Best Studio Headphones Music Production

Updated May 2026 by the Music Production Wiki Team.

Studio headphones are the most personal piece of gear in your production setup. Unlike studio monitors, which fill a room with sound and let acoustics do part of the work, headphones deliver audio directly to your ears — no room, no reflections, no margin for error in build quality or driver design. The wrong pair at the wrong stage of your workflow actively damages your mixes. The right pair becomes an extension of your hearing.

This guide covers every application — tracking, mixing, critical listening, and budget-constrained setups — with specific product recommendations, spec explanations, and workflow context that will help you choose the correct headphones for what you actually do in the studio. Every price is verified as of May 2026.

Prices shown are correct as of May 2026. Check the manufacturer's website for current pricing and promotions.

Open-Back vs. Closed-Back: The Fundamental Decision

Every studio headphone decision begins with one question: what are you using them for? The answer determines whether you need open-back or closed-back construction, and the two types are not interchangeable for professional use.

Closed-Back Headphones

Closed-back headphones seal the ear cup against your head, creating acoustic isolation in both directions. You cannot hear significant room noise, and people around you cannot hear your headphone mix. This isolation is essential for tracking — recording a performance while wearing headphones.

Without isolation, the click track or backing track playing in your headphones bleeds into the microphone, creating headphone bleed on your recording that is extremely difficult to remove in post-production. Even a small amount of bleed from a cardioid condenser microphone can cause phase and timing artifacts that compromise a recording permanently. Closed-back headphones eliminate this problem entirely.

The acoustic isolation of closed-back headphones also means the bass frequencies have nowhere to go — they build up inside the closed chamber and interact with the driver in a way that slightly enhances the perception of low end compared to an open-back design targeting the same frequency response curve. Most closed-back headphones have a slightly elevated bass shelf compared to open-back designs, which is worth accounting for in your mixing workflow. If you are using closed-back headphones for mixing reference, be aware that your bass assessments may be skewed — always cross-check against monitors or a trusted open-back pair.

Open-Back Headphones

Open-back headphones have perforated or grilled rear panels that allow air and sound to move freely between the inside of the ear cup and the outside environment. This prevents bass buildup, reduces resonance inside the ear cup, and produces a soundstage that is significantly more spacious and natural than closed-back designs.

Open-back headphones sound like the music is in front of you, rather than inside your head — a much closer approximation to the experience of listening through studio monitors. Stereo width feels more realistic, reverb tails decay more naturally, and high-frequency detail is easier to assess without the reflective interference that builds up inside a closed ear cup.

The trade-off is zero isolation. In a quiet room alone, open-back headphones are ideal for extended mixing and critical listening sessions. With another person in the room, a vocalist could sit three feet away and hear your headphone mix clearly. They are completely unsuitable for tracking in a recording environment where a microphone is active.

Most serious producers own both: closed-back headphones for tracking sessions and open-back headphones as a secondary mixing reference. If you can only buy one, buy closed-back — tracking headphones perform double-duty as a monitoring reference, while open-back headphones cannot be used for tracking at all. For a deeper comparison of headphone monitoring versus speaker monitoring in a production workflow, see our guide on headphones vs. studio monitors.

Headphone Specifications That Matter

Frequency Response

Headphone frequency response curves are published by every manufacturer but must be interpreted cautiously — there is no standardized measurement method for headphones equivalent to the standardized measurement conditions used for studio monitors. Different measurement rigs (HATS — Head and Torso Simulators — with different ear canal geometries) produce different curves from the same headphones. A graph showing a rise at 3 kHz from one measurement rig may show a much flatter response from another rig measuring the same pair.

What to look for: a relatively flat response from around 100 Hz to 8 kHz is the baseline for a monitoring-grade headphone. Frequency response at the extreme low end (below 50 Hz) and extreme high end (above 12 kHz) matters less for practical mixing decisions because those regions contain little musical information in most genres and are the hardest to assess accurately on any headphone driver. The manufacturer's stated frequency response (e.g., "10 Hz – 28,000 Hz") tells you the range over which the driver operates — not how flat or accurate the response is within that range. That information lives in the curve, not the spec.

Impedance

Impedance, measured in ohms, determines how much electrical resistance the headphone driver presents to the amplifier driving it. Low impedance headphones (32–80 ohms) are designed to work with consumer electronics — phones, laptops, and audio interfaces with standard headphone outputs. High impedance headphones (250–600 ohms) produce superior audio quality but require a dedicated headphone amplifier to reach adequate listening levels and to perform at their best dynamically.

