Loudspeaker FAQ
 

What is a bi-pole loudspeaker system?

A bi-pole loudspeaker system is one with drivers front and rear operating in phase. Some bi-pole designs are designed with different drivers front and rear and there are some in which rear passive radiators, used as tuning devices, only act as a bi-pole at a narrow range of frequencies. 

Loudspeaker FAQ
 

What is a bi-pole loudspeaker system?

A bi-pole loudspeaker system is one with drivers front and rear operating in phase. Some bi-pole designs are designed with different drivers front and rear and there are some in which rear passive radiators, used as tuning devices, only act as a bi-pole at a narrow range of frequencies. 

ClairAudient Loudspeaker Specifications
 

ClairAudient Loudspeaker Specifications
 

Audience Loudspeaker Design and Technology

Every speaker available today operates on the same physical principle that converts an electrical signal to mechanical/acoustical energy in order to convey audible sound through air. The differences in performance between one speaker and another are achieved by the manner in which the electrical to mechanical conversion is accomplished. Over the last 50 years or so modern loudspeakers have grown in sophistication and technology. However, with these advancements and technologies has come unnecessary complexity and problems which inherently detract from ultimate resolving power and the realistic portrayal of the musical event. Recently, the engineering team at Audience has succeeded in advancing beyond the compromises which plague even the best conventional speaker systems. With the development of the ClairAudient Loudspeaker Systems, our dream of an elegantly simple yet sophisticated driver technology has become reality. The compelling musicality of the ClairAudient line exists because of the painstaking research and engineering that produced the most sophisticated full range driver ever imagined. ClairAudient speakers have no disparate drivers (mids, woofers or tweeters). When the troublesome complexities of trying to blend the sound from different size drivers are eliminated the result isunprecedented coherency with uniform and coloration free output across the entire frequency range.

Audience Loudspeaker Design and Technology

Every speaker available today operates on the same physical principle that converts an electrical signal to mechanical/acoustical energy in order to convey audible sound through air. The differences in performance between one speaker and another are achieved by the manner in which the electrical to mechanical conversion is accomplished. Over the last 50 years or so modern loudspeakers have grown in sophistication and technology. However, with these advancements and technologies has come unnecessary complexity and problems which inherently detract from ultimate resolving power and the realistic portrayal of the musical event. Recently, the engineering team at Audience has succeeded in advancing beyond the compromises which plague even the best conventional speaker systems. With the development of the ClairAudient Loudspeaker Systems, our dream of an elegantly simple yet sophisticated driver technology has become reality. The compelling musicality of the ClairAudient line exists because of the painstaking research and engineering that produced the most sophisticated full range driver ever imagined. ClairAudient speakers have no disparate drivers (mids, woofers or tweeters). When the troublesome complexities of trying to blend the sound from different size drivers are eliminated the result isunprecedented coherency with uniform and coloration free output across the entire frequency range.