DIGITAL SIGNAL PROCESSOR LDX-2.4

The LDX-2.4 Digital Signal Processor is designed to deliver precise audio control and advanced sound optimization for professional and automotive audio systems. It offers flexible configuration, powerful signal processing, and intuitive control through both the processor interface and a dedicated mobile application.

The processor features RCA and High-Level (wire) audio inputs, allowing easy integration with a wide range of audio sources. It includes an input graphic equalizer for quick tonal adjustments and output parametric equalizers that provide detailed control over each output channel.

For advanced system tuning, the LDX-2.4 provides flexible routing between inputs and outputs, enabling complex audio setups with ease. Its high-precision crossover supports multiple filter types including Butterworth, Linkwitz-Riley, and Bessel, ensuring accurate frequency separation for optimal speaker performance.

The processor also includes a high-precision delay adjustment, allowing perfect time alignment between speakers. Additional control features such as phase inversion, output gain adjustment, master volume, and individual mute control provide complete command over the audio system.

To protect speakers and amplifiers, the LDX-2.4 integrates a fully adjustable limiter with Threshold, Attack, Hold, and Release controls. It also offers automatic save and load functions for quick parameter storage and recall, ensuring consistent performance across setups.

For system security, a password protection feature can be enabled to prevent unauthorized modifications. The processor also includes a built-in frequency generator with sweep function, useful for system calibration and testing.

Additionally, the LDX-2.4 features an integrated sequencer for remote activation with configurable timing, allowing coordinated startup of connected audio equipment.

The LDX-2.4 combines precision, flexibility, and ease of use, making it an excellent choice for demanding audio installations that require professional-grade signal processing.