- Table of Contents
- Intro
- Design
- Sound
- Isolation
- Microphone
- Active Features
- Connectivity
- In the box
- Conclusion
- Discussions
Reviewed on Sep 12, 2017
By Sam Vafaei
, Marc Henney, Yannick Khong
Audio-Technica ATH-MSR7NC
HEADPHONES REVIEW
Usage Ratings -
Version 1.2
Test Benches:
- 1.2: Winter 2018
- 1.1: Summer 2017
- 1.0: Winter 2017
- 0.9: Winter 2016
6.7
Mixed Usage
What it is:
This is the combination of the different use cases to evaluate how versatile the headphones are. Therefore an everyday headphone should be well-rounded enough to adapt to most situations and environments without significant losses in sound quality, design ergonomics or isolation.
Score components:
- 25% Critical Listening
- 25% Office
- 25% Commute/Travel
- 10% Sports/Fitness
- 9% Gaming
- 6% TV
Score distribution:
7.8
Critical Listening
What it is:
The level of audio fidelity a headphone can reproduce. Therefore a balanced and true representation of bass, mids, treble, soundstage and imaging, as well as a comfortable listening experience, is essential for critical listening.
Score components:
- 80% Sound
- 10% Build Quality
- 7% Comfort
- 3% Breathability
Score distribution:
6.3
Commute/Travel
What it is:
How well the headphones handle the loud environments involved in commuting or traveling. Therefore your listening experience should be comfortable, hassle-free and as isolated from noise as possible.
Score components:
- 24% Noise Isolation
- 14% Sound
- 11% Portability
- 10% Comfort
- 9% Build Quality
- 9% Battery
- 6% Wireless Range
- 4% Controls
- 4% Breathability
- 4% Leakage
- 3% Microphone
- 1% Multi-Device Pairing
- 1% NFC
Score distribution:
6.2
Sports/Fitness
What it is:
How well-adapted the headphones are, to use while doing sports or strenuous exercise. Therefore the headphones should not be too cumbersome and deliver a stable and comfortable listening experience.
Score components:
- 24% Stability
- 23% Portability
- 11% Sound
- 10% Breathability
- 8% Comfort
- 6% Wireless Range
- 5% Controls
- 5% Battery
- 4% Noise Isolation
- 4% Leakage
Score distribution:
6.5
Office
What it is:
How well the headphones can deliver a comfortable and isolated listening experience in an office-like environment. They should not leak much and should block the noise of a busy office.
Score components:
- 24% Comfort
- 21% Sound
- 16% Noise Isolation
- 8% Leakage
- 7% Battery
- 7% Wireless Range
- 5% Breathability
- 4% Build Quality
- 4% Microphone
- 2% Controls
- <1% Multi-Device Pairing
- <1% USB
- <1% PC Compatible
- <1% Latency
- <1% Analog
- <1% Line In
- <1% USB Input
- <1% PC Compatible
- <1% Power Supply
- <1% Dock Charging
Score distribution:
6.1
TV
Score components:
- 22% Sound
- 17% Comfort
- 15% Default Latency
- 10% Wireless Range
- 5% Breathability
- 5% Build Quality
- 4% Optical Input
- 3% Battery
- 3% Analog
- 3% Leakage
- 2% Noise Isolation
- 2% RCA Input
- 2% Multi-Device Pairing
- 2% Line In
- 2% Line Out
- 2% Power Supply
- 1% Dock Charging
Score distribution:
6.6
Gaming
Score components:
- 20% Sound
- 20% Default Latency
- 15% Comfort
- 12% Microphone
- 5% Breathability
- 5% Battery
- 5% Base/Dock
- 3% Build Quality
- 3% Wireless Range
- 3% Microphone Control
- 2% Channel Mixing
- 2% Wired
- 2% Volume Control
- 2% App Support
- 1% Bluetooth
Score distribution:
The Audio-Technica ATH-MSR7NC are well-built and sturdy headphones with a well-balanced sound. They're comfortable and do not leak much at high volumes. However, they don't block a lot of noise despite being noise canceling headphones, so they're not the best option for traveling or commuting. They're also a bit too bulky for sports, but they deliver a good audio reproduction for critical listening.
Test Results
| Design | 7.1 |
| Sound | 7.9 |
| Isolation | 6.4 |
| Microphone | 6.2 |
| Active Features | 6.7 |
| Connectivity | 5.5 |
- Good audio reproduction.
- Low leakage.
- Sturdy and comfortable.
- Poor noise isolation especially for noise canceling headphones.
- Slightly bulky design.
- Bass delivery varies significantly across users. Sensitive to glasses.
Update 2/16/2018:
Converted to Test Bench 1.2.
Update 9/28/2017: The microphone has been tested with our new methodology, as explained here
Update 9/28/2017: The microphone has been tested with our new methodology, as explained here
Check Price
Design
Score components:
- 28% Comfort
- 5% Controls
- 10% Breathability
- 12% Portability
- 4% Case
- 29% Build Quality
- 12% Stability
Score distribution:
The ATH-MSR7NC are the most high-end-looking audio-Technica headphones that we've reviewed so far. They have an excellent build quality that feels sturdy, durable and makes use of premium materials. They're also comfortable with better padding on the headband and the ear cups compared to the rest of the ATH-M series. Unfortunately, they're not very portable headphones. They're too bulky for sports and have a slightly disappointing control scheme. They also have a rather basic carrying pouch for their price range.
The MSR7NC have a similar look and feel to the rest of the ATH-M series but are considerably better built. They look high-end and feel sturdy when you pick them up. They have a decently thick headband and large circular ear cups that are amply padded. If you liked the designs of most of the ATH-M lineup, then the MSR7NC will look even better thanks to their more premium appeal. However, they still have a somewhat studio vibe, so they won't be a flashy fashion statement to go with your outfit.
7.5
Comfort
What it is:
Adjustability and degrees of freedom, pressure, stiffness and weight.
When it matters:
When the headphones are going to be used for long durations.
