Sivga M300

Sivga M300

The SIVGA M300 is equipped with a powerful 15.4mm dynamic driver that delivers a wide soundstage and solid, energetic bass. Every note is reproduced with richness and detail, creating a clear and compelling sound image. The driver responds quickly and can effortlessly handle large dynamic differences, resulting in a natural, high-fidelity listening experience.

Deep, powerful bass thanks to large dynamic driver

With its 15.4 mm driver, the M300 delivers deep and impactful bass without compromising clarity. This driver is at the heart of the M300's signature sound: rich, energetic, and fully immersed in a balanced frequency range.

High-quality OFC coil for maximum clarity

The M300 uses a high-purity OFC (oxygen-free copper) coil, which minimizes signal loss and increases resolution. This ensures that even the smallest nuances in the music are reproduced clearly and faithfully. The optimized construction of the coil ensures smooth and precise reproduction across the entire frequency spectrum.

Durable case made from African ebony

The African ebony housing absorbs unwanted vibrations and reduces resonance, which increases the clarity and refinement of the sound. This results in a pure, undistorted audio image. The natural strength of ebony also ensures durability and a luxurious appearance.

Lightweight aviation aluminum, CNC-milled

The M300 is made from CNC-machined aircraft-grade aluminum. This material is ultra-lightweight yet extremely sturdy and durable. Thanks to their ergonomic design, the earbuds fit comfortably, even during long listening sessions.

High-purity silver-plated OFC cable

The included cable is made of high-quality, silver-plated OFC material that further reduces signal loss and distortion. With a construction of 0.06 mm x 7 cores x 7 strands, this cable ensures smooth, virtually loss-free signal transmission and optimal sound quality.

Litz-braided cable for efficient signal transmission

The Litz-braided construction consists of multiple finer, individually insulated cores. This increases transmission efficiency and reduces electromagnetic interference. The result is a clean, clear signal and a cable that is extra durable and less prone to deformation.