Sound Engineering

Measurements, Sound optimization

Sound system tuning and optimization

Good sound does not always require new equipment. Many existing audio installations can perform significantly better with the right analysis and optimisation. Using SMAART and professional audio measurement tools, we evaluate how a sound system actually behaves in its real environment.

Advice for current situation and upgrades
Measurement and analysis
Coverage analysis
Environmental sound management
Fine-tuning DSP settings
System presets
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Sound prediction – Predicción de sonido – Geluidsvoorspelling Soundvision – Soundvision – Soundvision Simulation – Simulación – Simulatie 3D venue model – Modelo 3D del recinto – 3D-model van de locatie Line array – Arreglo lineal – Line array Speaker coverage – Cobertura de altavoces – Dekking van de luidsprekers SPL (Sound Pressure Level) – Nivel de presión sonora – Geluidsdrukniveau (SPL) Frequency response – Respuesta de frecuencia – Frequentierespons Delay – Retardo – Vertraging / Delay Polarity – Polaridad – Polariteit Rigging point – Punto de colgado – Ophangpunt Angle setting – Ajuste de ángulos – Hoekinstelling Subwoofer configuration – Configuración de subgraves – Subwooferconfiguratie Crossover – Crossover – Crossover Amplifier assignment – Asignación de amplificadores – Verdeling van versterkers Prediction map – Mapa de predicción – Voorspellingskaart Heatmap – Mapa de calor – Warmtekaart Listening zone – Zona de escucha – Luisterzone Coverage uniformity – Uniformidad de cobertura – Dekkingsegaliteit Max SPL – SPL máximo – Maximale SPL Target curve – Curva objetivo – Doelcurve Room acoustics – Acústica del recinto – Akoestiek van de ruimte Reverberation time – Tiempo de reverberación – Nagalmtijd Noise floor – Ruido de fondo – Ruisvloer Prediction export – Exportación de predicción – Export van voorspelling

System Design & Prediction Software

Speaker placement based on calculations

The project starts before any equipment is installed or deployed. With prediction software, we design audio systems for both live events and fixed installations based on data, not assumptions.
This approach allows us to determine optimal speaker placement, coverage and aiming in advance.

Identifying potential acoustic and coverage issues
Personalized design
Goal check after installation
Indoor and outdoor environments
Optimizing speaker positioning
Preventing sound spill
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SPL control

Controlled sound levels through SPL measurement

Controlling sound pressure levels is essential for both performance quality and safety. By measuring SPL levels on and around the stage, we ensure that sound levels remain consistent, controlled and appropriate for the artists, crew and audience.

SPL reports
Multiple mic positions
Preventing excessive SPL
Working in sound level limits
Controlled sound levels
Different SPL measurement scales
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Acoustic treatment

Acoustic analysis of rooms and venues

Acoustic treatment focuses on controlling reflections, reverberation and resonance to improve clarity and balance within a space. Without proper acoustic treatment, even the best sound system cannot perform to its full potential.

Realistic results
Acoustic solutions 
Targeted improvements
Attention to visual impact 
Designing treatments 
System optimisation after treatment
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Music brings more pleasure if you make it together

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