How loud do you play?
Over the years the average loudness level I play and listen at has reduced. Could be because I'm getting older, my system is better at lower levels, my musical tastes have changed or what have you?
I've heard systems where the owner has wanted "realistic" sound levels and it's been uncomfortable to say the least. I've also heard systems where I could whisper louder. But I've heard very loud systems that sounded fantastic. In fact, for me, one of the strengths of a very good system is it's ability to play loud but not sound loud if that makes any sense.
So, how loud do you play?
Discuss.
I've heard systems where the owner has wanted "realistic" sound levels and it's been uncomfortable to say the least. I've also heard systems where I could whisper louder. But I've heard very loud systems that sounded fantastic. In fact, for me, one of the strengths of a very good system is it's ability to play loud but not sound loud if that makes any sense.
So, how loud do you play?
Discuss.
Comments
Why do you play at that level?
Since moving to our new place I now only listen while sitting in front of the system. The house layout means I can't be in the kitchen or anywhere else while listening.
I've got a dB meter somewhere, I could measure levels at my listening position.
When I had a speaker bakeoff last year the 2 guests (Jason and Mick) wanted the levels a bit higher than I'd go for (at 6 clicks past 12).
I do find I can easily enjoy music at lower levels if circumstance decrees. When alone, I find the volume creeps up quickly though. I always want more, More, MORE!
To their credit, NVA amps seem to have low distortion, so they do not always sound 'loud' in the conventional distorted sense. Which is obviously a good thing.
Do you think you're trying to achieve realistic levels? Serious question. I'm interested in why people play loud. I do on occasion and I'm not sure why I do.
@Colin
If it depends on the music would I be right in saying you are trying to recreate live levels? So, say, folk or baroque music is played quieter than rock or full orchestral?
Further discussion:
How does the sound quality change at higher levels? All systems do, it's a matter of how.
Jim
I play moderately loud but not so loud your senses are overloaded and you cannot hear the music. My Royds just don't do loud anyway. The system just seems to create a bigger window allowing more insight into the music. I find this is not dependant on music type - they all sound better played a bit louder. Not sure if this is just a NVA thing but it is as Ben says the NVA is still very capable doing loud and still keep a coherent sound.
Be interesting to read the white paper. Cheers for that.
WTH is the garage door test?
Yes dynamics makes sense - too quiet or too loud kills the dynamics but somewhere in between sounds right ?
Good trivial pursuit question though - what is the connection between hi-fi and garage doors ????
That's him, Mike Skeet not Tony Faulkner.
Also, in my limited experience recorded music is mastered in the studio at loud/realistic levels. Does psycho-acoustic frequency response change at different dB levels? (Eg does perceived bass level roll off to a disproportionate degree as dBs reduce...?). If so, then could the eq (and overall mix) of a piece of music 'suffer' if listened to at a level different to that at which it was mastered? I don't know. Just thinking.
I like a 'decent' volume but I find dynamics are more important than absolute loudness; this might be because I use iddy-bitty little monitor type speakers. I am used to (what I perceive to be) an accurate but scaled down facsimile of the real thing, so absolute volume isn't the main thing - it's the reality of the facsimile.
WRT loudness in general, I have found that as my system has evolved and improved, loudness has become more 'invisible'. I can talk and be heard over fairly decent volumes without particularly raising my voice and endure very little fatigue having listened for quite a time.
I have also found I enjoy a little more volume this last few months, as I seem to be developing tinnitus which can be obtrusive at low to medium volume. Happily, my wife finds the volume less objectionable as the quality of the system improves.
But it's not just the system that adds distortion, the room will mercilously reinforce and amplify any system distortion.
Intersting PoV Jim. Why do you think that mid range distortion is present if you cannot hear someone speak at 85dB music loudness? (or am I missing something). I did quite a bit of work (industrial research) on sound levels in the workplace a few years back as part of a H&S drive. Any sustained background noise levels of 85dB will result in having to raise your voice to be heard at 1m distant, distortion or no, so I guess it depends on the music, since most music (with the exception of dynamically compressed recordings) don't stay static at one level for long. I'd agree that you should be able to talk over peaks of 85dB. Can you expand on where the distortion bit comes in?
I was making the general point that all systems distort, particularly in the midrange. I didn't and wouldn't put any dB numbers on it as there are so many factors that affect the situation. Hence my "fairly high levels".
The room will reinforce/amplify the signal, it's unable to discriminate between signal and distortion. Given that we are trying to listen to music we are unfortunately very able to detect distortion (except Naim users ;-) ). Any distortion will be very obvious particularly when the room makes it worse with reflections getting to our lugs - which as they weren't in the original signal qualify as distortion in my book. Also, depending on amplitude, items in the room will add their own 'tune' - radiators, windows, rattling picture frames, ornaments etc etc. And, unsurprisingly, it's not just low bass that shakes things.
I'm not for a minute suggesting that sources and amps are perfect - far, far from it. But all decent electronics have minimal distortion figures and therefore produce a fairly accurate output compared to the input.
Speakers on the other hand have appalling distortion - even really posh expensive ones. Add to that what the room is doing and well, it's a wonder we put up with it actually.
But battening down the hatches, so to speak, can cure a lot of the grossest problems.
Yet, they rarely explain what particular room problem they have treated, or how the specific treatment they have installed effects certain issues and not others - they deal in terms of simple bass, midrange and treble. I wonder how much understanding there is about this.
I would want to understand exactly what I was trying to treat first before trialling different treatments - yet every primer on the subject I have seen is from room treatment experts and retailers who advocate extreme applications and installations. Also, this seems to be a technical area, and there is often little patience with the novice who wants first to see how involved this is going to get.
I was trying to emphasise that it's worth dealing with what's currently in the room that may be rattling/shaking/resonating etc.
Once that's sorted then there may be a need for "room treatment".
As to understanding what you're doing, one way to approach it is to regard the sound as light and make sure nothing that may reflect or absorb is directly in front or to the sides of the cabinets.
It's all too easy to get bogged down in the "science". Sound is either absorbed or reflected - there is no other state, really.
Too much reflection is heard as a phasey and over live sound. Too much absorption is heard as a dulling or softening of transients - simplified but close enough.
EQ is turning certain things down a bit - which surely helps, but it seems to me (in my ignorance) that it complements a bit of physical treatment.
Barry Diament, a mastering engineer, posted somewhere that if a room is "ringing", it needs to treated rather than simply attenuating the problem frequencies. This seems to make sense to me.