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Meyer Sound Amie Monitor Review

Rate this speaker:

  • 1. Poor (headless panther)

    Votes: 8 2.9%
  • 2. Not terrible (postman panther)

    Votes: 39 14.3%
  • 3. Fine (happy panther)

    Votes: 164 60.1%
  • 4. Great (golfing panther)

    Votes: 62 22.7%

  • Total voters
    273
While respecting whatever NDAs you have, can you describe what your work involves? Are you doing Atmos Music mixes, movie mixes? I imagine Atmos isn’t used for indie projects, so you must be working big budget tentpoles or streaming shows?

Can you give an example of a mix note that you would have gotten in the past which occurs less with your setup?

Yeah, Atmos for streaming (promos and shows), 5.1/7.1 for Indie films.

Dialog clarity was always a challenge... sounded clear and forward on the Gennys but didn't translate as intelligible elsewhere.

For years I've said you have to learn your speakers in your space and mix around your deficiencies... but for me, a big help was that the Amie's keep more sound off the walls than the Genelecs did.
 
It's hard to say -- I notice this even at moderate SPLs and I had the JBL 4319 which has low distortion on 12" woofer, but doesn't have the same characteristic even if you adjust the EQ for a warm tilt. The JBL 708P is more forward not necessarily tinny, but there is a difference in perceived sound stage even with a mono speaker in how the vocals lie in position relative to the rest of the band.


I have a larger room with different speakers; these Amie's will be used at about 8 feet listening distance.




Looking at the residual price of the older Meyer HD-1, I sort of look at these like parking my money somewhere for a while. But yes, life's short and sometimes you have the luxury of making the decision with your heart not your brain. The heart was having the same speakers as Skywalker Sound. The brain is sending this in to see how in measures when the stated intent by the manufacturer isn't revealing what's on a recording but providing a method to hear the larger speakers in a smaller space with sufficient sonic transparency. At least based upon my subjective impressions, I think the sound genuinely convey a large cinema sound in a way that I didn't expect. Sending these in for a spin will let the curious and DIY'ers see if they replicate any of the concepts tested here and get the same effect. I cannot fit the Revel F328Be on my Elfa wall unit shelf and they're pretty hard to ship if I move or do need to sell them.

The Neumann KH150 is the pacing challenge to beat. At $3500, they are a true bargain compared these. In keeping with my belief about measurements and science, it's pretty clear they're the better choice for most people, most of the time.

For value though, I had to weigh the circle of confusion given how much content I listen to that is mixed at places like Skywalker Sound, is something that I was willing to pay more for.

"... a recording that is too bright can make a dull loudspeaker sound good, and an accurate loudspeaker sound too bright."

You can now try to EQ your Neumann KH150, Genelec, or JBL 708P to have the same sort of downtrending FR that the Amie is producing to better simulate what the engineers heard, but how did you know what EQ to apply to your gear?
Someone had to buy one first and send it to Amir...

When I get these back, I'm going to try listening to some Christopher Nolan films on these. People always talk about his dialogue being hard to hear, but the DGA with his committee went with Meyer Sound, maybe it turns out that it sounds fine on the Meyer Amie.
You just said a mouth full!!!! Bravo Zulu!!!!!
 
It’s perfectly reasonable to ask if the Amie works as an audiophile product.

1) Why not get the Neumann Kh150 if the price is way cheaper and it measures better and has more features?

2) Why not get the Genelec 8351B if the price is the same and it measures better?

My answer is pretty clear: most audiophiles probably should get the other speakers since it’s a safer recommendation backed by measurements.

Yet, I am pretty sure I am going to keep these if my first impressions are consistent during the trial period.

I am not trying defend the product or convince you of my decision. I am instead trying to share my experience since that is what discussion and science is about. We can simulate speakers with headphones and customized HRTF. Maybe we can simulate other speakers with neutral speakers, so if anything, these measurements might help others who don’t buy the Amie but can learn something from the experience.

In the beginning
It all started with Ahsoka and my Monolith HTP-1. With Dirac, it was easy to load a Harman-official Dirac curve and compare it to the StormAudio Dirac curve.

The sound of blasters and lightsabers were vastly different in terms of sound character/timbre from the FR difference. Which is correct? Should these lightsabers be raw and strident, reflective of the fallen Jedi Order and the progression toward the harsh sound of Kylo Ren’s lightsaber? Or am I just hearing sibilance and a HF boost for what should be a weapon of a more civilized time?

Is what is on the recording that is reproduced by my setup what the director and recording engineers intended for playback? Is it possible to have a superior experience to even what the director heard?