Score components:
Subjectively assigned
Score distribution:
Clamping Force
:
1 lbs
What it is:
The force that the headphones exert on your head, once you have them on. This is purely a measurement of the force applied, which does not take into account the earpad's surface area and the resulting pressure you will feel, on or around your ears.
When it matters:
The tighter the headphones, the more force they put on your head. This can get uncomfortable or cause pain and soreness during long listening sessions.
The MSR7NC are comfortable over-ear headphones. They're bit bulkier than the typical M series lineup, but they're not uncomfortably heavy. They have thicker padding and deeper earcups than the ATH-M70x or ATH-M50x. However, the headband does not extend far enough so they may feel a little tight on some heads.
5.7
Controls
What it is:
The control scheme of the headphones, the number of functions provided, button layout and ergonomics as well as the quality of tactile feedback.
When it matters:
If you want to control volume, pause your music or make phone calls without directly interacting with your audio device.
Score components:
- 21% Ease of use
- 21% Feedback
- 14% Call/Music Control
- 14% Volume Control
- 10% Microphone Control
- 5% Channel Mixing
- 10% Noise Canceling Control
- 5% Talk-Through
Score distribution:
Channel Mixing
:
N/A
What it is:
Being able to mix audio channels directly on the headphones.
When it matters:
This is most useful when using a separate chat software so that you can mix in-game audio and chat audio depending on your needs.
The MSR7NC have an average control scheme that's easy to use but lacks volume controls. They only have one button on the inline remote for calls, pausing and playing audio as well as track skipping. On the ear cup, there's an on/off switch for the noise cancellation. The buttons are quite responsive and straightforward but the lack of volume controls feels limiting.
6.2
Breathability
What it is:
How hot the headphones get when you wear them for an extended period of time.
When it matters:
If you often have long listening sessions or use your headphones while doing physical activities like running or working out.
Score components:
- 100% Avg.Temp.Difference
Score distribution:
6.0
Portability
What it is:
The volume of space occupied by the headphones when folded into their most compact format.
When it matters:
If you're often on the move and need to carry your headphones in a bag, purse , or pocket.
Score components:
- 20% Volume
- 80% Transmitter required
Score distribution:
6.5
Case
What it is:
The provided carrying options to protect your headphones when transporting them.
When it matters:
To prevent damaging your headphones, if you often carry them in your bag or pocket.
Score components:
Subjectively assigned
Score distribution:
8.0
Build Quality
What it is:
Durability, material quality, cheap/expensive feel.
When it matters:
When the headphones are going to be used by multiple users (classes/studios), by children, in tough conditions, on a daily basis, or for exercise.
Score components:
Subjectively assigned
Score distribution:
The ATH-MSR7NC have a great build quality that feels durable and high-end. The headband is thick and reinforced with a plastic and metal frame. The ear cups are dense and won't get damaged from accidently dropping the headphones. The cables are also thick and detachable, which means these headphones should be able to withstand regular wear and tear pretty well.
6.5
Stability
What it is:
How the headphones are designed to prevent them from slipping off your ears or falling off your head.
When it matters:
If you plan on using the headphones while doing sports or other physical activities that requires a lot of movement.
Score components:
Subjectively assigned
Score distribution:
Sound
What it is:
How accurately the audio is reproduced. The tests are performed with the headphones' most commonly used features enabled (noise-cancelling, wireless, etc.)
Score components:
- 21% Bass
- 20% Mid
- 19% Treble
- 5% Frequency Response Consistency
- 9% Imaging
- 20% Soundstage
- 6% Total Harmonic Distortion
Score distribution:
The Audio Technica ATH-MSR7NC are a good sounding pair of closed-back over-ear headphones. They have an excellent and extended Bass, a very good Mid Range, a very good Treble Range, and low distortion. However, their Bass Range is susceptible to inconsistencies, and if you wear glasses, there's a chance you may not be getting all the Bass that these headphones are capable of producing. Also, like most other closed-back active noise cancelling headphones, the MSR7 won't have the most open and spacious Soundstage.
9.0
Bass
What it is:
Frequency Response from 20Hz-250Hz
When it matters:
When the material is heavy on bass frequencies, such as those of kick drums and bass guitar.
Score components:
- 90% Std. Err.
- 10% Low-Frequency Extension
Score distribution:
Std. Err.
:
1.54 dB
What it is:
The amount of deviation (weighted standard error) in bass frequency response (20Hz-250Hz) as compared to a target response that would sound perfectly balanced to most people.
When it matters:
When a balanced and neutral (reference) bass performance is desired.
Good value:
<4dB
Noticeable difference:
0.1dB
Score distribution:
Low-Frequency Extension
:
12.97 Hz
What it is:
The lowest frequency at which the frequency response reaches -3dB of the target response.
When it matters:
Shows how extended the bass is.
Good value:
<40Hz
Noticeable difference:
5Hz
Score distribution:
Low-Bass
:
-2.2 dB
What it is:
The average amount of over/under-emphasis in frequency response from 20Hz-60Hz.
When it matters:
Kick drums and low frequency effects get their 'thump' from this range. Mostly felt than heard.
Good value:
+/-3dB
Noticeable difference:
0.1dB
Mid-Bass
:
-0.31 dB
What it is:
The average amount of over/under-emphasis in frequency response from 60Hz-120Hz.
When it matters:
Melodic bass instruments have most of their fundamental frequencies in this range. This is where the 'body' and 'punch' of the bass sits.
Good value:
+/-3dB
Noticeable difference:
0.1dB
High-Bass
:
1.86 dB
What it is:
The average amount of over/under-emphasis in frequency response from 120Hz-250Hz.
When it matters:
Most instruments get their warmth and full-ness from this range. When over-emphasized, mixes tend to get muddy and boomy.
Good value:
+/-3dB
Noticeable difference:
0.1dB
Excellent Bass Range performance. Low-bass is extended down to 13Hz, which is great. However, low-bass, which is responsible for thump and rumble is lacking by about 2dB. Bass is well-balanced and nearly flawless. High-bass is over our target by about 2dB, adding just a little bit of boominess to the sound. Also, their bass delivery varies significantly across users, and is sensitive to the quality of fit, seal, and whether you wear glasses. The response here represents the average bass response and your experience may vary.
