Ideally suited for use as a main PA or as a high-performance stage monitor, the JBL SRX915M is a 15" powered 2-way point-source loudspeaker that provides great low-frequency extension with increased headroom. It is well suited for rental companies, touring artists, DJs, and installations. The integrated DSP and amplification offer a true plug-and-play experience while providing consistency and optimum performance anywhere in the world.
The 15" woofers feature employs JBL's patented Differential Drive technology, while the 1.5-inch annular-diaphragm compression driver features a rotatable 90x60° Progressive Transition waveguides for smooth, predictable coverage. The drivers are are powered by the built-in Class-D amplifier. The enclosure is made from outdoor-grade Baltic birch materials for excellent durability, while the seven M10 rigging points allow for flexibility in deployment whether in ground stacking or rigging. A full-featured software package provides users control of the system on various platforms including Windows, Mac, and iOS for iPad.
- Includes single 15" low-frequency driver and neodymium 1.5" annular-diaphragm compression driver
- 275F woofer employs JBL’s patented Differential Drive technology
- Dual 2" voice coils and a ferrite magnet provide ideal balance of output, weight, and thermal performance
- 90 x 60° rotatable 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
- 45° 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, 2000 ms delay, and essential loudspeaker management tools
- Seven M10 Quick-Link attachment points included for suspension using standard M10 eyebolts
- Constructed from outdoor-grade Baltic birch plywood for excellent durability
- Sound quality is the foundation of the SRX900 Series. Drawing on transducer technologies developed for JBL’s flagship touring systems, SRX900 delivers clean, detailed sound typically associated with top-tier touring systems.
- SRX900 woofers are built on JBL’s proprietary Differential Drive dual-voice-coil, dual-gap design, which provides better heat dissipation, reduced power compression, and a wider dynamic range compared to conventional single-coil designs. This advanced motor architecture provides an ideal balance of output, weight, and thermal performance in an ultracompact form factor.
- SRX900 loudspeakers use proven JBL Professional compression drivers, selected to match the performance requirements of each loudspeaker. Line arrays use the 2432H-3 3" dome compression driver, taking advantage of its extended low-frequency capability to ensure a smooth transition between the HF and LF sections. Point-source models use the 2408H-1 1.5" compression driver, which offers smooth high-frequency extension in a compact package. Both drivers use neodymium motor structures that maximize efficiency while keeping overall weight and size to a minimum.
- Directivity has been in JBL Professional’s DNA for decades, with the company pioneering numerous technologies to perfect the science of controlling sound. A system that sounds great at front of house is good, but one that delivers excellent sound throughout the entire venue is truly exceptional.
- Point-source models use JBL’s patented Progressive Transition (PT) horns, developed to deliver improved real-world performance by balancing frequency response, pattern control, and distortion. A defining characteristic of this waveguide technology is the absence of a traditional diffraction slot; instead, the horn’s sidewalls transition smoothly from the driver throat to the rectangular mounting flange. This design enables constant beamwidth and constant directivity while improving frequency response, reducing distortion, and avoiding the typical “horn sound."
