NEXO GEO S1210 12" 2-Way Full-Range High-Output Touring Line Array Loudspeaker with Narrow-Q 10° Coverage - Black

NEXO GEO S1210 12-Inch Touring Black Line Array Loudspeaker

The GEO S1210 is a compact, 2-way scalable line array loudspeaker module engineered for high-output touring and fixed installation applications. Housed in a durable black enclosure suited for professional production environments, the S1210 delivers exceptional mid-low frequency performance from a single 12-inch driver, achieving a nominal sensitivity of 103 dB SPL (1W @ 1 m) through NEXO's proprietary Directivity Phase Device (DPD).

Operating as a narrow-Q 10° device in single-source mode, the GEO S1210 features NEXO's unique Hyperboloid Reflective Wavesource (HRW), allowing multiple modules to couple and radiate as coherent wavefronts in vertical and horizontal array configurations. MF and HF pattern control is optimized using GEOSoft2 simulation software to match venue-specific geometry, providing consistent coverage in scalable system designs.

An integral rigging system enables precise inter-cabinet angle adjustments from 0.20° to 10° for fast, reliable deployment. Paired with NEXO digital TD controllers such as the N242, the GEO S1210 delivers maximum coherency and phase alignment. Its high-output capability, scalable design, and professional black finish make it ideal for theatres, houses of worship, nightclubs, corporate AV, touring systems, and arena-scale sound reinforcement.

• 12-inch 2-way scalable touring line array loudspeaker in black
• High-output design with 103 dB SPL sensitivity (1W @ 1 m)
• Narrow-Q 10° single-source directivity for precise coverage
• Hyperboloid Reflective Wavesource (HRW) for coherent array coupling
• Directivity Phase Device (DPD) for controlled MF-LF performance
• Integral rigging system with 0.20° to 10° inter-cabinet angles
• GEOSoft2 configurable for venue-specific array optimization
• Designed for touring and fixed installations from theatres to arenas
• Compatible with NEXO digital TD controllers for optimal performance

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