DESIGN
INSPIRED BY
THE CLASSICS
DESIGN APPROACH
Our guiding principle is encapsulated in the claim "Inspired by the Classics." We intricately blend the charm of traditional speaker design with the benefits of modern technology. By reimagining classic speaker concepts and infusing them with the precision of digital amplification and state-of-the-art speaker units, we craft audio experiences that resonate with both the nostalgia of the past and the demands of the nowadays music lover like you. Each hand-built speaker from New Fidelity delivers a timeless aesthetic paired with cutting-edge performance, inviting you to rediscover your music selection.
DIGITAL AMP
Designing a speaker with digital amplification offers several advantages over traditional analog speaker design. It enables meticulous tailoring of the audio signal, optimizing performance with high precision across various frequency ranges. Furthermore, digital amplification minimizes signal distortion, ensuring a cleaner and more accurate reproduction of the source material. Beyond precise speaker control, this technology incorporates advanced features like individual room correction, resulting in a more refined and adaptable audio experience.
FAST WOOFER
We exclusive use large and lightweight paper cones in our speakers for several technical advantages. The substantial size of the cones significantly enhances air displacement, optimizing low-frequency response for greater impact and detail. The choice of paper as the material ensures a more natural sound reproduction, while the lightweight nature of the cones contributes to superior impulse and transient response. This combination results in a precise and authentic sound.
HORNLOADED
Our employment of horn-loaded compression drivers distinguishes itself in high-frequency precision by optimizing acoustic energy transfer. Unlike soft dome drivers, this technology offers superior efficiency, minimizing distortion and maximizing detail reproduction. The controlled dispersion characteristic of horn-loaded drivers enhances directivity and reduces unwanted reflections.
DESIGN
INSPIRED BY
THE CLASSICS
DESIGN APPROACH
Our guiding principle is encapsulated in the claim "Inspired by the Classics." We intricately blend the charm of traditional speaker design with the benefits of modern technology. By reimagining classic speaker concepts and infusing them with the precision of digital amplification and state-of-the-art speaker units, we craft audio experiences that resonate with both the nostalgia of the past and the demands of the nowadays music lover like you. Each hand-built speaker from New Fidelity delivers a timeless aesthetic paired with cutting-edge performance, inviting you to rediscover your music selection.
DIGITAL AMP
Designing a speaker with digital amplification offers several advantages over traditional analog speaker design. It enables meticulous tailoring of the audio signal, optimizing performance with high precision across various frequency ranges. Furthermore, digital amplification minimizes signal distortion, ensuring a cleaner and more accurate reproduction of the source material. Beyond precise speaker control, this technology incorporates advanced features like individual room correction, resulting in a more refined and adaptable audio experience.
FAST WOOFER
We exclusive use large and lightweight paper cones in our speakers for several technical advantages. The substantial size of the cones significantly enhances air displacement, optimizing low-frequency response for greater impact and detail. The choice of paper as the material ensures a more natural sound reproduction, while the lightweight nature of the cones contributes to superior impulse and transient response. This combination results in a precise and authentic sound.
HORNLOADED
Our employment of horn-loaded compression drivers distinguishes itself in high-frequency precision by optimizing acoustic energy transfer. Unlike soft dome drivers, this technology offers superior efficiency, minimizing distortion and maximizing detail reproduction. The controlled dispersion characteristic of horn-loaded drivers enhances directivity and reduces unwanted reflections.
