looking for some good computer speakers for my PC on my desk...

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herbeapuce

Audiophyte
Hi.

I am new here ....

I would like to ask if some of you can recommend the good makes and models of computer speakers ? I read about the Audioengine 5 + but the price is too much for my walet... what do you think of the Swans 1080-IV ?
I would like to pay under $200 ....

what would you buy for around $200 ?

thanks
stef
 
j_garcia

j_garcia

Audioholic Jedi
How about the A2? They are $199 just a few clicks below the A5+
 
LAB3

LAB3

Senior Audioholic
I have a Klipsch Pro Medial 2.1 I have had several years that has a full sound for the money. Under a $160.00.
 
agarwalro

agarwalro

Audioholic Ninja
Amazon has the Behringer 1030A for $200 shipped.

Since a picture is worth a thousand words, here is the room response for my set, no correction what so ever. There is a sub crossed over at 95 Hz and I have it running hotter than the 1030a. The response has some software/hardware issues above 10K that have not been resolved. (it is most likely due to the Radio Shack SPL Meter that is doubling up as a input mic.)

 
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B

bonejob

Audioholic Intern
Hi.

I am new here ....

I would like to ask if some of you can recommend the good makes and models of computer speakers ? I read about the Audioengine 5 + but the price is too much for my walet... what do you think of the Swans 1080-IV ?
I would like to pay under $200 ....

what would you buy for around $200 ?
For $200-ish? I've heard NOTHING else for that price that is the overall equal - let alone superior - to the Audioengine 2.

Somebody else on this thread recommended the Behringer 1030A. The frequency response graph looks impressively flat, but I think it important to note that speakers designed as "studio monitors" are tools first, designed for what is essentially an industrial purpose, for precise control of the mixdown products in the recording production process. The design goal is clean, fast, detailed and up-front presentation - particularly in the critical midrange area - when used in "near-field" conditions within the strictly controlled - and near anechoic - acoustic environment of the typical recording studio control booth.

It follows that these goals overlap quite a bit with the design goals for good home speakers. But it would be misleading to take the position that they completely coincide! Lack of awareness of this is why so many people are surprised and disappointed when they discover that the highly-regarded so-called "professional studio monitors" they bought sound lousy when they get them home.

Get the Behringer 1030A if you like it, but DON'T buy it unless you either can hear them first or are guaranteed full return privileges if not satisfied. Near-field monitors like these do actually stand a decent chance of working well as desktop computer speakers.

But for my money, the Audioengine 2 is a grand-slam home run. I haven't heard anything else at the price that is even close. And, if you don't like it, Audioengine has a generous 30-day return policy. But I just CAN'T wrap my head around the thought that someone might actually say, "These things really SUCK!" and then pack them up and send them back for a refund. In my view, the only plausible reason why you might want to return these is if the UPS guy made a pass or two over them with his delivery truck first.
 
GranteedEV

GranteedEV

Audioholic Ninja
It follows that these goals overlap quite a bit with the design goals for good home speakers. But it would be misleading to take the position that they completely coincide! Lack of awareness of this is why so many people are surprised and disappointed when they discover that the highly-regarded so-called "professional studio monitors" they bought sound lousy when they get them home.

That has nothing to do with whether they're studio monitors or not. That's to do with whether they're lousy speakers or not. Yes, some people like lousy speakers as studio monitors, but they measure poorly.
 
zieglj01

zieglj01

Audioholic Spartan
Event 20/20 and Tannoy speakers, worked fine for me in a home.
 
j_garcia

j_garcia

Audioholic Jedi
For $200-ish? I've heard NOTHING else for that price that is the overall equal - let alone superior - to the Audioengine 2.

Somebody else on this thread recommended the Behringer 1030A. The frequency response graph looks impressively flat, but I think it important to note that speakers designed as "studio monitors" are tools first, designed for what is essentially an industrial purpose, for precise control of the mixdown products in the recording production process. The design goal is clean, fast, detailed and up-front presentation - particularly in the critical midrange area - when used in "near-field" conditions within the strictly controlled - and near anechoic - acoustic environment of the typical recording studio control booth.
This is partially true, in fact the "overlap" area tends to work favorably in a home environment in most cases vs the opposite. The listening position in a typical home theater is still likely to be within a range that a studio monitor will perform well. I've heard powered Mackies fed with signal from some nice gear in a huge open space and they sounded excellent.
 
B

bonejob

Audioholic Intern
That has nothing to do with whether they're studio monitors or not. That's to do with whether they're lousy speakers or not. Yes, some people like lousy speakers as studio monitors, but they measure poorly.
I don't disagree with that, as far as it goes. But I have heard well-respected studio monitors in the home setting that just don't seem to work. It is also true that many good home speakers are not such good tools as monitors.

