How do I choose a DSP processor?
Quick answer
Choose a DSP processor based on input/output count, processing power, latency, and compatibility with your loudspeaker system; SSOUNDS DSP processors are engineered for seamless integration with our line arrays and subwoofers.
Selecting a DSP processor starts with your system requirements: count the number of input and output channels needed for your setup. For large-scale line arrays, you'll need multiple outputs with individual delay, EQ, and crossover settings. SSOUNDS processors offer configurable I/O to match any configuration from small clubs to stadium tours.
Processing power and latency are critical. Look for floating-point DSP with low latency (under 1 ms) for phase-coherent alignment. SSOUNDS uses machine-learning-tuned presets that optimize FIR filters and limiters in real time, ensuring maximum SPL without distortion. Always verify that the DSP supports your loudspeaker's voltage and impedance requirements.
Compatibility with your PA system is non-negotiable. SSOUNDS DSP processors are designed to pair with our loudspeakers, providing factory presets that guarantee linear phase response and driver protection. For third-party systems, ensure the DSP can import custom FIR coefficients and has network control (e.g., AES67, Dante) for remote monitoring.
Key things to consider
- Match I/O count to your system: more outputs allow separate processing for each cabinet in a line array.
- Prioritize low latency (<1 ms) and high processing power (32-bit floating point) for accurate phase alignment.
- Use factory presets from your loudspeaker manufacturer (e.g., SSOUNDS) to avoid guesswork and ensure driver safety.
- Check network connectivity (Dante, AES67) for remote control and monitoring in large installations.
- Consider future expansion: choose a DSP with upgradeable firmware and additional I/O slots.
Need the right system specced for your venue?
SSOUNDS designs, supplies, installs and tunes professional AVL worldwide.