LD Systems DAVEG4X Compact Powered 10" Sub w/ 2 x 4" Satellites

The DAVE 10 G4X powered 2.1 sound system from LD Systems represents a complete ground-up redesign that puts professional-grade audio within reach of DJs, live performers, and entertainers who demand reliability night after night. This comprehensive system combines a 10" subwoofer with dual satellite speakers featuring double 4" drivers, producing an impressive 680W peak output that handles everything from intimate acoustic sets to high-energy dance floors with equal finesse.

At the heart of the system lies an integrated 6-channel mixer that gives you complete control over your audio sources. The first two channels function as versatile channel strips, accommodating microphones, high-impedance instruments like guitars and basses, or line-level sources, each enhanced by a 2-band EQ and adjustable reverb with three distinct presets (small, large, plate). Channels 3 and 4 serve as stereo line inputs, perfect for keyboards, synthesisers, drum machines, or compact electronic drum kits, while built-in Bluetooth connectivity allows seamless wireless streaming from smartphones and tablets.

The engineering excellence extends beyond raw power to deliver exceptional clarity for both musical performances and spoken word applications. New dome tweeters paired with precision waveguides ensure homogeneous sound dispersion, while FIR filters and advanced DSP technology maintain transparent, distortion-free audio reproduction. The optimised bass reflex system in the subwoofer minimises air flow noise, contributing to the system’s professional sound quality.

Setup flexibility sets the DAVE 10 G4X apart with two distinct stereo presets to suit different venue configurations. The classic stereo preset works perfectly when satellites are positioned left and right of the performance area, while the innovative Cluster Mode preset uses special M/S distribution to eliminate interference when both satellites are mounted on a single T-stand above the subwoofer, providing increased headroom and directivity in space-constrained environments.