I think there is a difference in design approach between the two and I cite for comparison two related and revered JBL products, the 4310 studio monitor (as well as series upgrades 4311, 4311a, 4312 and 4312a) and the L-100 Century. The 4310 series was a hugely successful compact studio monitor JBL sold for roughly the quarter century from the mid-60's to the late 1980's. In 1970, JBL released the L-100 Century, ostensibly a "home version" of the 4311. JBL's ad copy at the time enjoined - and I paraphrase here - "Wouldn't you really rather listen in your home to the same compact studio monitor that more of the engineers who produce your records prefer over any other?" The implication was clear. The L-100 was being sold as a 4311 studio monitor in a prettier cabinet.

But this really wasn't so. The enclosure volume was the same, the driver complement was identical, although for the studio monitor, the driver layout was inverted, with tweeter at the bottom, as a concession for their most common overhead mounting configuration. But it didn't take long for people to notice that the two didn't sound the same, quite noticeably different in fact. And this was true even if the monitors were turned upside-down and positioned on the floor like the L-100's typically were, and even if the grills were both removed. It was noticed that the drivers, while the same, were not mounted on the baffle boards the same, either laterally or with respect to time-alignment. The crossover networks were quite different, too. On both, the component selection and build quality were typical top-drawer JBL, but the designs were different.

The L-100 seemed to exhibit - at least to my ear - a broad and smooth rising characteristic through the upper midrange, producing what people at the time liked to call that "Classic West Coast Sound." The 4311 sounded more neutral, but still a touch on the "shouty" side compared to what I was then used to - similarly sized and priced Acoustic Research AR-3a's. Both JBL's sounded great with small jazz combos to large jazz bands - especially nice with horns and percussion. But with strings, chamber music or full symphony orchestra, I was not that impressed; neither made me want to trade my AR-3a's for them. On both speakers, the bass was very tight and controlled with excellent timbre definition, but there wasn't really a whole lot there below about 50 Hz. I found that a bit surprising in a 2½-cubic-foot system with a 12" woofer, I must say. Clearly, JBL sacrificed low bass extension for efficiency, clarity and definition - a legitimate, defensible and quite logical design choice for a studio monitor in my opinion. To this day, people debate - sometimes passionately - about which sounded better, the 4311 studio monitor, or its prettier relative, the L-100 Century.

The point is that JBL apparently thought that simply dressing up a 4311 in gorgeous walnut veneer and a very fashion-forward (for the time), albeit somewhat gaudy, bright orange waffle-pattern cast foam grill (this was still the "Age of Beige") would not be enough for selling a home version of this speaker. They felt they had to fiddle with the innards, changing the sound, the "voicing" of the speaker, to make it more suitable in a home environment. I don't feel qualified to say they were wrong to do so. BOTH versions were outstanding successes in their intended markets and both are still in high demand, commanding top dollar in the collector market.

As for reference to speakers that "measure poorly," you make it sound as if speakers are "lousy" if they measure poorly, as if the measurement is what makes a speaker good or lousy. I disagree. Measurements are informative, good for confirmation and analysis after the fact, but they are poor as predictors. While it is true that poor measurements are usually accurate predictors of a bad-sounding speaker, it is also true that good measurements are accurately predictive of NOTHING.

The reason for this should be obvious. Our ears, and the brains that process what we hear, are still much more sophisticated than our tools for measurement. The effect of this is that it shouldn't be a surprise that if you've just heard a good speaker, you can look at the graphs and charts and find data that confirms what you have heard. But since our measurements are imperfect and incomplete, that means if you've just listened to a bad speaker, you MAY find the issue in your measurements, or you may NOT, because what your ears and brain flagged as unpleasant didn't get measured!

Good evaluation requires two things - QUANTIFICATION and QUALIFICATION. Our tools quantify things - an limited subset of things - but very useful because our brains naturally suck at it. But our tools QUALIFY nothing! Because they are just tools - "Dumb as a bag of hammers" is really the truth. Luckily, for qualifying things, our brains are SUPERB! So, since our brains are much better at qualifying (excellent) than our tools are at quantifying (fair-to-good at best), and our brains are better at quantifying (piss-poor) than our tools are at qualifying (not in the game at all), it follows that the focus should always remain FIRST on what we hear, SECOND on what we measure.

:D:D:D:D
 
GranteedEV

GranteedEV

Audioholic Ninja
But I have heard well-respected studio monitors in the home setting
Well respected has nothing to do with it. There's a lot of well respected crap.