8.3
Mid
What it is:
Frequency Response from 250Hz-2KHz
When it matters:
When the material is heavy on mid-range frequencies. This is the case for the majority of audio content.
Score components:
- 100% Std. Err.
Score distribution:
Std. Err.
:
2.25 dB
What it is:
The amount of deviation (weighted standard error) in mid frequency response (250Hz-2.5KHz) as compared to a target response that would sound perfectly balanced to most people.
When it matters:
When a balanced and neutral (reference) mid performance is desired.
Good value:
<4dB
Noticeable difference:
0.1dB
Score distribution:
Low-Mid
:
-1.16 dB
What it is:
The average amount of over/under-emphasis in frequency response from 250Hz-500Hz.
When it matters:
Most instruments have their fundamentals or low harmonics in this range. Over-emphasis in this range sounds muddy and cluttered. Under-emphasis, thins out the vocals and lead instruments.
Good value:
+/-3dB
Noticeable difference:
0.1dB
Mid-Mid
:
-0.46 dB
What it is:
The average amount of over/under-emphasis in frequency response from 500Hz-1KHz.
When it matters:
This range is occupied mostly by upper harmonics. Over-emphasis sounds forward and boxy. Under-emphasis pushes instruments to the back of the mix.
Good value:
+/-3dB
Noticeable difference:
0.1dB
High-Mid
:
2.78 dB
What it is:
The average amount of over/under-emphasis in frequency response from 1KHz-2KHz.
When it matters:
Most instruments, especially vocals, get their intensity and clarity from this range. Over-emphasis sounds honky and harsh, under-emphasis sounds weak and distant.
Good value:
+/-3dB
Noticeable difference:
0.1dB
Very good Mid Range performance. Low-mid has 1dB of dip around 400Hz, thinning out vocals/leads. But at 1dB, the effect will be barely noticeable. Mid is reproduced nearly flawlessly and is within 0.5dB of our target. High-mid is overemphasized by about 3dB, adding excess intensity and projection to vocals/leads.
8.4
Treble
What it is:
Frequency Response from 2KHz-20KHz
When it matters:
When the material is heavy on high-range frequencies, such as voice, cymbals, and any other material where brightness, brilliance and airiness is desired.
Score components:
- 100% Std. Err.
Score distribution:
Std. Err.
:
3.03 dB
What it is:
The amount of deviation (weighted standard error) in treble frequency response (2.5KHz-20KHz) as compared to a target response that would sound perfectly balanced to most people.
When it matters:
When a balanced and neutral (reference) treble performance is desired.
Good value:
<4dB
Noticeable difference:
0.1dB
Score distribution:
Low-Treble
:
2.13 dB
What it is:
The average amount of over/under-emphasis in frequency response from 2KHz-5KHz.
When it matters:
Almost all instruments rely on this range for their presence, detail, and articulation. Over-emphasis can sound harsh and painful. Under-emphasis hurts the comprehensibility of vocals and lead instruments.
Good value:
+/-3dB
Noticeable difference:
0.1dB
Mid-Treble
:
0.83 dB
What it is:
The average amount of over/under emphasis in frequency response from 5KHz-10KHz.
When it matters:
This is the sibilance range. Cymbals, vocals, and lead instruments rely on this range for brightness and presence. Over-emphasis sounds piercing and painful, under-emphasis sounds dull and lispy.
Good value:
+/-3dB
Noticeable difference:
0.1dB
High-Treble
:
-2.93 dB
What it is:
The average amount of over/under-emphasis in frequency response from 10KHz-20KHz.
When it matters:
This range gives brilliance and airiness to the sound. Over-emphasis sounds hissy, under-emphasis sounds closed-up and lifeless.
Good value:
+/-3dB
Noticeable difference:
0.1dB
Very good Treble Range performance. The 2dB bump in low-treble, which is the continuation of the high-mid overemphasis adds to the detail and articulation of vocals/leads. Treble is within 0.8dB of our target, but the peak at 10KHz could make them slightly sibilant to those with overly sensitive ears.
Raw Frequency Response
What it is:
The average uncompensated frequency response of the headphone. For in-ears and earbuds, this corresponds to the average of 5 measurements/re-seats on the dummy head (HMS). For over/on-ear headphones, this corresponds to the average of 5 measurements/re-seats on the HMS (Head Measurement System) for the mid and treble ranges, and 5 measurements/re-seats on 5 human subjects for the bass range.
When it matters:
This is for those who want to see the raw and uncompensated frequency response of the headphone. Some of the more advanced users, are able to read and evaluate headphone frequency response in its raw form and without compensation. This will be especially useful to them if they have their own headphone compensation/target curve, which may differ from the compensation curve/target response used by RTINGS.com.
5.5
Frequency Response Consistency
What it is:
The amount of deviation of each frequency response pass, from the average frequency response.
When it matters:
Shows how consistently the headphones perform after re-positioning them.
Score components:
- 100% Avg. Std. Deviation
Score distribution:
Avg. Std. Deviation
:
1.19 dB
What it is:
The average amount of deviation in frequency response of 5 re-seats, from the average frequency response.
When it matters:
Shows how consistently the headphones perform after re-positioning them.
Good value:
<0.5
Noticeable difference:
0.1
Score distribution:
Sub-par consistency performance. The Bass Range response is susceptible to consistencies due to head shape/size and also the presence/absence of glasses. Our human subject who wears glasses loses 3dB of Bass starting at 300Hz which is quite significant. The Treble Range consistency is also mediocre, with a deviation of +/-3dB at 3KHz.
7.8
Imaging
What it is:
Imaging qualities are inherent to the audio content, the headphones have to 'reproduce' them rather than 'create' them. They determine how accurately the objects are positioned in the stereo image, and how transparent the imaging is.
When it matters:
When accurate positioning of the objects in the stereo image, and clear and transparent imaging is desired.
Score components:
Score distribution:
Weighted Group Delay
:
0.18
What it is:
The average amount of group delay calculated based on a perceptual weighting filter. Group delay indicates how long it takes for each frequency to reach their maximum amplitude. This is a monaural quality and can be perceived even with one ear.
