Why Full-Range Drivers Fall Short

In this video, we dive into the pitfalls of full-range drivers and why they often fail to deliver high-fidelity sound across the entire audio spectrum.

Full-range drivers that can produce decent bass often struggle with beaming and distortion in the upper midrange and treble, especially as they attempt to reach 20 kHz.

We explore how Shinjitsu Audio overcomes these limitations by using extended range drivers from Mark Audio, paired with high-performance horns or Air Motion Transformers (AMTs) for the upper frequencies.

Learn how our approach ensures a more balanced, detailed, and dynamic sound that full-range drivers simply can't match. We discuss key concepts such as beaming, distortion, and the benefits of using dedicated high-frequency drivers to augment extended range drivers, resulting in a superior listening experience.


Full-range drivers vs extended range drivers
Speaker design pitfalls
Full-range driver limitations
Beaming in full-range drivers
Distortion in full-range speakers
Mark Audio extended range drivers
Horn vs AMT tweeters
Speaker high-frequency augmentation
Shinjitsu Audio speaker technology
Extended range driver benefits
Why horns sound better
AMT tweeters vs full-range drivers


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