Utilizing Grado’s moving iron design, Gold4 provides a stable and responsive signal with low moving mass and long-term performance. The die-injection molded housing supports consistent construction while allowing the internal components to perform with precision. Offered in both standard mount and P-mount configurations, Gold4 is designed for a wide range of systems.
Performance
Gold4 is a high output moving iron cartridge designed for compatibility with a wide range of phono stages
Its presentation is defined by clarity, control, and refinement. Detail is resolved with precision while maintaining a smooth and composed top end. The midrange carries natural presence and texture, while low frequencies are delivered with definition and authority.
Complex recordings are handled with stability and separation, maintaining a coherent and balanced presentation that allows the character of the music to come through naturally.
Diamond, Cantilever & Stylus
Gold4 features a bonded elliptical diamond mounted to an aluminum cantilever.
The elliptical profile provides effective groove contact and reliable tracking, while the aluminum cantilever contributes to a stable and controlled presentation. Together, they deliver clarity, balance, and consistency across a wide range of recordings.
The stylus assembly is user-replaceable, allowing for easy maintenance and long-term ownership. All Prestige Series styli are interchangeable, providing flexibility across models while maintaining consistent performance.
Moving Iron Design
All Grado cartridges utilize a moving iron design built on Joseph Grado’s patented flux-bridger principle.
This approach allows the cartridge to generate a precise signal with extremely low moving mass, while keeping the coil structure fixed. The result is a presentation that combines speed, control, and harmonic integrity without the fragility often associated with traditional moving coil systems.
The design also ensures long-term consistency, maintaining performance over time without degradation of the internal signal path.
Coil & Internal Structure
The internal signal path is built using ultra-high purity 5N OCC copper, selected for its conductivity and consistency.
Each cartridge undergoes cryogenic treatment and internal damping to reduce unwanted resonance and preserve signal integrity. The result is a presentation that remains coherent, balanced, and dynamically responsive
