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Seeaudio

Seeaudio YumeII IEM 1DD+2BA hybrid driven earphone YUME II monitoring earphone

Seeaudio YumeII IEM 1DD+2BA hybrid driven earphone YUME II monitoring earphone

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Normaler Preis €155,95 EUR
Normaler Preis Verkaufspreis €155,95 EUR
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Introducing SeeAudio Yume II: A High-End Earphone with Advanced Audio Technology

Experience exceptional sound quality with the SeeAudio Yume II. This earphone boasts of advanced audio technology and features that deliver clear and dynamic audio performance.

Liquid Silicone Woofer Dynamic Driver for Better Bass

The Yume II features a high-level woofer dynamic driver with a redesigned optimized "liquid silicone" diaphragm. This driver has an amplitude of more than 2 times that of ordinary diaphragms, providing better dynamics and enabling a volume increase of up to 27%. Additionally, the impedance can be reduced by 4%, making it adaptable to the vast majority of devices.

Knowles RAD Series Tweeter for Enhanced High Frequencies

Equipped with the RAD series tweeter from Knowles, the Yume II optimizes high frequencies for even more resolving sound. Top precision 3D printing technology allows the tweeter to be placed in the best position, ensuring extraordinary audio performance.

Brilliant Sonion 2300 Balanced Armature for Smooth Mid-to-High Frequencies

The Yume II utilizes the Sonion 2300 balanced armature unit to produce smooth mid-to-high frequencies with the least distortion and smoothest impedance. Precise frequency division avoids harshness and ensures a musicality to the sound.

3D Printing Technology and L.F.C Pro Technology for Acoustic Consistency

With ultra-high accuracy in acoustic internal structural components, the Yume II offers better acoustic consistency with high quality. The earphone features a smaller size and better wearing feeling thanks to 3D printing technology. L.F.C Pro Technology adds a precisely designed low-pass cavity between the woofer dynamic driver and the sound-guiding capillary. This enhances the advantages of the dynamic driver, reduces interference to the balanced armature unit, and improves phase consistency.

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