For home studio use with a standard audio interface headphone output, choose headphones with impedance between 32–80 ohms. The Beyerdynamic DT 770 Pro is available in 32, 80, and 250-ohm versions — choose the 80-ohm version for the best balance of quality and interface compatibility. The 250-ohm version of the same headphone will sound noticeably flat and underpowered without a dedicated headphone amplifier.

Sensitivity

Sensitivity, measured in dB SPL per milliwatt (dB/mW), tells you how loud the headphone gets for a given amount of power. Higher sensitivity headphones get louder from the same output level. For studio use this matters mainly as a sanity check — a headphone rated at 96 dB/mW will be significantly louder at the same interface output level than one rated at 80 dB/mW. Very sensitive headphones can be too loud at low output settings, making volume control harder. Most professional studio headphones fall in the 96–102 dB/mW range, which is appropriate for interface-driven studio use.

Driver Type and Size

The vast majority of studio headphones use dynamic (moving coil) drivers, which are durable, affordable to manufacture accurately, and well-understood by engineers. Planar magnetic headphones — which use a flat membrane suspended between magnets instead of a cone driver — produce lower distortion and a more even response at the cost of higher price and, usually, higher impedance. Planar magnetic headphones from Audeze (LCD-2, LCD-X) and HiFiMAN are used in some mastering environments, but they are generally overkill for production monitoring and substantially more expensive. For most producers, dynamic driver headphones are the correct and practical choice.

Best Closed-Back Studio Headphones

1. Audio-Technica ATH-M50x — Best Overall for Tracking

Price: $149 | Impedance: 38 ohms | Sensitivity: 99 dB/mW | Frequency Response: 15–28,000 Hz

The ATH-M50x has been the industry standard tracking headphone for over a decade, and in 2026 it remains the first recommendation for any producer who needs closed-back monitoring. Its continued dominance is not nostalgia — the M50x earns its position through a consistent, reliable frequency response, excellent build quality, and compatibility with every audio interface on the market thanks to its low 38-ohm impedance.

The M50x's frequency response has a mild bass and low-mid presence lift compared to a completely flat target, which means it is not a neutral mixing tool — but it is an extremely useful tracking reference that translates well across playback systems. The isolation is excellent, making it safe to use in the same room as a cardioid condenser with phantom power active. The 90-degree swiveling ear cups make single-ear monitoring easy for tracking sessions where a performer needs to check pitch or timing against the live room.

Build quality is above average for the price point. The replaceable cable system (using a standard 3.5mm locking connector) means the most failure-prone part of any studio headphone is easily swapped without sending the unit for repair. The headband and ear pads are also user-replaceable and inexpensive. A pair of M50x headphones, properly maintained, can serve a studio for 8–10 years without degradation.

Who it's for: Any producer who tracks vocals, instruments, or beats in a home studio. The M50x is also a reliable secondary mixing check for low-end — its mild bass lift helps identify mixes that are genuinely thin in the bass register.

See our full Audio-Technica ATH-M50x review.

2. Sony MDR-7506 — Best Budget Reference Check

Price: $99 | Impedance: 63 ohms | Sensitivity: 106 dB/mW | Frequency Response: 10–20,000 Hz

The Sony MDR-7506 has appeared in broadcast studios, recording studios, film sets, and television production facilities globally since its introduction in 1991. In over three decades of professional use, no budget headphone has displaced it as the reference point for "what does this audio sound like on the most common professional monitoring headphone in the world." That context is the product.

The 7506's frequency response is forward and slightly aggressive in the upper midrange (2–5 kHz), which makes it excellent for identifying harsh, brittle, or sibilant elements in a mix. It is not a flat reference — it flatters neither the low end nor the low midrange — but its quirks are so well-documented and so widely understood that experienced engineers use it as a diagnostic tool rather than a neutral reference. Once you know how the 7506 colors sound, you can interpret its output accurately.

At $99, the MDR-7506 is an essential purchase for any home studio producer alongside a primary set of monitors or a better pair of headphones. Checking your mixes on a pair of 7506s is an industry standard practice — if your mix sounds good on them, it will translate to most consumer playback devices.

Who it's for: Every studio. The 7506 is a secondary reference tool that every producer should own regardless of what other headphones or monitors they use. It's also an excellent first studio headphone for producers on a tight budget. For more options at this price point, see our best studio headphones under $100 roundup.