When it matters:
Headphones with lower group delay have more transparent imaging and a tighter bass. Headphones with higher group delay in the bass range tend to have a wimpy and loose bass, and headphones with higher group delay in the treble range tend to have a less transparent imaging.
Good value:
<0.5
Noticeable difference:
0.1
Score distribution:
Weighted Amplitude Mismatch
:
2.02
What it is:
The Left/Right balance of our test unit, that is, the amount of amplitude difference between the left and right drivers. This is not a design test, but a marker for manufacturing tolerance and ergonomics.
When it matters:
When a properly balanced stereo image and low manufacturing tolerance is desired. A poor score indicates a noticeable difference in level between the left and right drivers.
Good value:
<1.5
Noticeable difference:
0.1
Score distribution:
Weighted Frequency Mismatch
:
2.19
What it is:
The amount of difference (Std. Err.) between the frequency response of the left and right drivers of our test unit. This is not a design test, but a marker for manufacturing tolerance and ergonomics.
When it matters:
When an even and stable stereo image, as well as a low manufacturing tolerance, is desired. A poor score indicates there may be 'holes' in the stereo image at certain frequencies.
Good value:
<2
Noticeable difference:
0.1
Score distribution:
Weighted Phase Mismatch
:
6.83
What it is:
The amount of difference (Std. Err.) between the phase response of the left and right drivers of our test unit. This is not a design test, but a marker for manufacturing tolerance and ergonomics.
When it matters:
When an even and stable stereo image, as well as a low manufacturing tolerance is desired. A poor score indicates there may be inaccuracies in the stereo image reproduction at certain frequencies.
Good value:
<16
Noticeable difference:
3
Score distribution:
6.2
Soundstage
What it is:
Soundstage qualities are not inherent to the audio content, the headphones have to 'create' them rather than 'reproduce' them. They determine whether the sound is perceived to be coming from inside or in front of the head, how open and spacious the soundstage is, how much the headphones acoustically interact with the environment, and how strong the phantom center is.
When it matters:
When an accurately produced, large and spacious soundstage, similar to that of a stereo loudspeaker setup is desired.
Score components:
- 15% PRTF Accuracy (Std. Dev.)
- 15% PRTF Size (Avg.)
- 30% PRTF Distance
- 20% Openness
- 10% Acoustic Space Excitation
- 10% Correlated Crosstalk
Score distribution:
PRTF Accuracy (Std. Dev.)
:
2.69 dB
What it is:
The standard deviation of the PRTF (Pinna-related transfer function) of the headphones compared to a reference loudspeaker's PRTF at 30°. This quality is monaural and can be perceived even with one ear. This test does not apply to in-ears and earbuds, due to the lack of pinna interaction.
When it matters:
An accurate pinna activation is mainly responsible for how natural and speaker-like the soundstage is perceived to be. The less error in the shape of the PRTF, the more natrual and speaker-like the perception of the soundstage will be. High amounts of error may indicate a soundstage that is unnatural or odd.
Good value:
<2.5
Noticeable difference:
0.1
Score distribution:
PRTF Size (Avg.)
:
3.02 dB
What it is:
The average amplitude of the PRTF (Pinna-related transfer function) of the headphones compared to that of a reference loudspeaker's PRTF at 30°. This quality is monaural and can be perceived even with one ear. This test does not apply to in-ears and earbuds, due to the lack of pinna interaction.
When it matters:
This value is responsible for the perceived size of the soundstage. The higher the value, the larger the perceived size of the soundstage. However, values above the reference (5.0dB) could result in a soundstage that is perceived as unnatural or odd.
Good value:
>3.7
Noticeable difference:
0.1
Score distribution:
PRTF Distance
:
16.47 dB
What it is:
The depth of the "10KHz notch" of the headphone's PRTF, which is caused by phase cancellations at the concha. This quality is monaural and can be perceived even with one ear. This test does not apply to in-ears and earbuds, due to the lack of pinna interaction.
When it matters:
This value is mainly responsible for the perceived distance and elevation of the soundstage. A small distance value may result in a soundstage that is perceived to be located inside the head. Larger values may help pull the soundstage out from inside of the head and bring it to the front.
Good value:
>13
Noticeable difference:
1
Score distribution:
Openness
:
4.1
What it is:
How open the headphones are, and how open and spacious they sound. This quality is monaural and can be perceived even with one ear. This test differentiates between acoustically and electronically produced crosstalk and only takes the acoustically generated crosstalk into account. This value is the inverse of the Noise Isolation test score, and could be indirectly related the acoustic impedance of the headphones.
When it matters:
When a headphone with a sense of an open, and spacious soundstage is desired. A value of 10 indicates a fully open headphone, and a value of 0 indicates a fully closed headphone.
Good value:
>7.5
Noticeable difference:
0.5
Acoustic Space Excitation
:
2.7
What it is:
How loud the headphones are, and how much they excite their environment acoustically. If the headphones are loud and open enough, the sound leaking from the headphones will be affected by the environment (reflections/reverb) before reflecting back into the open headphones and to the listener's ears. This quality is monaural and can be perceived even with one ear. This value is the inverse of the Leakage test score.
When it matters:
Headphones with higher excitation values, similar to openness, tend to have soundstages that are perceived as more open and spacious.
Good value:
>7.5
Noticeable difference:
0.5
Correlated Crosstalk
:
0.0 dB
What it is:
How strong and solid the phantom center is. This is mostly a stereo quality and its effects on mono content are minimal. This test is sensitive to the phase of the crosstalk and whether it is produced acoustically or electronically.
When it matters:
When a true reproduction of the stereo image is desired. A value of 0 indicates no crosstalk, or that the existing crosstalk is not correlated enough to affect the phantom center. A negative score means the crosstalk is out of phase with the original signal, resulting in a slightly wider stereo image at the expense of creating a 'hole' at the center of the stereo field. A positive score means the crosstalk is in phase and positively affecting the phantom center.
