“Real” bass vs. “Boom” — how do you know which?


Hi,

I'm working on positioning a new pair of Ohm Walsh 100's in my listening room. I think I'm getting close to an optimal positioning with regard to soundstaging and imaging, but I'm less sure when it comes to tonal balance.

How can you tell if the bass you're hearing is “real bass” vs. ”boom“ from room interactions?

Oddly shaped room, around 12' x 15', wood floors, speakers placed asymmetrically (out of necessity) along long wall: both speakers are 20 inches from rear wall. Right speaker is 16 inches from right wall, left speaker is around 5 feet from left wall. Two pieces of soft furniture: day bed (listening position) opposite speakers, and lounge chair to left of left speaker. Windows on three of four walls, with soft blinds on them, although I've generally been more pleased with the sound with the shades up.

Thanks in advance!!
rebbi

Showing 2 responses by kijanki

"Thats great that you got rid of bad sounding equipment but it did nothing to your room."

Bob - that's true but the room, as we all know, is the most expensive part of any audio system. At least I stopped floor from resonating (and it was a cheap fix).
Three things improved bass in my system making it more articulate (shorter) and dynamic - new interconnects, new amp and vibrapods under speakers. My old amp had boomy, woolly bass that covered most of the midrange. It got better after replacing power supply cap and much better with my new class D amp. Vibrapods made bass short and even ("musical" would be the right word) by eliminating floor resonances that spikes (placed on coins) failed to do. It is difficult to say how it should sound since concerts have own, often bad, acoustics. Headphones as reference might be good but some of them are bass heavy while the others (like my Sennheisers) are bass light.

Vibrapods at $6 a piece are the cheapest (and the greatest) improvement in my system. They come in 5 different weight ranges. It will be different for the two front ones and the back once - use scale to find exact load.