JBL ASB6128-WH High Power Dual 18" Subwoofer

Discover the Power of JBL ASB6128-WH Dual 18" Subwoofer
The JBL ASB6128-WH is a formidable high-power subwoofer system, meticulously engineered to feature two 460 mm (18 in) SVG Super Vented Gap low frequency drivers. This setup, housed in a front-loaded, vented configuration, is specifically designed to produce deep and resonant bass that can fill any space. Whether it's used in performing arts facilities or vibrant nightclubs, this subwoofer ensures that every beat and bass line is felt with exceptional clarity and power.

Engineered for Professional Settings
This subwoofer is ideal for fixed installations in a range of environments, including theatrical sound design, auditoriums, and houses of worship. Its robust design and high output capabilities make it perfect for venues that require reliable and consistent performance, ensuring that sound quality is never compromised, no matter the setting.

Optimal Design for Superior Sound
The ASB6128-WH's large vent area is a key feature, engineered to maximize sound output while minimizing distortion. This design allows for high levels of sound pressure without the loss of clarity, making it an excellent choice for live clubs, dance clubs, and sports facilities where clear and powerful bass is crucial.

Versatile Input Options
With both Parallel and Discrete switchable input modes, the ASB6128-WH offers flexible connectivity, simplifying integration into existing sound systems. This versatility is invaluable for audio professionals looking to tailor the subwoofer's performance to specific venue requirements or to complement other audio components in a comprehensive sound system.

Aesthetic and Functional Design
Finished in white, the ASB6128-WH not only delivers in terms of performance but also in aesthetics, fitting seamlessly into the visual aspect of any venue. It's not just about the sound; the appearance also enhances the overall ambiance of the installation space, making it as much a part of the venue’s design as the architecture itself.