A custom bespoke Verticalhorn reference
Cylindra V·CB brings together Verticalhorn geometry, a cylindrical wave high range and a DMC controlled bass engine built around twelve by eight inch drivers, aiming for musical truth rather than an engineered effect. An FPGA based FIRTEC processor maintains linear phase and time correct handoffs between drivers, while APANI's FullScale approach preserves full digital resolution end to end. Together these produce a holographic soundstage, an unusually dark and quiet background, and deep bass with real structure rather than volume for its own sake.
A loudspeaker does not adapt you to it. Cylindra V·CB is built to learn who you are.
Cabinet and mechanics
Each Cylindra V·CB is assembled from more than two thousand individual components. Multi material sandwich construction gives the cabinet rigidity and low resonance, while bass, midrange and high range each operate in their own mechanically decoupled chamber, with all electronic sections fully isolated from one another. A push pull architecture keeps the whole structure stable, so the cabinet stays inert even under full dynamic load.
Finish, bespoke by APANI
Every Cylindra V·CB is one of a kind. Any customer request can be realised, alongside APANI's own exclusive finishes, among them Perlato, a refined composition of gold and black with a subtle depth that integrates into almost any interior while elevating it.
The digital chain, APANI FullScale
Whether the source is CD, DVD, SACD or a streaming service, music exists losslessly in the digital domain until something in the chain reduces it. FullScale is designed to carry the signal directly from source to loudspeaker without manipulation and without any reduction in word length, applying volume only at the very end of the signal path rather than earlier in a preamplifier stage. This preserves full resolution and micro dynamics, and removes the cable and conversion losses that a conventional chain introduces. Cylindra V·CB is designed to be completed by the APANI ICE digital preamplifier.
