Herb Reichert

I was talking to a couple of oldster audiophiles standing outside the glass-walled Woo Audio room. They were raving about some Von Schweikert Audio speakers when I interrupted them to ask, "Have you heard the Abyss headphones?" They laughed and smirked…

The first I heard about Elac's new Debut line of speakers was from two 12-year-olds at T.H.E. Show Newport Beach 2015. "Elac's room is making the best sound at the show," they said.

Elac? I thought. I have an Elac Miracord 40A turntable. Hmmmm...

So I walked to Elac's room and listened to the Debut B5 bookshelf speakers ($229.99/pair). I was impressed—but maybe not as impressed as everyone else in the room seemed to be. In the halls, people were raving: "Did you hear Andrew Jones's new speaker?" Show bloggers went crazy. People kept asking me, "Herb—what'd you think of the Elacs?" My polite response was always, "I'm glad I'm not in the business of making $1000/pair speakers."

Everyone in the room can hear the difference when I swap one phono cartridge for another. Same thing happens with loudspeakers. This is because both of these magnet-based transducer technologies are electromechanical devices, traditionally made of paper, wood, iron, and copper. (Nowadays, polymers, aluminum, and carbon composites are more typical.) Both are motor-generator mechanisms that either convert mechanical energy into electrical energy (cartridges) or vice versa (speakers). As audio devices, they are spool-and-wire simple, but even tiny changes in the materials and/or how those materials are configured can cause easily audible differences in how they transmit or present recordings of music. Why? Because every gross fragment and subatomic particle of these electromechanical contraptions is moving and shaking—shaking everything from the tiny jumping electrons to the wood, metal, and/or plastic containers that fix and locate these motor generators in space.