I think there is a difference in design approach between the two and I cite for comparison two related and revered JBL products, the 4310 studio monitor (as well as series upgrades 4311, 4311a, 4312 and 4312a) and the L-100 Century.
And we're using 1970s speakers that measure like crap...why???

As for reference to speakers that "measure poorly," you make it sound as if speakers are "lousy" if they measure poorly,
Because they are.

as if the measurement is what makes a speaker good or lousy.
That is how a reproduction tool operates, yes. If it is accurate, it will measure accurately, and vice versa.

I disagree. Measurements are informative, good for confirmation and analysis after the fact, but they are poor as predictors.
Only if you don't have inadequate measurement capability and/or don't understand measurements. They're in fact very good predictors.

it is also true that good measurements are accurately predictive of NOTHING.
Except... that isn't true.

Our ears, and the brains that process what we hear, are still much more sophisticated than our tools for measurement.
Nor is this, presuming biases such as aesthetics are removed..

But since our measurements are imperfect and incomplete
Except they're not.

that means if you've just listened to a bad speaker, you MAY find the issue in your measurements
* you WILL find the issue; assuming you're thorough.

, or you may NOT, because what your ears and brain flagged as unpleasant didn't get measured!
Then you either weren't thorough, or you take offense to accurate sound reproduction (which can be valid in the case of a poor recording).

Our tools quantify things - an limited subset of things - but very useful because our brains naturally suck at it. But our tools QUALIFY nothing!
We don't qualify "the sound" in isolation - we can however qualify its correlation to the measurements. We can measure far beyond the thresholds of audibility; the vice versa is untrue.
 
B

bonejob

Audioholic Intern
Well respected has nothing to do with it. There's a lot of well respected crap.
"Well respected" implies consensus. So, it's "crap" because YOU don't agree with that consensus. Who died and appointed you the Arbiter That Trumps All? :rolleyes:

And we're using 1970s speakers that measure like crap...why???
The comparison is valid for demonstrating my point, that studio monitors and home loudspeakers are designed for different jobs, and that manufacturers have long acknowledged that. I chose that particular comparison also because it involved a rare instance in the history of audio where one basic design is created for both markets, but with consciously divergent performance characteristics (beyond the merely cosmetic) to account for differences in applications and performance expectations by their intended users.

:rolleyes: And BTW, what is the cutoff date? How old do speakers have to be before you feel it is safe to dismiss them as "crap," engineered by fools, mere philistines and idiots compared to modern-day, more enlightened THOU?

There has certainly been a fair amount of water under many bridges since then in terms of technical advances, etc. But old speakers, engineered in a time when the primary research tools were trial and error and aesthetic judgement - when loudspeaker design was as much a black art as a science - were NOT all crap! One could say that given their lack of so much technology we now take for granted, that they made speakers that sound as good as they did was a remarkable achievement.

So, what do today's wizards - with all their technological wherewithal - use as an excuse for why so many MODERN speakers still sound like crap? I am NOT talking about speaker makers who build crappy speakers on purpose - for a specific, likely uneducated market. I am talking about technically competent designers who, despite wonderful tools and good intentions, still manage to make speakers that sound worse - sometimes MUCH worse - than Winslow Burhoe was able to make with little more than his ears, a pad of paper and pencil, and a slide rule?

That is how a reproduction tool operates, yes. If it is accurate, it will measure accurately, and vice versa.
:eek: NO! NOT vice versa! You are assuming the measurements are complete, perfect and actually account for EVERYTHING. They aren't, and they CAN'T.

Only if you don't have inadequate measurement capability and/or don't understand measurements. They're in fact very good predictors.
NO, they are NOT! That you think so only betrays experimenter bias on YOUR part.

Except... that isn't true.
Again, you assume the perfection of the measurements!


Nor is this, presuming biases such as aesthetics are removed..
Wrong AGAIN! As a musician, I am qualified to have an informed opinion about whether or not a given speaker's reproduction of say, a string quartet, actually sounds like a string quartet. And I don't require the charts and graphs to make that judgement. And if the speakers' reproduction doesn't pass muster, but the measurements say that these speakers are the greatest thing since the invention of the wheel, that disqualifies the measurements on their face. That there is a difference that can be heard tells me that the measurements aren't measuring EVERYTHING, they are only measuring what they are designed to measure!


Except they're not.
So, here we meet a total impasse. YOU have just said that measurements of loudspeaker performance are perfect and complete. In other words, there is no longer anything about loudspeaker performance that isn't completely understood and completely measurable. Ridiculous on its face!