Also while watching Ahsoka, there is a rapid roll off in bass in the recording. Using community-sourced BassEQ enhances the fun factor/experience.

So what is more important? Reproducing exactly what’s on the recording? Optimizing my in-home experience? Some variant of both?

This led me down the path of trying to figure out what Skywalker Sound used in its studios and I learned about the Meyer Sound Amie. Of course, Meyer Sound is well known for events and shows such as this. I filled out the form to “let me know when this is in stock” assuming that it would be 6+ months before a pair came in and then a demo unit came in.

Does it sound different?
Yes, to me in sighted listening. I put down my claim in writing that the Amie measures reasonably flat on axis according to reviews but to my ears they are more rolled off or smoother than the JBL 708P which also measures flat on axis. That is true. We know why with the spinorama — the difference in off axis results.

Circle of confusion means that with the FR squiggles alone, if this is what Skywalker Sound is mixing on, I will have a higher chance of approaching the sound in the dubbing stages at Skywalker Sound if I have the same exact speakers than picking something else. This is an active speaker with squiggles and the Acheron 80 has the same squiggles, perhaps more constrained by size/SPL.

In the first 5-10 seconds of any test track, there is smooth but less-than-usual treble. This is a negative impression. I made the claim that soundstage changes in a way that I have never heard. When comparing the JBL 708P against a Rogers BBC Ls3/5a, vocals float higher on the BBC monitors than the JBLs even though the LS3/5a is a much shorter speaker. I don’t love the sound of the LS3/5a, but the FR irregularities probably generate an Atmos HRTF like effect.

Some speakers widen (Bose 901) or heighten (Magnepan MG3+ class) the sound stage. Some image pinpoint and others image diffusely. Some have narrow sweet spots while others are more relaxed. Besides your usual speakers, I have heard MBLs, Sony acrylic omnipolars, ribbon tweeter box speakers, ribbon tweeter Magnepans, non ribbon tweeter Magnepans, open baffle. These Amie’s sound different to me.

When comparing the Amie against the 708P, I hear the FR tilt, but more importantly, there is a clear sensation that the stage is further away, in a good way, and less headphone-like. This is at 8 ft.

Movies, we know. I went through my usual pure music tracks. I enjoy listening to something in just about every genre. Symphonic recordings sounded like the experience in the actual symphony hall, while live recordings, like the Eagles, mirrored what the old MTV concert looked like. Highly processed multi track music from the La La Land soundtrack (likely mixed on JBL) sounded great as did classic audiophile songstresses like Rebecca Pidgeon. Did I hear the rosin on the bow of the violins or the dripping sweat of the rock star? No. It doesn’t have the hyper real detail but it had a soundstage that felt like I just upgraded and remodeled my home.

This sensation of “I feel like I upgraded my room” is most subject to sighted bias and my REW sweep doesn’t show anything obvious. Looking at the way Pierre showcases early reflections, you can see how dramatic the difference is. It may still be sighted bias, but if it isn’t bias, at least there’s something that may be worth investigating.

Even though a single speaker sounds narrow and you don’t have spaciousness, the subjective experience in stereo is the exact opposite! The speakers completely disappear and even the classic audiophile test track of a person talking in phase and then out of phase was grin-inducing in just how diffuse the out of phase portion was. Many of us have heard this track or some variant of this track for decades, but this was the first time I actually had a grin! This is the last track on my test playlist to make sure I haven’t wired anything incorrectly.

Again, sighted bias or the difference in-room, I will let you decide.

Making a decision
Put yourself in my shoes for a bit. It almost hurts that I really like this speaker.

If it measured amazingly, solved the circle of confusion, sounded good subjectively, and had great reliability and customer service — we’d all be thrilled and basically just hope the tech trickled down to lower costs over time. “Congrats on making it to the end game.”

If it sounded close enough to the JBL 708P, it would be an easy decision also. I would return it, and pocket the change and move on. Just as we are well beyond the point of diminishing returns for DACs, maybe the same is true in the present era for speakers.

But this is crazy expensive so keeping it means selling off other gear. This measures idiosyncratically and it would be easier if Amir thought it sucked and said it was all my sighted bias but even he thought it was surprisingly better than he would have thought… and I know the effect that stands out are effects that require stereo. It solves the circle of confusion for a lot of Hollywood produced content, and subjectively it sounds great to my ears…

The safe choice is for me to return the speakers.

Another reasonable choice is to say I am returning the speakers in this forum, keep them, and avoid the scrutiny of “Am I really wasting all this money on a subjective feeling that isn’t clearly backed by science?”

