JBL Enceinte et retour amplifié 15" 2000W FIR

JBL Enceinte et retour amplifié 15" 2000W FIR

The JBL SRX815P 15" Two-Way Bass Reflex Self Powered System is suitable for live performance, mobile and fixed DJ, sound system rental, touring, and permanent installation applications. Using JBL Premium Transducers, 2000W peak of Crown Class-D Drivecore Amplification, and a full user configurable DSP system with HiQnet network control (via Ethercon connection to third party router) and 50 JBL engineered application presets, the system can deliver a frequency response of 44 to 20,000 Hz (-3 dB) (-3 dB) and a maximum SPL of 137 dB.

The rear panel of the speaker features a power button with LED indicator, a pair of balanced XLR/TRS combo input connectors, an LCD display screen with master encoder knob and back button for accessing presets, a pair of XLR-3M output connectors for sending to additional speakers, an XLR-3M mix output connector for sending audio out to an external source, and an Ethercon connector with LINK and DATA for network control via standard Ethernet cable to a third party router for iOS and Android mobile remote control.

Transducer Design

Features premium JBL transducers. High frequencies are handled by an annular polymer diaphragm compression driver that features a best in class 3" voice coil coupled to a 1.5" throat opening. Using a neodymium magnet, the compression driver is lightweight, efficient, and extremely powerful. This delivers very high power levels with reduced distortion and increased phase coherence resulting in smooth, crystal clear high frequencies.

Uses a 15-inch woofer with JBL's patented Differential Drive Technology for reduced weight while maximizing power amp efficiency. 3" voice coils and dual ferrite drivers deliver exceptionally low distortion and extended low frequency response

DSP Control

Using a 400 MHz DSP Sharc Chip, the speaker offers 20 PEQs, 2 seconds of delay, signal generators, input mixing, amplifier monitoring, and 50 user presets with 96 kHz FIR filters and LevelMax Limiting