HiVi Swan Oasis Max Bookshelf Speakers

Highlights of the HiVi-Swans Oasis Max

• 2-way passive bookshelf speaker design for accurate stereo reproduction.
• High-density wood cabinet with internal bracing for minimized resonance and enhanced clarity.
• Rear-ported bass reflex system for impactful, controlled low-frequency performance.
• Gold-plated pure copper binding posts for optimal conductivity and long-term reliability.

Product details HiVi-Swans Oasis Max

HiVi-Swans Oasis Max Passive 2-Way Bookshelf Speakers

The HiVi-Swans Oasis Max is a passive 2-way bookshelf speaker system engineered for high-fidelity stereo reproduction. Designed for use with external amplifiers, these speakers are ideal for TV audio, desktop stereo systems, and home theater surround configurations. With a maximum output power of 120 watts and stereo audio output mode, the Oasis Max offers dynamic and room-filling performance in a compact footprint.

The cabinet features a PVC veneer that replicates natural wood grain with a refined matte finish. The surface is scratch-resistant and wear-resistant, offering durability while complementing modern minimalist and wabi-sabi interiors. The removable soft front grille, finished in gray flexible fabric mesh, provides effective dust protection while maintaining a clean and distinctive aesthetic.

Constructed from high-density wood and reinforced with internal bracing, the low-resonance cabinet architecture significantly reduces unwanted coloration. This rigid enclosure ensures that every note is reproduced with clarity, tonal accuracy, and fullness. The rear-ported bass reflex design optimizes airflow at resonance frequencies, minimizing wind noise while enhancing low-frequency depth and impact.

Signal integrity is preserved through gold-plated pure copper terminals, offering excellent conductivity and resistance to oxidation. These high-quality binding posts ensure secure connections and efficient signal transfer from amplifier to speaker, preserving fine detail and delivering a smooth, interference-free listening experience.