
Paradigm Speakers. The achievements of the company Paradigm Speakers and what makes them award winning and explanations as to what makes them better than so many other speakers.
 |
For an unprecedented fifteen consecutive years speakers made by Paradigm have been rated #1 in Perceivable by the distinguished
publication 'Inside Track'. Also being awarded the prestigious "First Place Overall" four times during the past decade.
Innovative design, advanced materials and state-of-the-art engineering have made Paradigm Speakers an international leader in
speakers. From the best-buy Cinema and Performance Series to the sensational Monitor Series, from stunning subwoofers to
incredible in-walls, Paradigm speakers set the standard for superior sound.
They're renowned for their exceptional sonic accuracy, wide dispersion, ultra-low distortion, vast spaciousness, precise
localization, deep bass and staggering dynamics.
Better measurements, better materials and better components always result in better sound, and better speakers.
Paradigm Speakers purpose-designs robust drivers for specific speakers and to ensure superb consistency the crossovers boast
hand-selected precision parts. High-power, high-current amplifiers with oversized power supplies and massive heatsinks
deliver tremendous (and instantaneous) power output at all times. Acoustically inert high-density hardboard reinforced by
strategically located radial braces limit unwanted resonances and increase enclosure stiffness.
Precision, accuracy, consistency and long-term reliability. These are inherent characteristics of even the smallest
Paradigm component part.
Frequency response measurements of Paradigm Speakers clearly indicate the degree to which unwanted resonances and colorations have been
brought under control. Thus, the ability to measure accurately is a fundamental part of building a better speaker.
At Paradigm, the concern with sonic accuracy led them to create research and development facilities that are
among the most sophisticated and comprehensive in the world!
We also take advantage of a number of highly advanced tools for component design. One of the most useful is a
process called Finite Element Analysis, or FEA. FEA can be used to optimize drive units and enclosures, detect
break-up distortion in cones and domes, monitor magnetic flow or heat dissipation, perform stress analysis, and more.