Latin America. Crest Audio, a division of Peavey Commercial Audio, has expanded the capabilities of its latest CPL+ loudspeaker series with support for EASE (Enhanced Acoustic Simulator for Engineers) and CLF2 (Common Speaker Format) data integration.
This move gives AV consultants, system designers, and integrators direct access to accurate, manufacturer-verified data for use in predictive acoustic modeling, coverage mapping, and design validation – essential steps in today's data-driven installation workflow.
The CPL+ range combines high-quality components, robust cabinets and refined loudness to deliver high power, clarity and reliability in demanding environments. Designed for both fixed installations and mobile reinforcement, the series includes a family of full-range models and subwoofers, offering coverage and configuration options for a wide variety of applications.
Now EASE and CLF2 compliant, each CPL+ loudspeaker ships with full GLL and CF2 data files, allowing users to perform detailed design simulations with EASE 5, EASE 4 and CLF Viewer, as well as most CLF-compatible simulation software. This provides:
• 3D globes and polar charts for accurate directivity analysis
• Frequency response and phase graphics validated to industry standards
• Comparative overlays to compare CPL+ models with those of other manufacturers
• Accurate SPL coverage and STI mapping when installed in EASE-modeled enclosures
The CPL+ range includes six full-range two-way array cabinets, two coaxial and two column, with premium low-frequency transducers combined with a high-frequency transducer for exceptional clarity and output. With a choice of constant directivity horns or, on some models, rotary horns, the series provides optimal pattern control for precise coverage in any environment.
Completing the range, a selection of subwoofers delivers high-efficiency low-frequency performance with extended depth and a firm, controlled punch. All models are designed to be versatile, with cantilever, pole and bracket mounting options, making them equally suitable for permanent installations or portable sound applications.