See our full Sony MDR-7506 review.

3. Beyerdynamic DT 770 Pro — Best Closed-Back Value

Price: $179 (80-ohm version) | Impedance: 80 ohms | Sensitivity: 96 dB/mW | Frequency Response: 5–35,000 Hz

The Beyerdynamic DT 770 Pro occupies a position slightly above the ATH-M50x in terms of sonic refinement while sharing the same closed-back, high-isolation design. Beyerdynamic's velour ear pads offer superior long-session comfort compared to the M50x's pleather pads — a meaningful advantage during 4–6 hour tracking sessions. The DT 770 Pro's bass response is slightly more controlled and accurate than the M50x's, making it more useful as a low-end reference during mixing without sacrificing the isolation that tracking requires.

The 80-ohm version is the recommended choice for home studio use. It works reliably with standard audio interface headphone outputs, produces enough volume at normal monitoring levels, and captures the sonic character that made the DT 770 Pro a studio staple. The 250-ohm version sounds noticeably better when driven by a dedicated headphone amplifier — if you have a headphone amp, the 250-ohm version is worth the compatibility consideration — but for straightforward interface use, stick with 80 ohms.

The DT 770 Pro has a slightly elevated treble presence compared to a flat target, consistent with Beyerdynamic's characteristic house sound. This forwardness in the high frequencies makes it easier to assess sibilance, high-frequency noise, and transient sharpness — useful monitoring qualities. The isolation is excellent, among the best in the sub-$200 category.

Who it's for: Producers who want a step up from the ATH-M50x in comfort and sonic refinement for long tracking sessions. Also a strong choice for producers who do some mixing on closed-back headphones and need a more accurate low-end reference than the M50x provides. See the full Beyerdynamic DT 990 Pro review for how the open-back sibling compares.

See our full Beyerdynamic DT 770 Pro review.

4. Shure SRH840A — Professional Closed-Back Alternative

Price: $149 | Impedance: 44 ohms | Sensitivity: 96 dB/mW | Frequency Response: 10–25,000 Hz

The Shure SRH840A (the refreshed version of the long-running SRH840) is the flattest-measuring closed-back headphone in the under-$200 category. Where the ATH-M50x has a bass lift and the DT 770 Pro has a treble presence peak, the SRH840A hews closer to a genuinely neutral response — which makes it more accurate as a mixing reference but slightly less exciting to listen to. That is exactly what a monitoring tool should be.

The SRH840A uses padded headband construction and thick circumaural ear pads for comfort across long sessions. The clamping force is higher than some competitors, which improves isolation but can cause fatigue on wider heads over extended periods. The cable terminates in a 3.5mm connector with a quarter-inch adapter included — standard for studio use.

Who it's for: Producers who want the most accurate closed-back option for mixing reference checks. The SRH840A is particularly valuable if your primary monitors are colored or if you work primarily on headphones and need the most honest closed-back response available at this price.

See our full Shure SRH840A review.

Best Open-Back Studio Headphones

5. Sennheiser HD 490 Pro — Best Overall for Mixing

Price: $349 | Impedance: 130 ohms | Sensitivity: 110 dB/mW | Frequency Response: 6–38,000 Hz

The Sennheiser HD 490 Pro is the 2026 recommendation for serious mixing headphones at a professional but non-mastering price point. Launched in late 2023 and refined through 2024–2025 with firmware and accessory support, the HD 490 Pro has established itself as Sennheiser's most mixing-focused open-back design below the HD 800 S tier. Its frequency response is significantly flatter than the preceding HD 600 series at the critical 2–6 kHz range, with reduced low-bass emphasis and a controlled treble extension that avoids the listening fatigue associated with Beyerdynamic's brighter designs.

The HD 490 Pro ships with two sets of ear pads — a standard set and a "mix" set with slightly different acoustic damping properties — allowing users to tune the response slightly toward their preference. This is an unusual and genuinely useful feature that acknowledges that different mixing tasks benefit from different monitoring characteristics. Sennheiser also includes a padded carry case and two cables (one 1.5m for desktop use, one 3m for further placement), reflecting the professional positioning of the product.

