![]() Why Beryllium?There is no doubt that of all the commercially-available materials today, beryllium domes yield the finest sounding compression drivers with all of the mechanical power handling capability of titanium or aluminum. Beryllium has the highest stiffness to density ratio of all commercial driver dome materials. This allows the diaphragm to have a low overall mass, which greatly improves the responsiveness and still remain rigid over a wide frequency range, eliminating the “breakup” associated with the mechanical deformation of traditional domes at their resonate frequencies. Another critical advantage of beryllium in diaphragm applications is that it performs up until failure mode with a minimum of sound quality degradation.Why Truextent™?Our beryllium diaphragm assemblies blend the finest materials and design methodology to yield true clarity of sound.
Why Clarity of Sound? The sound reinforcement market DEMANDS compression drivers that can dissipate a lot of power and produce high Sound Pressure Levels (SPLs). The Truextent brand of compression driver diaphragm assemblies can deliver that, and much, much more. Unlike titanium diaphragm assemblies, whose breakup mode occurs around 4kHz where the ear is most sensitive, our beryllium diaphragm assemblies have been designed with a breakup mode shifted to above 15kHz, which is higher than all the fundamental frequencies by an octave. The associated breakup harmonics fall well above the range of human hearing.The beryllium used in the Truextent design is thinner compared to other titanium or aluminum drivers which further increases detail. By faithfully reproducing the input signal, the NEED for high SPLs actually goes down, since the system no longer needs to compensate for missing frequency bands by overdriving. Vocals and instrumental sounds can be clearly heard by the audience at an overall lower SPL with the same perceived “volume”, resulting in a more pleasing audience experience. Sign up for Truextent Updates » |





The sound reinforcement market DEMANDS compression drivers that can dissipate a lot of power and produce high Sound Pressure Levels (SPLs). The Truextent brand of compression driver diaphragm assemblies can deliver that, and much, much more. Unlike titanium diaphragm assemblies, whose breakup mode occurs around 4kHz where the ear is most sensitive, our beryllium diaphragm assemblies have been designed with a breakup mode shifted to above 15kHz, which is higher than all the fundamental frequencies by an octave. The associated breakup harmonics fall well above the range of human hearing.
