The acoustic tower, the low-frequency extension system and the transducer module are not three independent technical paths. They share the same EESM excitation, AMB suspension and AAIM impedance-control base — the only difference is what shape the same building blocks are stacked into.
A hexagonal honeycomb sealed enclosure with 16 × 120 mm EESM-AMB transducers stacked vertically delivers near-omni coverage through -3 dB/m vertical field attenuation.
A 5-inch FMLA sandwich composite diaphragm paired with dual 9.5-inch ultra-long-stroke drivers uses all-digital direct drive to push low-frequency error below the audible threshold.
A 120 mm coaxial transducer module combining magnetless excitation with active magnetic levitation — the shared acoustic and mechanical foundation of the entire product line.
Whether you buy a full tower or a single driver, the step across the transducer is the same one.
The voice coil is driven directly by the Lorentz force, removing the gap non-linearity between the permanent magnet and the coil so that only a linear electrical-to-magnetic relationship remains between force and input signal.
The voice coil floats inside an actively controlled magnetic field, and the suspension gap is compensated in real time by a microsecond-latency feedback loop that removes mechanical friction and non-linearity from the system entirely.
A negative impedance converter inverts and re-injects the acoustic output of the transducer rear chamber in real time, equivalent to turning a 1.5 L micro-chamber into an infinitely large one.
The hardware is not soldered shut. DIP-8 standard socket modules let the amplifier, DSP and drive modules each be replaced on their own.
A deliberate discovery-mod path: upgrade to op-amps such as Sparkos / OPA2134 yourself, without replacing the unit.
Module slots are reserved for future expansion rather than soldered to today’s needs.
The "Sniff & Hear" mechanism lets the unit detect and sync cloud music libraries and firmware automatically.