The 130-ohm impedance is in the zone where a good audio interface headphone output will drive it adequately, but a dedicated headphone amp will produce a noticeable improvement in dynamic response. The Focusrite Scarlett 4i4 Gen 4's headphone output, for example, handles 130-ohm headphones without issue. For the best experience, pair the HD 490 Pro with an entry-level headphone amplifier like the Schiit Magni or the FiiO K5 Pro.

Who it's for: Serious producers and mixing engineers who want a professional open-back reference for extended mixing sessions. The HD 490 Pro is a career-grade investment that will still be relevant in 10 years. This is the headphone to buy if you are mixing regularly and want the most accurate headphone reference under $500.

6. Beyerdynamic DT 990 Pro — Best Value Open-Back

Price: $179 | Impedance: 250 ohms | Sensitivity: 96 dB/mW | Frequency Response: 5–35,000 Hz

The Beyerdynamic DT 990 Pro is the most widely used open-back headphone in home studios globally — a position earned through decades of consistent performance, comfortable velour ear pads, and a price that remains accessible to working producers. The DT 990 Pro has a pronounced V-shaped frequency response: elevated bass, a slightly recessed midrange, and a significant treble presence peak around 8–10 kHz. This is emphatically not a flat reference — but it is an extremely revealing one.

The elevated treble of the DT 990 Pro makes it one of the best headphones for identifying harshness, sibilance, distortion, and high-frequency artifacts in a mix. If your mix sounds smooth and controlled on the DT 990 Pro, it will almost certainly translate well to consumer earbuds and laptop speakers that have their own elevated high-frequency responses. Conversely, if you master exclusively to sound good on the DT 990 Pro, your mixes may end up thin in the mid-bass and harsh on flatter playback systems — use it as a diagnostic tool, not as the sole reference.

The 250-ohm impedance is the standard version and is the one recommended here. You will need a headphone amplifier to drive it properly. The FiiO E10K ($75) or the Schiit Magni ($99) are the standard entry-level pairings. Without amplification, the DT 990 Pro sounds flat, dynamically compressed, and bass-light — which defeats the purpose of the purchase.

Who it's for: Producers who want an open-back reference primarily for identifying high-frequency issues and who already own or plan to own a headphone amplifier. Also an excellent choice for producers who primarily mix on studio monitors and want a detailed open-back secondary check. If you are weighing your options, our guide on mixing headphones vs. studio monitors breaks down when to trust each.

7. Sennheiser HD 600 — Professional Mixing Reference

Price: $299 | Impedance: 300 ohms | Sensitivity: 97 dB/mW | Frequency Response: 12–38,500 Hz

The Sennheiser HD 600 has been a professional mixing reference since its introduction in 1997. It remains in active production and active use in professional studios in 2026 because its frequency response — a smooth, natural curve with a slight warmth in the lower midrange and no fatigue-inducing treble peaks — is one of the most consistent and trustworthy of any headphone at any price. The HD 600 has been extensively measured, its characteristics are deeply understood by the mixing and mastering community, and its response translates reliably to monitor-based decisions.

The 300-ohm impedance requires a proper headphone amplifier. Running the HD 600 from a standard interface output produces underwhelming results — the bass becomes loose, dynamics compress, and the natural midrange warmth turns into muddiness. With a quality amp (Schiit Magni, Topping DX3 Pro+, or similar), the HD 600 opens up into a remarkably three-dimensional and revealing monitor tool.

Comfort is exceptional. The velour ear pads and light clamping force allow sessions of 5–6 hours without fatigue for most producers. The open-back design is leaky even by open-back standards — do not use in a shared space where sound leakage would be disruptive.

Who it's for: Mixing engineers and serious producers who want a headphone that the professional community has used and trusted for nearly three decades. The HD 600 paired with a quality headphone amplifier is a genuinely professional setup that holds its own against headphones costing twice as much.

See our full Sennheiser HD 600 review.

8. HiFiMAN HE400se — Planar Magnetic Entry Point

Price: $149 | Impedance: 25 ohms | Sensitivity: 91 dB/mW | Frequency Response: 20–20,000 Hz

The HiFiMAN HE400se is the most affordable route into planar magnetic headphone technology — a driver design that produces lower distortion and a more even response across the frequency range than conventional dynamic drivers. Planar magnetic headphones use a thin flat membrane suspended between magnets, which results in a faster transient response and lower harmonic distortion than the cone-based design of dynamic drivers. In practical terms, this means more precise imaging, a more natural decay on reverbs, and less listening fatigue over long sessions.