Good value:
>1dB
Noticeable difference:
0.3dB
Score distribution:
8.7
Total Harmonic Distortion
What it is:
The subtle, unwanted frequencies (harmonics) produced alongside the intended frequencies.
When it matters:
When clean and pure sound reproduction is desired, though its effect is not as noticable as frequency response.
Score components:
- 50% Weighted THD @ 90
- 50% Weighted THD @ 100
Score distribution:
Weighted THD @ 90
:
0.206
What it is:
The overall amount of harmonic distortion measured at 90dB SPL. To make the score more perceptually relevant, more weight is given to the higher frequencies.
When it matters:
How pure the sound is at moderate listening levels.
Good value:
<0.100
Noticeable difference:
0.1
Score distribution:
Weighted THD @ 100
:
0.51
What it is:
The overall amount of harmonic distortion measured at 100dB SPL. To make the score more perceptually relevant, more weight is given to the higher frequencies.
When it matters:
How pure the sound is at loud listening levels.
Good value:
<0.300
Noticeable difference:
0.1
Score distribution:
Very good Harmonic Distortion performance. The overall amount of harmonic distortion is low, even at 100dB SPL, which is good. The rise in distortion under heavier loads is also minimal and happening mostly in the Mid Range which is also good.
Isolation
The MSR7NC do not have the best noise cancellation. They isolate fairly well against high-frequency noise like most passive headphones, but their active noise cancellation is a little weak and lets the rumbles and chatter of a busy commute seep into your audio. On the upside, they're not very leaky headphones, so at higher volumes, they won't be as distracting to the people around you like some of the other ATH-M headphones.
5.8
Noise Isolation
What it is:
How much outside noise is blocked out by putting the headphones on.
When it matters:
If the headphones are going to be used in a noisy envinronment (airplane, subway, etc.)
Score components:
- 29% Bass
- 29% Mid
- 28% Treble
- 14% Self-Noise
Score distribution:
Isolation Audio
:
What it is:
The simulated noise isolation of the headphones, demonstrating how much outside noise is blocked out by putting the headphones on. This recording is created using an EQ and is not an actual recording. For headphones with ANC (active noise cancellation), the playback simulates the isolation with ANC enabled.
When it matters:
When the headphones are going to be used in a noisy envinronment (airplane, subway, etc.)
Overall Attenuation
:
-14.67 dB
What it is:
The overall amount of environmental noise reduction in dB.
When it matters:
In loud envinronments like planes, trains, offices, etc.
Good value:
<-20dB
Noticeable difference:
1dB
Bass
:
-4.56 dB
What it is:
The overall amount of noise isolation in the bass range (20Hz-250Hz).
When it matters:
When the outside noise is bass-heavy, like in airplanes.
Good value:
<-15dB
Noticeable difference:
1dB
Score distribution:
Mid
:
-8.14 dB
What it is:
The overall amount of noise isolation in the mid-range (250Hz-2.5KHz).
When it matters:
When the environment's noise is mid-heavy, like in an office.
Good value:
<-15dB
Noticeable difference:
1dB
Score distribution:
Treble
:
-31.34 dB
What it is:
The overall amount of noise isolation in the treble range (2.5KHz-20KHz).
When it matters:
When the environment's noise is treble-heavy. Although uncommon, areas with sharp sounds fall under this category.
Good value:
<-30dB
Noticeable difference:
1dB
Score distribution:
Self-Noise
:
15.69 dB
What it is:
The amount of noise created by the active electronics of the headphones (if applicable), measured from 300Hz-20KHz. Applies mostly to wireless and noise-cancelling headphones.
When it matters:
If too loud, it could become distracting when listening to quiet material like podcasts and audiobooks.
Good value:
<16dB
Noticeable difference:
1dB
Score distribution:
Sub-par Isolation. The noise-cancelling system of these headphones kick-in at around 50Hz and are effective up to 1KHz. They achieve about 5dB of isolation in the Bass Range which is sub-par. In the Mid Range, the reduce the outside noise by about 8dB, which is about average. However, in the Treble Range, they achieve more than 30dB of isolation which is good.
7.7
Leakage
What it is:
The amount of sound bleeding out of the headphones.
When it matters:
When the listener doesn't want people around them (in office, recording studio, etc.) to hear what is being listened to.
Score components:
Score distribution:
Leakage Audio
:
What it is:
The simulated sound leakage heard 1 foot away from the user, while the user is listening to a 100dB SPL signal. This recording is created using an EQ and is not an actual recording.
When it matters:
When you don't want people to hear what you are listening to.
Overall Leakage @ 1ft
:
35.85 dB
What it is:
The amount of sound leakage heard 1 foot away from the user, while the user is listening to a 100dB SPL signal.
When it matters:
When you don't want people hear what you are listening to.
Good value:
<35dB
Noticeable difference:
1dB
Score distribution:
Good Leakage performance. The significant portion of Leakage sits between 400hz and 7KHz, which is a relatively broad range. However, the overall level of leakage is quite low.
Microphone
What it is:
The microphone section shows the quality of speech capture and transmission by the mic, as well as how well the microphone under test handles noisy environments.
When it matters:
For your speech to be transmitted to and understood properly by the listener, the microphone needs to have a good recording quality. If the environment the microphone is being used in is noisy, a microphone with a good noise handling performance would be needed as well.
Score components:
- 50% Recording Quality
- 50% Noise Handling
Score distribution:
Integrated
:
No
What it is:
The microphone integrated in the ear cup or ear bud of a wireless headphone.
When it matters:
For calls, gaming and voice over IP software or for any other use of the microphone.
Good value:
Yes
In-line
:
Yes
What it is:
The microphone inside the in-line remote of audio cables for wired and wireless headsets.
When it matters:
In-line microphone are usually better than integrated mics. If you need better recording quality and noise handling for calls, gaming and voice over IP software then use the audio cable of your wired or wireless headphone if it has an inline microphone.
Good value:
Yes
Boom
:
No
What it is:
A typically better microphone, that's also adjustable and extends so that the mic is closer to your mouth.
When it matters:
Much better recording quality and noise handling than in-line or integrated mics. Primarily used for gaming and voice over IP software.
