Perlisten Audio S5m Monitor
Bookshelf speaker with beryllium tweeter and THX Dominus certification
In the world of high-fidelity audio, the quest for the perfect sound reproduction is akin to an artist's pursuit of the ultimate masterpiece. Enter the Perlisten Audio S5m, a bookshelf speaker that is more than just a device for sound; it's a portal to auditory bliss, a testament to technological artistry, and a true companion for the connoisseur of pure sound.
The Craftsmanship Behind the Sound
At the heart of the Perlisten Audio S5m lies a meticulously designed 3-way bass reflex/acoustic suspension enclosure. This alignment is not just a feature; it's a promise of balance, depth, and clarity in every note. The choice between bass reflex and acoustic suspension offers versatility to match your listening preferences and room acoustics, ensuring that you experience audio fidelity exactly as intended.
Revolutionary Driver Complement
The S5m's driver complement is nothing short of revolutionary. The DPC-Array consists of a 28mm Beryllium tweeter paired with dual 28mm Textreme TPCD units, ensuring a seamless blend between the high and mid frequencies. This setup is complemented by two 180mm Textreme TPCD woofers, delivering robust and articulate bass. The result is a soundstage that is both expansive and precise, with each instrument and voice occupying its own distinct space.
Performance Specifications
- Sensitivity: 89.6dB/2.83v/1.0m
- Impedance: 4Ω nominal/3.0Ω min, making it compatible with a wide range of amplifiers.
- Frequency Response: Enjoy a flat frequency response from 80Hz to 20kHz, with a listening window of +/-1.5dB.
- In-Room Bass Extension: Depending on the enclosure mode, experience bass as low as 29Hz in bass reflex and 32Hz in acoustic suspension.
- Dimensions: A compact footprint at 600x240x400mm without stand.
- Weight: Each speaker stands at a solid 19.5 kg, exemplifying the build quality.
- Recommended Amplifier Power: 50-300W RMS, allowing for ample headroom and dynamic range.
- SPL Capability: Reach peaks of 117dB without sacrificing harmonic integrity.
