QVATTVOR True Balanced Step-Up Transformer

Fully Differential MC Step-Up Architecture

 

QVATTVOR is built around a single principle:

The signal is treated as a differential entity from the very first point of contact.

Rather than adapting to connection standards, the architecture defines how the signal is handled at every stage, based on physical behaviour rather than connector type.

 

Architecture

All QVATTVOR models share a unified fully differential structure:

• floating differential RCA input - maintaining signal symmetry in unbalanced connections,

• true dual mono magnetic structure - complete channel and field separation,

• native balanced XLR output - preserving differential integrity through the output stage.

The signal remains differential throughout the entire transformation process.

RCA output, where present, is derived at the final stage for system compatibility without altering internal signal structure.

 

Design Principle

QVATTVOR is not defined by connectors or configurations.

Each model operates as a fully differential system regardless of how it is connected.

The architecture remains constant.
The implementation defines the resulting signal behaviour.

 

Signal Behaviour

The fully differential structure enables:

• precise channel separation,

• stable spatial organization,

• controlled low-level signal articulation.

The signal is not shaped through continuity, but through structural definition and symmetry.

 

Implementation Layers

Each QVATTVOR model represents a specific implementation of the same architecture:

• QVATTVOR Classic — balanced integration across a wide range of systems,

• QVATTVOR PACTO — Heritage-oriented implementation within a differential structure,

• QVATTVOR MONO — dedicated mono implementation for high-end single-channel systems with precise electrical matching and selectable phase operation,

• QVATTVOR 4x4 — Engineering implementation with maximum channel isolation and structural control.

System Role

QVATTVOR is designed for systems where:

• differential signal handling is required from the cartridge onwards,

• channel separation and structural precision are priorities,

• system behaviour must remain stable and predictable.

Position in System Architecture

QVATTVOR defines the fully differential path within the MC step-up stage.

It operates independently of external connection formats, maintaining internal signal integrity across different system configurations.

 

Closing Statement

QVATTVOR is not designed to adapt the signal to the system.

It is designed to preserve the signal in its differential form from input to output.