Despite its low 25-ohm impedance (which suggests easy driveability), the HE400se has relatively low sensitivity at 91 dB/mW and benefits from a headphone amplifier to reach comfortable monitoring levels with adequate dynamic headroom. The build quality is lower than Sennheiser or Beyerdynamic — the plastics feel less premium and the headband adjustment is stiffer — but the sonic performance at $149 is remarkable for the driver technology involved.

Who it's for: Producers who are curious about planar magnetic sound and want to experience the technology at an accessible price point. Also a legitimate secondary reference for producers whose primary setup is closed-back dynamic driver headphones — the different driver technology reveals different characteristics in a mix.

Comparison Table: Studio Headphones at a Glance

Mixing on Headphones: What You Need to Know

Mixing music exclusively on headphones is more common in 2026 than at any previous point in music production history, driven by the rise of home studios where acoustic treatment and dedicated monitoring space are not practical options. It is possible to produce professional-quality mixes using headphones — but only if you understand and account for the fundamental differences between headphone listening and monitor listening.

The In-Head Localization Problem

Headphones produce an unnatural stereo image. In a room with studio monitors, sounds appear in front of you, positioned in space at various angles and distances. Your brain processes these as external sound sources with independent left and right components that interact with your ear canals naturally. Headphones bypass this process — the left driver delivers audio exclusively to your left ear and the right driver exclusively to your right ear, producing a stereo image that exists inside your head rather than in front of you.

This in-head localization means that stereo width sounds exaggerated on headphones compared to monitors. A stereo placement that sounds wide and natural on headphones may sound unnaturally stretched on monitors — or conversely, something that sounds appropriately wide on monitors may sound caged and narrow on headphones. This is the primary reason why headphone-only mixes frequently fail to translate correctly to other playback systems.

Solutions include using a cross-feed processor — a plugin or hardware unit that blends a small amount of the left channel into the right ear and vice versa, simulating the natural cross-talk that occurs in monitor listening. The Waves NX plugin, the Goodhertz CanOpener Studio plugin, and the free112dB Redline Monitor plugin all perform this function. Cross-feed is not a perfect solution but measurably improves the accuracy of headphone-based stereo decisions.

Bass Assessment on Headphones

Bass frequencies behave differently in headphones than in a room. In a room with studio monitors, bass waves travel through air, interact with room acoustics, and stimulate your body physically — you feel low frequencies as well as hear them. Headphone drivers cannot reproduce this tactile component of bass. Additionally, the sealed or vented chamber of a headphone ear cup creates its own resonance that interacts with the bass response of the driver unpredictably.

The practical result is that bass assessments made on headphones are less reliable than bass assessments made on studio monitors in an acoustically treated room. Closed-back headphones have a tendency to exaggerate bass due to chamber buildup. Open-back headphones avoid this buildup but present a different kind of bass response — the bass extension is typically lower in perceived level than it would be through monitors, leading some producers to add too much low end when mixing on open-back headphones.

The best practice for mixing on headphones is to cross-reference your low-end decisions on at least one other playback system — a pair of studio monitors, a Bluetooth speaker, or even a phone speaker. The complete guide to mixing in headphones covers the specific techniques and plugin tools that make headphone mixing more reliable. For foundational guidance, check our beginner's guide to mixing music.

Reference Checking Your Headphone Mixes

Professional engineers who mix on headphones use a structured reference checking workflow: mix on headphones, then check the same mix on at least three other playback systems before making final low-end and stereo width decisions. Reference checking your mixes on different systems — studio monitors, the Sony MDR-7506, a car stereo, and a phone speaker — triangulates toward a mix that works everywhere rather than a mix that works only on your primary monitoring setup.

This workflow is the same one used by producers who mix on monitors; headphone mixing simply requires additional diligence because the in-head imaging distortion adds an extra variable that monitor listening does not present. Well-calibrated headphone monitoring with cross-feed processing and disciplined reference checking produces mixes that rival monitor-based work in commercial contexts.

Headphone Care, Amplification, and Studio Workflow

Hearing Safety

The safe listening guideline from the World Health Organization (WHO) and most audiologists is 85 dB SPL for no more than 8 hours of continuous exposure. Most music production monitoring happens at lower levels than this, but headphone use is more fatiguing than monitor listening because the transducers are positioned directly at your ears with no distance attenuation. Unlike listening through monitors three feet away, headphones present audio at effectively zero distance — the physics of distance-based attenuation do not apply.

