Altavoz pasivo de 2 vías y 8 pulgadas OMNITRONIC XNG-208 11038071

For small to medium venues, conference rooms, and fixed installations, the OMNITRONIC XNG-208 delivers clear, balanced sound in a rugged, easy-to-mount package. This 2-way passive speaker combines an 8-inch woofer with a 1-inch dome tweeter, driven by a crossover network that ensures smooth frequency response from 60 Hz to 20 kHz. With 80 W RMS power handling (160 W program, 320 W peak) and an 8-ohm impedance, it pairs well with a wide range of power amplifiers. The impact-resistant ABS enclosure includes a wall bracket and M8 rigging points, making installation straightforward on walls or ceilings. Screw terminals provide secure, low-resistance connections for permanent setups.

Key specifications

• 2-way passive speaker with 8" woofer and 1" dome tweeter
• Power handling: 80 W RMS, 160 W program, 320 W peak
• Impedance: 8 Ohm
• Frequency response: 60 Hz – 20 kHz
• Sensitivity: 92 dB (1W/1m), max SPL 116 dB
• Dispersion: 90° x 90° (H x V)
• Connectors: screw terminals
• Enclosure: impact-resistant ABS plastic, black
• Mounting: included wall bracket and M8 rigging points

Why choose it

The XNG-208 offers reliable performance for background music, paging, and small PA applications. Its high sensitivity and power handling deliver clear sound even in acoustically challenging spaces. The rugged ABS cabinet withstands daily use, and the flexible mounting options simplify installation in retail stores, restaurants, houses of worship, and educational facilities.

Ideal use cases

• Fixed installations in shops, cafés, and offices
• Conference and meeting room audio
• Background music and paging systems
• Small performance venues and rehearsal spaces

Good to know

The speaker is sold individually and requires an external amplifier. For best results, use an amplifier rated between 80 W and 160 W per channel at 8 ohms. The included wall bracket allows horizontal or vertical orientation, and the M8 rigging points support suspended installation with optional hardware.