This site, more than any, has proven that a prestigious brand name and high price does not translate into audio performance.

On the other hand, you have
1. Skywalker Sound, with far deeper pockets than ours, coming to the conclusion that nothing existing in the market met their needs. They must have sampled JBL, Genelec, Neumann, or any other number of studio monitors and found them lacking. Again, 2014-ish era.

2. You have Meyer Sound, which publishes measurements and develops in house simulation software for simulating multiple speakers and arrays providing a solution to Skywalker Sound’s request about making small rooms sound like bigger cinemas, which is very different from what an audiophile may request about transparency to a recording.

If you watch the second half of this video where they talk about modeling and measuring rooms and developing a statistical model of a room transfer function, you see their approach is clearly science driven and focused on multiple speakers not just a single anechoic design. They are not a “we use special silver and copper wires and fancy capacitors” type of company.

3. My brief experience which was favorable.

4. Amir’s measurements showing that my subjective experiences may have explanations in measurements (as opposed to a -300 dB difference).

I am taking a leap of faith that this speaker is going to work out in the long run. Maybe this is another example of the emperor having no clothes, but just maybe, just maybe, we are seeing where the Preference Score based upon monaural speaker testing and all of the benefits of mono testing has blind spots in certain conditions.

Just as important as the question, “does the Meyer Sound Amie sound good?” Is the question, “why couldn’t Skywalker Sound go with another brand of monitor speaker?”
You like what you like, and no one should be able to shake you from that. I saw a video on YouTube discussing how people hear differently due to the pinna of the ear. It was very interesting how two people listening to the identical thing can hear differently. Just get what you like! Jimmy Jam and Terry Lewis at one time mastered on Westlakes. They're now doing their own immersive speaker thing (for studios), this is the emergence of what I call individual hearing paradigms. I for one like Meyer speakers as well as Danley's ...I also like Revels and other in that company. I'm glad you sent it in to @amirm and he did an excellent review on a good speaker. All I can say is enjoy yourself!!!!!!
 
I will have to listen and report back. Have not been feeling well....

Take care. If you do feel better, and are up for it, it’d be neat to see a 106 dB distortion sweep if it can do it.

The manual also says that 10V input gets you the maximum SPLs, and it would be interesting to see what that value actually is and what a sweep looks like in terms of compression and distortion.
 
THD is below 1% down to 50hz at 86dB free field. That's insane for a 6.5" class active speaker.
Neumann KH 150 does it better at less than half of the price and has DSP built in? Not to mention the KH150 -3 is 39hz, making it perfectly usable without a sub. I wouldn't use this one without sub, the bass extension is just not there.
 
Just anecdotally, I didn't pay close to MSRP. I'm happy to make a recommendation if you are looking for a reseller who will work with you on price.
 
I think the main thing about this speaker is the narrow directivity, while the rest is in reality very good for studio monitor purpose. Many situations in the pro audio world (where this is originally targetted to) require that, as on site recording and mixing control rooms for broadcast are often in very small spaces (vans or trucks). These systems are also often equiped with their own dsp in the monitor controllers that are part of the digital broadcast mixers they use in those setups.

Meyer sound is very popular for jazz and classical music p.a setups (altough it's used for a lot more) and there there is a demand for such a monitor type, and big budgets for systems availeble (as a lot of money goes arround in that branch of music). Many live concerts in those styles are recorded on site for broadcast and/or release, and hearing what you record is for those music styles essential (as a good recording is 90% of the job to have a good result. Neumann, Genelec and the likes are all wide dispertion, what makes it hard to have a good sound in a small metal construction like those vans or trucks. Narrow dispertion takes away the biggest part of the direct reflection, and as the engineer is always sitting in the same space, it does not matter. So the Amie is perfect for that spot, and very popular.

The Amie is not ment as hifi speaker and is not marketed as it also. But many hifi enthousiasts like that narrow dispertion (as they sit in a seat alone most of the time) for the same acoustic reasons. Certainly in diy land that is one of the reasons why compression drivers in horns are so popular, and is also why fullrange single driver systems with narrow dispertion are less a problem for many than measurments would suggest.

It may not fit you, but for the intended market, the Amie is one of the best commercial speakers arround that i know about. I would not buy it, but it's a great speaker for it's intended use, that is sure. But for those budgets, i'll rather get a JBL or a Neumann. It would fit me more.
 
