In audio systems, distortion and harmonic distortion define true fidelity. They directly impact clarity, purity, and listening comfort—key indicators of high-performance sound reproduction.

Ⅰ. Harmonic Distortion: What It Is & Why It Matters

Harmonic distortion adds unwanted frequencies to the original signal, generated when audio passes through components like amplifiers and speakers. These extra frequencies—harmonics—degrade sonic purity.

Causes & Effects

Nonlinear behavior in electronics or acoustic devices introduces distortion. The result:

• Low-frequency distortion: muffled, loose bass
• High-frequency distortion: harsh, brittle treble
• Mid-frequency distortion: unnatural vocals and instruments

Industry Standards

• Hi-Fi systems: THD < 1%
• Professional gear: THD < 0.1%
• High-end audio: THD ≤ 0.01%

Ⅱ. Understanding Distortion: Beyond Harmonics

Distortion measures how much the output differs from the input. Key types include:

• Intermodulation distortion: frequencies mix, creating muddiness
• Transient distortion: smeared attacks, like drums losing punch
• Phase distortion: blurred imaging and unstable soundstage

Low distortion means clear, detailed, authentic sound. High distortion means muddled, artificial, and fatiguing listening.

Ⅲ. How We Improve Sound: Reducing Distortion

We focus on:

1. High-linearity components for cleaner signal paths
2. Advanced circuit design with precise feedback control
3. Real-time DSP correction to compensate for distortion
4. Optimized acoustics and crossovers for accurate speaker response

These steps ensure purer, more engaging, and truer-to-source audio.

Controlling distortion is central to our design philosophy. Through continuous innovation and careful tuning, we deliver audio that moves you—clearly, deeply, and authentically.