* you WILL find the issue; assuming you're thorough.
And around and around we go. I can be as thorough and conscientious as the day is long, but my measurements are limited by what they are designed to measure. They can measure ONLY that.

Then you either weren't thorough, or you take offense to accurate sound reproduction (which can be valid in the case of a poor recording).
So, now you just insult me? :mad: Inadequate measurements done thoroughly and with meticulous attention to detail are STILL inadequate. As for me "taking offense" at accurate sound reproduction, I remind you of my previous string quartet example. If the speakers in question really ARE accurate reproducers, they should indeed sound like a string quartet - enough so for suspension of disbelief. If they do NOT sound credible in direct comparison to the real thing, there is nothing to "take offense" at, unless I just don't like string quartets. I merely notice the comparison, and that the copy doesn't match the original. That is an objective judgement, not an aesthetic one.

This does assume a few things, I admit. It assumes that the recording itself, as well as the other equipment in the reproduction chain are not seriously flawed, in which case my complaint lies not with the speakers but elsewhere.

We don't qualify "the sound" in isolation - we can however qualify its correlation to the measurements. We can measure far beyond the thresholds of audibility; the vice versa is untrue.
:eek: And again, you are missing it! I concede to you that measurements of fine gradations in say, frequency response indeed do detect fractional dB deviations from ideal with much finer resolution than can our ears. But in the end - STILL! ALL you've measured in that case is frequency response, albeit VERY accurately. My point is that among ALL the parameters that conceivably might have influence over our perceptions of reproduced sound, that conceivably might influence our judgement about the accuracy of a speaker's reproduction, our super-accurate measurements you hold so sacred are - at the current state of the art - measuring only a subset, not the whole picture.

Like with everything else, the technologies of measurement are continuing to improve. The theoretical sciences behind audio reproduction are refined continuously and with them, new measurements are devised to take these theoretical advances into account. What's more, the new knowledge and insights - as with every field of inquiry - come from unexpected places. You are saying there is nothing left to know about loudspeaker theory and design, that it is all completely understood. So we should then, I guess, stop this wasteful expenditure of human effort and capital on research! We already know all the answers. I say that's ridiculous!

Clearly, we disagree so fundamentally that communication in any meaningful sense is only slightly more likely than persuasion. So this is it for me.

:(:(:(:(
 
jonnythan

jonnythan

Audioholic Ninja
Give me one example of a speaker that measures well but sounds bad.

We'll all wait.
 
A

alphaiii

Audioholic General
Give me one example of a speaker that measures well but sounds bad.

We'll all wait.
Problem is... what "sounds bad" to someone is subjective... so anyone can say a speaker that measures well still sounds bad to that individual... and no one can really argue that point because it's that individual's opinion. Plus, other factors play in - like that person's room acoustics, placement, ect - that can lead to someone saying a speaker sounds bad despite it measuring well under anechoic/quasi-anechoic conditions.

For instance, I did not like the Infinity Primus bookshelves I heard about 5 years ago or so that a friend of mine had... But any measurements of Primus speakers I've seen are always solid.

I wouldn't go as far as to say they sounded bad... but they didn't suit my preferences (at the time at least).

In any case, good objective performance doesn't always guarantee something will suit an individual's preferences. Of course, you can have the reverse scenario too - hell, look at how many of Totem's speakers measure - some of the most colored speakers I've seen... and yet some folks love them.

Then of course, there is the fact that FR plots only tell a piece of the information that would really be needed to say whether a speaker sounds good or bad, and many times when people references measurements to argue something performs well, they only reference FR plots (many times that's all that available). I assume you are referring to a more complete set of measurements though.

And I'd argue that it takes some real world experience to look at a more complete set of objective measurements that also includes CSD, polar response, and distortion plots, to really say a speaker will or will not sound good to a given person.

Still, I get your point... and I'm not against it necessarily... just playing devil's advocate a bit.
 
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zieglj01

zieglj01

Audioholic Spartan
What happened to the OP???
It is possible that the OP may have already bought, and is enjoying the speakers - and may not
be interested in reading a volleyball debate, between speaker measurements and sound.:)
 
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zieglj01

zieglj01

Audioholic Spartan
For instance, I did not like the Infinity Primus bookshelves I heard about 5 years ago or so that a friend of mine had... But any measurements of Primus speakers I've seen are always solid.

I wouldn't go as far as to say they sounded bad... but they didn't suit my preferences (at the time at least).
I bought the Primus more than once, I wanted to give them
another chance. The end result is, I fired them again.
They do sound good for their price range, and are working
in other homes.:)
 
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