Good value:
Yes
Detachable Boom
:
N/A
What it is:
A boom mic that is detachable from the headset.
When it matters:
If you want to use your headphone outdoors without the bulk and hassle of the Boom mic.
5.7
Recording Quality
What it is:
Microphone recording quality shows how natural, neutral, extended and intelligible speech would be with the device under test, in a quiet environment.
When it matters:
A microphone with a good recording quality ensures that the person listening to you would hear a full, clear, and easily understandable speech. Therefore, it is important whenever a good quality of speech transmission and intelligibility is needed.
Score components:
- 20% LFE
- 25% FR Std. Dev.
- 30% HFE
- 20% Weighted THD
- 5% Gain
Score distribution:
Recorded Speech
:
What it is:
Actual audio recording of the headphone's microphone, recorded while placed on the dummy head, with speech being played back through the dummy head's mouth simulator.
When it matters:
When a clean, full, and intelligible speech transmission is required.
LFE
:
472.58 Hz
What it is:
Low-frequency extension shows how deep the bass response of the microphone is, and therefore, how deep and full your voice would sound to the listener. It is the lowest frequency at which the frequency response reaches -3dB of the target response.
When it matters:
LFE is not a big factor in speech intelligibility and even speech recorded with a mic that has an LFE of 500Hz could still be easily understood. Therefore, it is mostly important if you are concerned with how deep and full your voice would be heard.
Good value:
<150Hz
Noticeable difference:
30Hz
Score distribution:
FR Std. Dev.
:
1.46 dB
What it is:
Frequency Response Standard Deviation shows how accurately and balanced sound is captured by the microphone at each frequency. FR Std. Dev. is calculated between LFE and HFE, and the rest of the spectrum is ignored.
When it matters:
A good frequency response is desired when a natural and neutral speech quality is desired. As opposed to HFE which is more a metric for speech intelligibility, frequency response could be considered as a metric for a natural and neutral sound.
Good value:
>3.5dB
Noticeable difference:
0.5dB
Score distribution:
HFE
:
2215.77 Hz
What it is:
High-frequency extension is the highest frequency at which the frequency response reaches -3dB of the target response. It shows how extended the treble response of the microphone is.
When it matters:
HFE is one the most important factors in speech intelligibility. The higher the HFE, the brighter, more open, and more extended the speech quality will be which makes it a lot easier to understand by the listener.
Good value:
>8KHz
Noticeable difference:
1KHz
Score distribution:
Weighted THD
:
0.14
What it is:
The unwanted frequencies (harmonics) produced alongside the intended frequencies, which cause deformation of an output signal compared to its input.
When it matters:
When clean and pure sound reproduction is desired, though its effect is not as noticable as frequency response.
Good value:
<1.5
Noticeable difference:
1.0
Score distribution:
Gain
:
22.04 dB
What it is:
Shows how much louder the microphone can go above our reference loudness level. The gain value is reported relative to our reference level, which is 94dB at a distance of 5cm from the mouth.
When it matters:
A microphone with a high gain is important when the input signal (speech) is very quiet. For example when whispering, or talking on the phone in a library.
Good value:
>18dB
Noticeable difference:
3dB
Score distribution:
6.7
Noise Handling
What it is:
How well the microphone is able to separate speech from background noise, so that the transmission would include more voice and less noise.
When it matters:
When a clean and intelligible speech transmission is desired in a noisy situation like talking on the phone on a busy street or on the bus.
Score components:
- 100% SpNR
Score distribution:
SpNR
:
18.77 dB
What it is:
Speech to Noise Ratio is the difference in level between speech and background noise as heard by the listener
When it matters:
If the microphone is going to be used in a noisy environment, it is important for it to be able to separate the speech from background noise, so the voice would be easily audible and understandable.
Good value:
>24dB
Noticeable difference:
3dB
Score distribution:
Active Features
What it is:
Headphones with active components that require a battery. This includes noise cancelling and wireless headphones that actively reduce noise or transmit audio via a wireless connection.
When it matters:
How suitable the power and wireless specifications of an active headphone will be, depending on your listening habits. The range and/or discharge time of the active headphone you select will be important if you're often on the move or have long uninterrupted listening sessions.
Score components:
- 90% Battery
- 10% App Support
Score distribution:
The ATH-MSR7NC are straightforward, wired, noise canceling headphones. They do not have any wireless features or a compatible app to customize their sound. However, since they're wired they have no latency when watching videos but do not have the range of most wireless headphones. On the upside, they provide up to 27 hours of continuous playback when the ANC is enabled but take quite a bit of time to charge.
7.4
Battery
What it is:
The power source of your headphones. All headphones with active features have a battery that will deplete over time.
When it matters:
To continue using the active features of your headphones. Some models lose features or switch off completely when the battery is drained, which limits what you can do with them until the next charge.
Score components:
- 60% Battery Life
- 25% Charge Time
- 10% Power Saving Feature
- 5% Audio while charging
Score distribution:
Battery Type
:
Rechargable
What it is:
The type of battery that the headphones use. Usually AAA or embedded, Li-ion rechargeable batteries.
When it matters:
When your headphones run out of power. Rechargeable batteries usually charge via the headphones Micro-USB port whereas AAA batteries have to be replaced or charged with an external device.
Battery Life
:
27 hrs
What it is:
The amount of time it takes for a headphones' battery to be completely drained. Battery life will vary depending on the active features used and volume level.
When it matters:
For active headphones that connect wirelessly, have noise cancellation or other audio-enhancing features, that cease to work once the battery is dead.
Good value:
>10hrs
Noticeable difference:
0.5hrs
Score distribution:
Charge Time
:
2.5 hrs
What it is:
The amount of time your active headphones have to be connected to a power source to charge from 0 to a 100%. However, charging time will vary depending on your power source.
When it matters:
To be able to use the active features of your headphones. Especially, wireless ones that completely switch off and need to be recharged when the battery is dead.
Good value:
2h or less
Noticeable difference:
0.25h
Score distribution:
Power Saving Feature
:
No
What it is:
A feature that turns off the headphones, after a set time, when they're not in use.
