamic, and AKG offer great value in this segment.
Q4: Can I use my gaming headset for mixing?
While some gaming headsets have decent audio drivers, they are rarely designed with the flat frequency response needed for accurate mixing. They often have exaggerated bass and treble that can mislead you. It’s best to invest in a dedicated pair of studio headphones for mixing to ensure you’re hearing your music objectively.
Q5: How do I know if my headphones are accurate enough?
Accuracy is subjective to a degree, but look for headphones marketed as “studio,” “monitoring,” or “reference” headphones. Read professional reviews and user feedback that specifically mentions sound neutrality and realism. Listening to well-mixed reference tracks on your headphones is key – if they sound good and detailed on your headphones, and also translate well to other systems, you’re on the right track. Even if your headphones aren’t perfectly flat, understanding their specific sound signature will help you learn how to compensate.
Q6: Should I get wired or wireless headphones for mixing?
Always go for wired headphones for mixing and production. Wireless headphones, while convenient for casual listening, rely on Bluetooth technology which compresses audio signals and can introduce latency (delay). This compression and delay will prevent you from hearing an accurate representation
