True Colors Unveils the Podium: Advanced Anti-Vibration Platform for Audio Fidelity
True Colors has unveiled the Podium, an innovative anti-vibration device designed to enhance audio performance. Combining isolation and damping properties within a single structure, the Podium effectively shields audio equipment from external vibrations while absorbing oscillations generated internally by the devices themselves. This dual functionality sets the Podium apart in the realm of HiFi isolation solutions.
Crafted from a magnesium alloy, the Podium houses a multi-layered Vibratium core, a proprietary matrix material developed over six years by True Colors. This advanced construction ensures comprehensive vibration control across a wide frequency spectrum. Additionally, the platform is equipped with Isoneu vibration-isolating supports at the base, further enhancing its ability to maintain stability and reduce unwanted noise.
Measuring 430 x 355 mm, the Podium is available in six variants, each offering varying thicknesses and masses to cater to different audio setups. Prices range from €400 to €1600, reflecting the diverse options available for enthusiasts seeking to optimize their sound systems. The laminated matrix design not only isolates against low-frequency vibrations from sources like loudspeakers but also mitigates internal noise from transformers, motors, and electronic circuits.
By providing an inert platform with minimal sonic signature, the Podium ensures that audio devices perform at their peak, revealing intricate layers of detail, tightening lower frequencies, and enhancing dynamics and rhythm. Users can expect an expanded soundstage with increased vividness and holography, all while maintaining neutrality and preserving the naturalness of vocals.
The sleek and minimalist design of the Podium allows it to seamlessly integrate under turntables or other system components, making it a versatile addition to any high-fidelity setup. With its innovative approach and technical excellence, the Podium by True Colors represents a significant advancement in audio isolation technology.