When it matters:
To prolong battery life when the headphones are not being used, or if you forget to manually turn off your headphones.
Audio while charging
:
Yes
What it is:
Some active headphones remain usable while charging. They continue to stream audio and do not disable other active features.
When it matters:
This makes sure that your headphones's battery are not being drained when you're relatively close to a power source. However, this means wireless headphones will need a wired connection to the power source during the charging process.
Passive Playback
:
Yes
What it is:
Active headphones that still work when all their active features are turned off or out of power.
When it matters:
If you run out of power and do not have spare AA/AAA batteries or access to a power source to recharge your headphones.
These headphones have up to 27 hours of continuous playtime at average volumes, which is great for long flights or road trips. Unfortunately, they take quite a bit of time to charge and they do not have any battery saving features like an auto-off timer. On the upside, they can be used completely passively when the batteries die and can charge while continuously playing audio.
0
App Support
What it is:
The additional app provided to enhance your listening experience. They typically deliver a set of practical features that give you more control over the sound, noise cancelling and effects that the headphones produce.
When it matters:
An app with a lot of features allows you to customize your listening experience to suit your taste and preferences. For example, additions like an equalizer can give you more bass or treble and room effects can simulate a bigger Soundstage in closed back headphones.
Score components:
Subjectively assigned
Score distribution:
Equalizer
:
N/A
What it is:
Parametric, graphic or preset sound profiles that slightly alter the frequency response.
When it matters:
If you want to tailor, your listening experience. Depending on what you're listening to you may want more or less bass for some tracks or more mid-range for vocals-heavy audio.
ANC control
:
N/A
What it is:
Control over the Active noise canceling technology. This could be either a simple on/off button, and adjustable slider or even adaptive self-regulating noise cancellation.
When it matters:
If you're in an environment where you need to monitor your surroundings or completely isolate yourself from ambient noise.
Room effects
:
N/A
What it is:
Room effects that enhance the audio quality to make it more immersive.
When it matters:
If you want to further tweak your listening experience. Adding room effects, can simulate a more spacious Soundstage or deliver a surround sound-like feel.
Playback control
:
N/A
What it is:
An in-app player that gives you access to play/stop, track skipping or volume controls directly with the app.
When it matters:
It's a shortcut that allows you to control your audio without leaving the application.
No compatible app.
Connectivity
What it is:
The inputs and outputs of wired and wireless headphones, as well as their latency performance and range.
When it matters:
To know how compatible your Bluetooth device, console or PC will be with your wired or wireless headset.
Score components:
- 10% Bluetooth
- 33% Wired
- 10% Base/Dock
- 22% Wireless Range
- 25% Latency
Score distribution:
0
Bluetooth
What it is:
Bluetooth support for wireless headphones.
When it matters:
To connect wirelessly to Bluetooth sources like your phone, tablet, console, PC and TV.
Score components:
- 80% Multi-Device Pairing
- 20% NFC
- <1% PS4 Compatible
- <1% Xbox One Compatible
Score distribution:
Multi-Device Pairing
:
N/A
What it is:
A Bluetooth profile that allows some headphones to be simultaneously connected to multiple Bluetooth sources, and have full call and media support on both/all devices they are connected to.
When it matters:
To quickly switch between your Bluetooth sources. For example, switching from your phone to your home or work PC and still have call and media support on both devices.
Good value:
2 devices.
NFC
:
N/A
What it is:
Near Field Communication technology that allows you to quickly, pair your headphones with your Bluetooth and NFC-enabled device.
When it matters:
This makes pairing with an NFC-enabled device a lot easier than the typical and often tedious hold-to-pair procedure that most wireless headphones have.
Good value:
Yes
9.1
Wired
What it is:
The type and compatibility of audio cables for wired and wireless headphones.
When it matters:
For all devices with a regular audio jack (line-out) and also compatibility of the in-line remote/boom microphone with consoles and Personal computers.
Score components:
- 13% Analog
- 9% USB
- 26% PS4 Compatible
- 26% Xbox One Compatible
- 26% PC Compatible
Score distribution:
Analog
:
Yes
What it is:
A regular 1/8" TRS audio jack or a 1/4 or 1/16 TRS with a 1/8 TRS adapter.
When it matters:
For all devices with a line out.
Good value:
Yes
USB
:
No
What it is:
A USB or USB adapter to connect to your devices for audio and microphone.
When it matters:
A digital USB adapter usually offers a slight advantages over a regular audio jack, like a DAC, and amplifier module or software support and compatibility with PCs. However it may not be as compatible with consoles.
Good value:
Yes
PS4 Compatible
:
Audio + Microphone
What it is:
PS4 compatibility with a regular 3 or 4 pin 1/8 TRS audio cable.
When it matters:
When you want to use a wired headphone with your PS4 controller.
Good value:
Audio + Microphone
0
Base/Dock
What it is:
The base station, dock or dongle transmitter of wireless headphones that receive data/audio via a proprietary frequency range.
When it matters:
Knowing the inputs and outputs of the base/dock/dongle as well as its compatibility with consoles and Personal Computers. Also whether the base supports dock charging to easily recharge the headphones without any cables.
Score components:
- 5% Optical Input
- 22% Line In
- 5% Line Out
- 22% USB Input
- 4% RCA Input
- 9% PS4 Compatible
- 9% Xbox One Compatible
- 9% PC Compatible
- 2% Power Supply
- 13% Dock Charging
Score distribution:
Wireless Type
:
N/A
What it is:
The type of wireless connection used by the base station/dock to communicate with the headphones.
When it matters:
For latency and range. For example Radio frequency has low latency but mediocre range when obstructed and proprietary docks have their own 2.x GHz or 5 GHz frequency which varies in performance.
Optical Input
:
N/A
What it is:
Optical input for audio.
When it matters:
Optical can carry a bit more data at faster speeds than typical wired connection which allows for more high quality, lossless audio.
Good value:
Yes
Line In
:
N/A
What it is:
The regular wired input via a 1/8" TRS audio jack.
When it matters:
For any device that has a line out for audio transmission.
Good value:
Yes
Line Out
:
N/A
What it is:
A regular 1/8TRS audio jack output.
