The Lyra Atlas λ Lambda is a high-performance phono cartridge designed for excellent sound quality. It features an asymmetric design to minimize standing waves and resonance-induced colorations. This construction reduces the traceable path of vibrations from the cantilever assembly to the tonearm, allowing for rapid signal dissipation and enhanced audio integrity. It utilizes Lyra's unique 'New Angle' technology to ensure optimal alignment of signal coils and magnets during playback, promoting fine performance across all directions. The cartridge retains key elements from previous models, including a yokeless dual magnet system and a diamond-coated boron cantilever, while introducing a new tapered damper system for improved suspension and stability. Its body is precisely machined from solid titanium, employing a phase-interference resonance-controlling mechanism to further suppress unwanted resonances. Designed for various tonearm compatibility, it is known for both its fidelity and precision in sound reproduction.

The Lyra Atlas λ Lambda is a high-performance phono cartridge designed for excellent sound quality. It features an asymmetric design to minimize standing waves and resonance-induced colorations. This construction reduces the traceable path of vibrations from the cantilever assembly to the tonearm, allowing for rapid signal dissipation and enhanced audio integrity. It utilizes Lyra's unique 'New Angle' technology to ensure optimal alignment of signal coils and magnets during playback, promoting fine performance across all directions. The cartridge retains key elements from previous models, including a yokeless dual magnet system and a diamond-coated boron cantilever, while introducing a new tapered damper system for improved suspension and stability. Its body is precisely machined from solid titanium, employing a phase-interference resonance-controlling mechanism to further suppress unwanted resonances. Designed for various tonearm compatibility, it is known for both its fidelity and precision in sound reproduction.