Neumann, Genelec and the likes are all wide dispertion, what makes it hard to have a good sound in a small metal construction like those vans or trucks. Narrow dispertion takes away the biggest part of the direct reflection, and as the engineer is always sitting in the same space, it does not matter. So the Amie is perfect for that spot, and very popular.
Though it seems to me KH150 has a very similar dispersion width to the Amie (source and full comparison here):
Horizontal:
1696320449445.png

The horizontal radiation looks almost identical up to about 7kHz when it becomes different due to the dips and peaks being in different places.

Vertical:
newplot (1).png

There's a bit more difference in vertical dispersion (mainly due to the different crossover region) but still relatively similar up to 7-8kHz.

IMHO it would be really interesting to compare these two speakers blind side-by-side!

Genelec on the other hand seems like it has wider dispersion - though we lack a full spinorama for the comparably sized 8040B to be certain!
 
As requested, I tried to find the upper limit of the speaker. It seems that 96 to 97 dB is it:

index.php


As you see, it compresses the upper bass and midrange above 97 dBSPL. I don't know why they let the lower frequencies keep going. In my surveys of music, 40 Hz is peak frequency so don't know how this would help things in that manner.

Above is very much zoomed in. Here is the response zoomed out at 106 dBSPL:

Meyer Sound Amie Studio Active Monitor Speaker  Power 106 dBSPL measurement.png

You can see that the midrange is limited to 100 dBSPL while the tweeter has reached 106 as has bass below 100 Hz.
 
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As requested, I tried to find the upper limit of the speaker. It seems that 96 to 97 dB is it:

index.php


As you see, it compresses the upper bass and midrange above 97 dBSPL. I don't know why they let the lower frequencies keep going. In my surveys of music, 40 Hz is peak frequency so don't know how this would help things in that manner.

Above is very much zoomed in. Here is the response zoomed out at 106 dBSPL:

View attachment 316499
You can see that the midrange is limited to 100 dBSPL while the tweeter has reached 106 as has bass below 100 Hz.

BTW, the limiting one sees on a sweep would be quite a bit more than what actually happens with real transients — i.e. the peaks measured with short BW limited burst tones.
 
It’s definitely interesting to see how it compares to the much bigger Neumann KH420z. The 6.5” woofer struggles but tweeter on the Amie actually keeps up!
Yeah, the tweeter is totally unimpressed. It'll hit 110+ dB @ 3% no problem. I mean, it kind of has to given how low the XO is if you want to keep IMD down, but still. Given how the waveguide should have little effect at the high end and 1" domes are around 90 dB / W / m, that has to be approaching 100 W!
 
I think it would be also interesting/informative if we could see higher order harmonic distortion above the 5th when pushing speakers beyond 96dB.
 
As requested, I tried to find the upper limit of the speaker. It seems that 96 to 97 dB is it:

index.php


As you see, it compresses the upper bass and midrange above 97 dBSPL. I don't know why they let the lower frequencies keep going. In my surveys of music, 40 Hz is peak frequency so don't know how this would help things in that manner.

Above is very much zoomed in. Here is the response zoomed out at 106 dBSPL:

View attachment 316499
You can see that the midrange is limited to 100 dBSPL while the tweeter has reached 106 as has bass below 100 Hz.
I wonders why limit only that part but not whole woofer and tweeter to that level, having the whole speaker clip at that point is a good hint to the user he is running it too hot, limiting part of it will make it sound like the sound balance is off
 
As requested, I tried to find the upper limit of the speaker. It seems that 96 to 97 dB is it:

index.php


As you see, it compresses the upper bass and midrange above 97 dBSPL. I don't know why they let the lower frequencies keep going. In my surveys of music, 40 Hz is peak frequency so don't know how this would help things in that manner.

Above is very much zoomed in. Here is the response zoomed out at 106 dBSPL:

View attachment 316499
You can see that the midrange is limited to 100 dBSPL while the tweeter has reached 106 as has bass below 100 Hz.
I think this is a worthwhile test to do on active speakers with limiters - this is a good indication of actual SPL limits.
 
Amie vs. S360

As requested, I tried to find the upper limit of the speaker. It seems that 96 to 97 dB is it:

index.php


As you see, it compresses the upper bass and midrange above 97 dBSPL. I don't know why they let the lower frequencies keep going. In my surveys of music, 40 Hz is peak frequency so don't know how this would help things in that manner.

Above is very much zoomed in. Here is the response zoomed out at 106 dBSPL:

View attachment 316499
You can see that the midrange is limited to 100 dBSPL while the tweeter has reached 106 as has bass below 100 Hz.

well, the power seams to be limited?
than where the port is doing half the work less power is needed?

