JBL SRX912M 12-inch Powered Multi-purpose Speaker

The SRX912M is an exceptionally compact, multi-purpose, two-way 12-inch powered point-source loudspeaker that delivers remarkably high output for its size. It is designed for a wide range of applications, including use as a main PA, stage monitor, or front fill. When deployed as a stage monitor, the enclosure's multi-purpose design provides a 42-degree monitor angle in an ultra-low-profile package.

Multiple M10 QuickLink™ suspension points support quick and secure integration with a variety of accessories for both portable and installed sound applications. Integrated DSP and amplification provide a true plug-and-play experience, ensuring consistent, optimized performance anywhere in the world.

JBL transducers and proprietary Progressive Transition™ waveguides deliver outstanding fidelity and best-in-class SPL from an enclosure of this size. A full-featured software suite provides comprehensive control and monitoring across Windows, macOS, and iPadOS platforms.

Features:

• Includes single 12-inch low-frequency driver and neodymium 1.5-inch annular-diaphragm compression driver
• 272F woofer employs JBL's patented Differential Drive® technology
• Dual 2-inch voice coils and a ferrite magnet provide ideal balance of output, weight, and thermal performance
• 90° × 60° Progressive Transition™ waveguide ensures smooth, predictable coverage
• LF extension reaches down to 50 Hz
• 80 Hz high-pass preset available for applications using SRX900 subwoofers
• 42-degree monitor angle for use as a high-performance, full-range stage monitor
• Voicing and phase response optimized to match SRX900 line-source products
• Integrated amplification delivers plug-and-play operation
• Rear LCD enables fast configuration
• DSP includes 24 user-adjustable filters, 2,000 ms delay, and essential loudspeaker management tools
• Six M10 Quick-Link™ attachment points are provided for suspension using standard M10 eye bolts
• Constructed from outdoor-grade Baltic birch plywood for excellent durability