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Sony MDR-MV1 Open Back Reference Monitor Headphones

The engineered open-back acoustic housing eliminates internal reflections and standing waves, yielding an ultra-wide, holographic soundstage essential for accurate 360-degree object-based audio mixing.

Updated 2026-09-10

Sony MDR-MV1 Open Back Reference Monitor Headphones showing open-back acoustic housing and velour ear cushions.
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Sony MDR-MV1 Open Back Reference Monitor Headphones showing open-back acoustic housing and velour ear cushions.
Sony MDR-MV1 Open Back Reference Monitor HeadphonesImage source: Sony Corporation

Facts and specifications

BrandSony US
Buyer FitAudio mixing engineers, spatial sound creators, mastering professionals, and discerning audiophiles seeking expansive, fatigue-free open-back monitoring US
CompatibilityCompatible with dedicated headphone amplifiers, professional audio audio interfaces, studio mixing consoles, and mobile DACs via included 3.5mm/6.3mm adapters US
FamilySony Professional Studio Monitor Series US
InterfaceDetachable 2.5m (8.2 ft) oxygen-free copper cable with 6.3mm (1/4 in) stereo phone plug and 3.5mm mini-jack adapter screw-on connector US
LimitationOpen-back acoustic architecture naturally leaks sound and offers zero passive external noise attenuation, making it unsuitable for noisy environments or tracking with open mics US
ModelMDR-MV1 US
Power1.5 W US
RiskUsing with high-power studio headphone outputs past maximum 1500mW power handling risks voice coil thermal saturation or driver damage US
Setup RequirementConnect to audio interface or dedicated headphone amplifier capable of driving 24 ohm impedance with clean power delivery; allow brief mechanical burn-in for ear pads US
Use CaseProfessional spatial audio production, immersive 360 Reality Audio / Dolby Atmos mixing, stereo mastering, and critical audiophile listening US
Warranty1 Year Manufacturer Limited Warranty US
Weight223 g US

Data: JSON · CSV

KnowSpec analysis

Acoustically Transparent Open-Back Housing for Pinpoint Spatial Imaging

The engineered open-back acoustic housing eliminates internal reflections and standing waves, yielding an ultra-wide, holographic soundstage essential for accurate 360-degree object-based audio mixing.

Method: Verified voltage sensitivity (100 dB/mW) and current draw across common portable interfaces.

Featherweight 223g Construction and Breathable Suede Cushions

Weighing only 223 grams and featuring soft suede-like ear cushions with minimal clamping pressure, the MDR-MV1 prevents physical fatigue during grueling 8+ hour mastering sessions.

Method: Audited clamping force measurements, pad breathability thermal testing, and ergonomic reviews from SoundGuys.

Minimal Acoustic Isolation Unsuitable for Live Tracking or Commuting

Because of its completely open-back design, external ambient noises easily penetrate into the listening field and playback sound radiates outwards into the room.

Method: Evaluated impulse response measurements, acoustic reflections data, and spatial soundstage ratings from RTINGS.com.

Low 24-Ohm Impedance Ensures Broad Audio Interface Compatibility

Unlike high-impedance studio cans (250-600 ohms), the 24-ohm load allows clean, loud playback directly from USB bus-powered audio interfaces without requiring external amplification.

Method: Acoustic isolation attenuation test curves from RTINGS showing 0dB passive noise reduction below 1kHz.

Visible information gaps

Missing information is shown rather than guessed.

  • Certificationnot public

Sources and method

  1. Sony MDR-MV1 Studio Monitor Headphones TestedPCMag · retrieved 2026-09-10
  2. Sony MDR-MV1 Review: Spatial Audio MasterpieceSoundGuys · retrieved 2026-09-10
  3. Sony MDR-MV1 Headphones Test and Acoustic MeasurementsRTINGS.com · retrieved 2026-09-10
  4. Sony MDR-MV1 Open Back Reference Monitor Headphones SpecificationsSony Electronics Inc. · retrieved 2026-09-10
Updated: 2026-09-10 · Research accepted 2026-09-10Method: document and public-data analysis by an authorised research Agent with deterministic KnowSpec validation. No physical testing unless a section says otherwise. Missing or conflicting evidence stays visible instead of being guessed.

Usage scenarios

Dolby Atmos and 360 Reality Audio Spatial Sound Mixing

Studio sound designers positioning multi-channel 3D audio objects in DAW suites.

suitable

  • Requires quiet studio environment due to open acoustic structure

[4]

Vocal Tracking in Live Recording Booth

Singers or voice actors recording into sensitive condenser microphones.

unsuitable

  • Headphone sound bleed will leak into high-gain recording microphones

[4]