XSCACE
Proprietary Tech
Introducing XSCACE's cutting-edge proprietary technology, a harmonious fusion of innovation and performance. Nano Resonance refines audio clarity, while PrecisionXover Array optimizes sound precision. Camouflage blends seamlessly with your space. AeroFrame Chassis ensures durability, and PowerDense Dynamics delivers a powerhouse of sound. Elevate your audio experience with unmatched sophistication.
Nano Resonance
Witness the marvel of sound engineering as Nano Resonance unlocks breathtaking audio from compact speakers, delivering astounding performance that defies size constraints.
PrecisionXover Array
Our wiring technique, coupled with in-house designed PCBs and crossovers, achieves audio perfection. Meticulously balanced capacitors, inductors, and resistors harmonize for peerless sound.
PowerDense Dynamics
Harness immense power from our compact speakers, courtesy of proprietary coils that remain cool under pressure. Experience unparalleled performance without compromise.
AeroFrame Chassis
Crafted with aerospace-grade aluminum, our AeroFrame Chassis showcases an unmatched balance of strength-to-weight ratio, ensuring durability without bulk. Its precisely engineered design, featuring exact 90-degree angles and zero draft angle, harmonizes with wall aesthetics while preserving structural integrity.
PsySculpt™
Crafted from a reimagined Fletcher-Munson curve, PsySculpt™ is XSCACE’s proprietary loudness contour algorithm that ensures every frequency is delivered at the optimal perceived level—deep, detailed, and naturally powerful. It adapts audio output to human hearing sensitivity, sculpting a rich soundstage that remains clear and immersive at any volume. Engineered for high-fidelity listening in architecturally refined spaces.
XS-Flow™
XSCACE’s proprietary internal port design architecture that utilizes fluid dynamics principles to optimize airflow through miniaturized, non-linear vent geometries. Each port is precisely contoured to minimize turbulence, reduce chuffing, and maximize low-frequency extension within ultra-slim enclosures—allowing tuned resonance loading even in Tiny form factors.