Low volume listening dynamics


Hey all, question: I listen to music at a relatively low volume, but I still want the clarity to hear the details. So, will a high sensitivity speaker/driver (95 and above) give me more detail at lower volume than a less sensitive speaker? Or am I on the track in my logic (not the first time)? Or are my ears getting old? Thanks all!
tmalkki

Showing 2 responses by mikelavigne

high sensitivity speakers are important, but even more significant is the ’first’ watt of your amplifier. most music lives in the quiet subtle passages, and some amps suck at low volumes. they need to get going to come alive.....especially some (but not all) high power amps with lots of ’junk’ in the circuit that the music has to ’come through’. the speaker can't overcome a degree of sluggishness for an amp at low volumes. it's just the messenger.

so it’s the combination of speaker and amp that is significant.

a great ’first watt’ typically comes down to a great power supply and a good, low noise, power grid. minimal parts count in the amp circuit and zero global feedback also contribute to a great ’first watt’. it frees up the energy to be more immediate and alive at low volumes.

good luck in your quest.......if you can put the whole picture together it will improve the musical involvement.
and......of course......there is always the ’sit closer’ idea for times when you want more immersion at lower SPL’s.

it does allow for less ’room’ and more ’direct signal’......so the energy does not dissipate as much.

i’m in the near-field all the time anyway. but my room is ’super-tuned’ to be balanced at ’warp-9’ even when i’m in the near field. took many years of work to do that. room reflective glare drove me back until i figured it out. but at low volumes that reflective glare is much less. so it’s a quick and easy (and free) thing to try.

might need to adjust toe in for tonal balance and imaging for sitting closer.....but the advantages might be worth it even if those are slightly compromised if it's occasional.