About Stillpoints

The Stillpoints Difference – Damping vs Isolating

Damping: a decrease in the amplitude of an oscillation as a result of energy being drained from the system to overcome frictional or resistive forces.

Isolation: The act of isolating. The quality or condition of being isolated.

Isolate: to cause to be alone or apart

If you have a device that has direct contact from top to bottom, (12 o’clock to 6 o’clock) like single bearing devices, no matter what the materials used, it is damping — not isolating.

True isolation does not have a direct path between surfaces. Stillpoints patented technology stacks bearings such that there is no direct contact between the component and the surface upon which it rests.

Human hearing is generally considered to be 20Hz-20kHz. With electronics, Stillpoints’ technology effectively functions over 20kHz. Typical damping products operate below 20kHz; thus shifting tonality. Despite this tonal shift, Stillpoints can easily be used with damping products to great success.

The materials used in Stillpoints are ceramics and stainless steel. They will last many lifetimes. What other product, from any industry, has the same permanence?

After a very short break-in period, the Stillpoints filter performs without change or degradation.

Considering the amount of performance and pleasure derived from a Stillpoint over time they are a unique bargain.

Testimonials

“The Ultras (both Minis and SS) are really dangerous: hear them once and you’ll be addicted. They are so effective that other such accessories, even products that are akin to the Stillpoints principle, such as Finite Elemente Ceraballs, pale by comparison. Such is the added agility, resolution and subtlety, that Ceraballs sound comparatively dark and dull. Of these two versions, ultimately, the Ultra SS is my favourite, for its more complete, fuller, more visceral sound and wider soundstage but the Ultra Mini comes remarkably close and given their relatively modest price it should definitely be on your short list.”  Read more…