When it matters:
If you need to share the audio source with other devices. A line out lets you connect other headphones or speakers to the dock/base station.
Good value:
Yes
USB Input
:
N/A
What it is:
A digital USB input instead of a typical 1/8 TRS line-in.
When it matters:
A USB connection can provide both an audio input and power to the Dock or Base station.
RCA Input
:
N/A
What it is:
Audio input using via an RCA connectors.
When it matters:
Provides better stereo audio to the dock/base that's then transmitted to the headphones.
Good value:
Yes
PS4 Compatible
:
N/A
What it is:
Dock/Base station compatibility with the PlayStation 4.
When it matters:
To be able to use all the features of the dock/base station with out losing audio or microphone capability.
Good value:
Audio + Microphone
Xbox One Compatible
:
N/A
What it is:
Dock/Base station compatibility with the Xbox One.
When it matters:
To be able to use all the features of the dock/base station with out losing audio or microphone capability.
PC Compatible
:
N/A
What it is:
Dock/Base station compatibility with your Personal Computer.
When it matters:
To be able to use all the features of the dock/base station with out losing audio or microphone capability.
Good value:
Audio + Microphone
Power Supply
:
N/A
What it is:
The connector type of the power source.
When it matters:
The accessibility of the power source. For example a power supply with USB/USB-C connects to multiple devices, PC , PS4, Xbox One or even with your regular phone charger whereas a A/C adapter is less common.
Good value:
USB/USB-C
0
Wireless Range
What it is:
Headphones that offer a cable-free listening experience over a wireless network, typically via Bluetooth or radio frequency.
When it matters:
If you don't want to be limited by the length of an audio cable. This means having the freedom to move around in your home or office with a much greater range than an audio cable could provide, especially, if the Bluetooth source is heavy or difficult to carry. Note that wireless range also depends on your Bluetooth sources' signal strength which may vary from device to device or depending on your phone model.
Score components:
- 77% Obstructed Range
- 23% Line of Sight Range
Score distribution:
Obstructed Range
:
N/A
What it is:
The range that the wireless headphones can reach before dropping any audio when the Bluetooth source was placed in another room. We test our obstructed range with a Moto E4 Plus. Results may vary depending on your phone model or Bluetooth source.
When it matters:
If you can't or prefer not to carry your Bluetooth source on you, while listening to your audio in an indoor environment. Although, the obstructed wireless range will slightly depend on your home or office layout. Note that wireless range also depends on your Bluetooth sources' signal strength which may vary from device to device or depending on your phone model.
Good value:
>35ft
Noticeable difference:
5ft
Score distribution:
Line of Sight Range
:
N/A
What it is:
The range that the wireless headphones can reach before dropping any audio when in direct line of sight of the Bluetooth device.
When it matters:
If you can't or prefer not to carry your Bluetooth source on you, while listening to your audio in a large and open environment.
Good value:
170ft or more
Noticeable difference:
10ft
Score distribution:
10
Latency
What it is:
How long it takes for audio to play through your headphones once the audio signal has been sent from a source.
When it matters:
When gaming or watching movies. High latency means you will hear the audio much later than the images you see on screen.
Score components:
- 34% Default Latency
- 33% aptX Latency
- 33% aptX(LL) Latency
Score distribution:
Default Latency
:
0 ms
What it is:
The Base RF latency or the default sub-band coding (SBC) of most Bluetooth headphones.
When it matters:
When watching videos a high latency can cause sync issues between the images you see and the audio you hear.
Good value:
50ms or less
Noticeable difference:
15ms
Score distribution:
aptX Latency
:
N/A
What it is:
An audio coding algorithm (Codec) that improves bit rate efficiency. It reduces latency and improves sound quality over Bluetooth.
When it matters:
For better sound quality if your often streaming music over Bluetooth. Also it slightly improves latency when watching videos with wireless headphones.
Good value:
50ms or less
Noticeable difference:
15ms
Score distribution:
aptX(LL) Latency
:
N/A
What it is:
Low latency variation of aptX that significantly reduces sync issues between video and sound when using Bluetooth headphones.
When it matters:
When watching videos or gaming latency is a lot more noticeable than just listening to music.
Good value:
50ms or less
Noticeable difference:
5ms
Score distribution:
Wired connection, negligible latency.
In the box
- Audio-Technica ATH-MSR7NC Headphones
- 1/8" to 1/4" Adapter
- Airline adapter
- Audio cables (x3)
- Manual
- Carrying pouch
Conclusion
SEE PRICE
Amazon.com
The MSR7NC are decent mixed usage headphones with a good sound. They won't be the ideal headphones for commuting despite being noise canceling headphones and they may be a bit too bulky for sports. On the upside, they have a good sound, a great build quality and a polished design that will appeal to casual and serious listeners.
Good for critical listening. They're comfortable enough to wear for hours and have well-balanced sound. Their bass extends into the lower frequencies, which gives a good kick without being overpowering, so you can still clearly distinguish instruments and vocals. However, there's a slight bump in the high-mid/low-treble that may push instruments a bit too forward on some tracks which could sound a bit harsh. They also do not have a wide soundstage due to their closed-back noise-canceling design, but overall they sound good enough for both casual and more critical listeners.
Mediocre for commuting. They have a comfortable fit but a mediocre control scheme and a subpar noise cancellation performance., They may be able to mask some noise if you're playing at high enough volumes, but they won't be the ideal headphones for loud environments.
Mediocre for sports. They have an easy to use but limited control scheme. Unfortunately, they're a bit too bulky and cumbersome for sport. They also create a pretty good seal around your ears which means they won't be the most breathable headphones to run with.
Average for office use. They do not leak much, so they won't distract you colleagues at higher volumes like some of the other over-ear headphones we've reviewed. However, they do not block a lot of noise so they may not be the best headphones to use in a lively and noisy office environment
Above-average for home theater use. They have a decent sound, and they're somewhat comfortable. They're also wired, so they have no latency when watching videos, but the cable may not be long enough for you to comfortably watch movies from your couch unless you have an audio cable extension.