BTW, the limiting one sees on a sweep would be quite a bit more than what actually happens with real transients — i.e. the peaks measured with short BW limited burst tones.

it could also be letting transients trough, i.e. limiting with slow atack
 
well, the power seams to be limited?
than where the port is doing half the work less power is needed?

it could also be letting transients trough, i.e. limiting with slow atack

From the limited vantage point of those in-room sweeps. Sure...

However take a closer look at these other published reviews:




Neumann KH150
Screenshot from 2023-10-05 04-03-10.png

Power compression. Measured with a multitone signal with EIA-426B spectrum, starting at an average level Leq of 89.3 dB. Based on this reference measurement, the input level was increased in 1 dB steps up to +11 dB, where the compression by the limiter exceeds the 2 dB limit (red curve). The graphic in Fig.06 was derived from the measurement of the green curve.

Screenshot from 2023-10-05 04-03-54.png

Figure 6. Measurement of the total distortion (harmonics and intermodulation) with a multi-tone signal with EIA-426B spectrum and 12 dB crest factor for a maximum of 2 dB power compression or a maximum of -20 dB distortions. Based on 1 m in the open field, a level of 98.2 dB as Leq and 110.4 dB as Lpk is achieved.

Screenshot from 2023-10-05 04-04-42.png

Maximum level based on 1 m distance with a maximum of 3% distortion (red curve) and with a maximum of 10% distortion (<300 Hz) (blue curve)


Meyer Sound Amie
Screenshot from 2023-10-05 04-02-04.png

Power compression. Measurement of the Amie with multi‐sine signals, starting with a time‐averaged sound level Leq of 92 dB (0 dB reference). For the further measurements, the input level was increased in steps of 1 dB up to +16 dB. For the woofer, a clear compression starts at +12 dB (yellow curve [actually, it's more like orange]). For the measurement in Fig. 11, a level setting corresponding to the yellow curve with a compression <2 dB was selected (Fig. 10)

Screenshot from 2023-10-05 04-03-27.png

Figure 11. Multitone measurement with an EIA‐426B spectrum (green curve). The achieved time‐averaged sound level Leq is 103 dB, while the peak sound level Lpk is 115 dB with -25 dB total distortion (TD = THD+IMD). Both values refer to 1 m distance in free field under full space conditions (4π). The measurement’s termination criterion was a signal compression (see Fig. 10) of a maximum of 2 dB (Fig. 11)

Screenshot from 2023-10-05 04-04-12.png

Maximum level for a maximum of 3% (dashed) or 10% THD for the Amie (red) and for the Amie‐Sub (blue). The curve of the 10% measurement series is primarily caused by the onset of the limiter rather than reaching the distortion values. Both systems perform at a high level and are free of weaknesses (Fig. 9)


*It's quite unique for this compact size of a monitor, really... The Amie was deliberately designed not needing to be high passed at 80 Hz or so -- and is meant to be run "full-range" as-is. The Sub is primarily there to extend the operational response below ~45 Hz or so.

Screenshot from 2023-10-05 04-19-27.png

For the subwoofer, the signals from all front and surround speakers are summed in the bass management and then filtered with a low-pass filter. This filter is tuned in such a way that only those components are extracted from the signals that lie below the Amie monitors’ frequency range, which is approximately everything between 25 and 45 Hz. the subwoofer thus acts as a downward extension of the frequency range by one octave. In addition to the front and surround channels’ low-frequency components, the subwoofer also receives the LFE signal, which requires no further filtering and is only adjusted in phase and level.

With the help of an all-pass filter, the LFE channel’s fixed phase response matches the other channel’s low-pass filter phase response. The LFE signal can be boosted by 10 dB in case a film sound signal is played back directly, by using the LFE gain switch. Decoders in surround processors or DVD players usually add the 10 dB amplification on their own. in such cases, a 10 dB gain in the subwoofer’s LFE input is not necessary.
 
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I have and use these monitors for 3 years. I use them for quality controlling final mixes here in order to hear balance, insights into the stereo picture, to verify tonal accuracy etc. A fantastic tool. If one buys from a big Meyer Sound dealer substantial price discounts are offered. Our main studio monitor system is a giant PMC superstack. I use these Meyer Sound AMIE to check my mixes off of the PMC's. Also in house are the Neumann monitors and AMIE offers far more inner detail than any of the Neumann monitors. I also appreciate the vanishingly low distortion of the Meyer sound.

The monitor has tremendous dynamic range capability.

They are a true near field monitor and listening further away than 2-4 feet is improper useage.
 
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