Solitaire S 530

In a typical listening room, the earliest and most destructive reflections come from the ceiling and floor — they arrive within milliseconds of the direct sound, comb-filtering the frequency response and collapsing the perceived soundstage depth. Cylinder Wave Technology addresses this at the source rather than with room treatment. By carefully controlling the vertical radiation pattern of the loudspeaker through driver spacing, cabinet geometry, and crossover design, T+A creates a sound field that expands horizontally (filling the room with consistent coverage) while remaining tightly controlled vertically. The energy directed at the ceiling and floor is dramatically reduced, which means fewer early reflections reaching the listener. The practical effect is striking: the speakers seem to disappear, the soundstage becomes wider and deeper, and the tonal balance remains remarkably consistent whether you are standing, seated, or moving around the room. This technology is especially effective in rooms with hard floors or low ceilings where conventional speakers struggle with excessive reflections.

A loudspeaker cone should ideally behave as a rigid piston — moving uniformly across its entire surface. In reality, every cone material has resonant modes where different parts of the cone flex independently, creating coloration and distortion. Most manufacturers address this with heavy damping materials that suppress resonances but also reduce efficiency and transient speed. T+A's StarStabilizer takes a different approach: a star-shaped reinforcement structure is bonded to the cone, with each arm precisely calculated to break up the symmetrical resonance patterns that would otherwise form. The silicon powder coating adds controlled damping at the molecular level without adding significant mass. Combined with a deliberately calculated conical arc geometry — where the cone's curvature is optimised to direct vibrational energy toward the surround rather than allowing it to reflect back — the result is a driver that maintains true pistonic motion across its entire operating bandwidth. This means cleaner midrange, tighter bass, and more accurate transient response without sacrificing the efficiency and dynamic responsiveness that lightweight cones provide.