JBL CWT128 Compact Dual 8" 2-Way Loudspeaker with Crossfired Waveguide Technology, Dual 2408H-1 Compression Drivers, 400W Continuous / 1600W Peak, Black Finish, (CWT128)

JBL CWT128 Compact Dual 8" 2-Way Loudspeaker with Crossfired Waveguide Technology, Dual 2408H-1 Compression Drivers, 400W Continuous / 1600W Peak, Black Finish (CWT128)

The JBL CWT128 is a compact dual 8-inch 2-way loudspeaker engineered for professional sound reinforcement applications requiring high output, controlled coverage, and exceptional speech intelligibility. Utilizing JBL’s innovative Crossfired Waveguide Technology (CWT), the CWT128 delivers remarkably consistent coverage and smooth frequency response while maintaining a compact form factor suitable for a wide variety of installed sound applications.

The system features dual high-performance 8-inch low-frequency drivers paired with dual JBL 2408H-1 compression drivers, providing excellent vocal clarity, detailed high-frequency reproduction, and strong midrange performance. With a power handling capacity of 400 watts continuous and 1600 watts peak, the CWT128 is capable of delivering impressive output levels while maintaining low distortion and outstanding sonic accuracy.

Its compact enclosure and controlled directivity make the CWT128 ideal for houses of worship, theaters, auditoriums, lecture halls, convention facilities, hospitality venues, educational institutions, corporate environments, and other professional applications where clear, evenly distributed sound is essential.

Features:

• Compact dual 8" 2-way professional loudspeaker system
• JBL Crossfired Waveguide Technology (CWT) for controlled coverage
• Dual high-performance 8-inch low-frequency drivers
• Dual JBL 2408H-1 high-frequency compression drivers
• 400W continuous power handling
• 1600W peak power capacity
• High-output design in a compact enclosure
• Exceptional speech intelligibility and vocal clarity
• Smooth frequency response across the coverage area
• Consistent directivity and controlled sound dispersion
• Detailed high-frequency reproduction with low distortion
• Strong midrange performance for speech and music applications
• Compact design for flexible installation options
• Ideal for installed sound reinforcement systems
• Suitable for houses of worship, theaters, and auditoriums
• Excellent choice for lecture halls, convention centers, and educational facilities
• Designed for hospitality venues and corporate environments
• Durable black finish for professional installations
• High-efficiency design maximizes amplifier performance
• Provides even audience coverage with minimal acoustic anomalies
• Supports integration with professional amplifiers and DSP systems
• JBL-engineered components ensure long-term reliability
• Delivers clean, accurate sound reproduction for speech, music, and multimedia content
• Suitable for both foreground and reinforcement audio applications
• Professional-grade enclosure construction for demanding environments
• Optimized for medium-sized audience areas requiring controlled coverage
• Reduces unwanted reflections through precise waveguide control
• Offers excellent performance-to-size ratio
• Designed for permanent installation applications
• Delivers high sound pressure levels while maintaining sonic accuracy
• Built to JBL Professional standards for performance and durability
• Integrates seamlessly into advanced JBL sound reinforcement systems
• Reliable solution for mission-critical installed audio environments
• Supports modern professional audio system designs
• Provides balanced full-range sound reproduction
• Ideal for speech reinforcement, presentations, and live music playback
• Enhances intelligibility in acoustically challenging spaces
• Combines compact dimensions with powerful acoustic performance
• Designed for venues requiring high-quality sound and controlled dispersion
• Professional loudspeaker solution for commercial, educational, entertainment, and worship environments
• Delivers premium JBL sound quality with excellent coverage consistency and long-term operational reliability