Take a 10–15 minute break away from headphones every 45–60 minutes during long production sessions. Hearing damage from sustained loud exposure is cumulative and permanent — there is no medical recovery from noise-induced hearing loss at the hair cell level. Monitoring at moderate levels (a practical guideline: your interface output dial at a comfortable conversational speech volume, not cranked to maximum) significantly reduces cumulative exposure over a production career. This matters for ear training for music producers — your ears are your most important professional instrument.

Headphone Amplification

For headphones with impedance under 100 ohms, the headphone output on a modern audio interface (Focusrite Scarlett, Universal Audio Volt, PreSonus AudioBox) provides sufficient power for monitoring at professional levels. For high-impedance headphones — 250 ohms and above, like the Beyerdynamic DT 990 Pro 250-ohm version or the Sennheiser HD 600 — a headphone amplifier significantly improves performance. With proper amplification, you will hear greater dynamic range, tighter bass, cleaner high frequencies, and a more open soundstage than a standard interface output provides.

Entry-level headphone amplifiers worth considering:

• FiiO E10K ($75): USB-powered, compact, includes a DAC. The standard beginner recommendation for producers who need a simple desktop solution.
• Schiit Magni ($99): Analog amplifier (no DAC included), clean gain stage, drives up to 600-ohm loads with headroom to spare. Pairs with your existing audio interface output.
• Topping DX3 Pro+ ($149): DAC and headphone amplifier combined, supports balanced and unbalanced connections, Bluetooth input. The step-up choice for producers who want a complete desktop DAC/amp stack.

Ear Pad Maintenance and Replacement

Ear pads are the most commonly worn component on studio headphones and the single most important determinant of long-term comfort. Pleather (synthetic leather) pads develop cracks and peel after 2–4 years of regular use; velour pads compress and lose their acoustic seal over the same period. Replacing ear pads on popular studio headphones is straightforward and inexpensive — aftermarket pads for the ATH-M50x, DT 770/990 Pro, HD 600, and MDR-7506 are widely available from Brainwavz, Dekoni, and the original manufacturers. Replacing worn ear pads also restores the acoustic seal that affects bass response — a pair of M50x headphones with worn pads will measure and sound different from the same pair with fresh pads.

Noise-Cancelling Headphones and Production Use

Active noise cancellation (ANC) technology introduces phase manipulation and subtle frequency response alterations that make ANC headphones unsuitable for critical mixing and monitoring. Consumer noise-cancelling headphones — Sony WH-1000XM5, Apple AirPods Max, Bose QuietComfort Ultra — are excellent for listening to music as a consumer but should not be used for production monitoring decisions. The ANC circuit alters the frequency response in ways that are not consistent between listening sessions, and the phase manipulation it introduces makes accurate stereo imaging impossible to assess.

For isolation in noisy environments, closed-back studio headphones with good passive isolation (the DT 770 Pro and ATH-M50x both excel here) are the correct tool. If you need to work in a particularly noisy environment — a coffee shop, a shared office — closed-back studio headphones provide adequate passive isolation for production work without compromising audio accuracy.

Building a Headphone Setup for Your Studio

The ideal headphone setup for a complete home studio in 2026 involves three pairs of headphones serving different roles:

1. Primary tracking headphones (closed-back): ATH-M50x or DT 770 Pro 80-ohm — used during recording sessions, provided to performers, durable and replaceable.
2. Primary mixing reference (open-back): Sennheiser HD 490 Pro or HD 600 — used after tracking is complete, in a quiet room, as a secondary reference alongside studio monitors.
3. Secondary reference check (closed-back): Sony MDR-7506 — used as a final translation check before a mix is exported, providing an industry-standard consumer perspective on the mix.

This three-headphone setup covers every production workflow scenario with appropriate tools. If budget requires prioritization, buy them in this order: closed-back tracking headphones first, secondary reference check (MDR-7506) second, open-back mixing reference third. If you are also setting up your monitoring environment, pair your headphone selection with the right studio monitors — our guide to the best studio monitors for home studios covers every budget from entry-level to professional.

For producers building a complete setup from scratch, understanding the role of the audio interface in your headphone chain is essential — different interfaces have significantly different headphone output power and quality. See our audio interface buying guide for a complete breakdown of what to look for in a home studio interface, including headphone output quality.

Practical Exercises

Frequently Asked Questions