CASE STUDY
LISTENING SPACES
Spaces where we listen to and produce music –
and every detail matters.
use headphones
PUBLIC SPACES
Designing inclusive environments for learning and interaction
CASE STUDY
CASE STUDY
Listening Rooms
Spaces where we listen to music and create
CHALLENGE
What makes high-performance listening spaces acoustically complex?
Whether it’s a recording studio, control room, rehearsal space, or venue – wherever audio quality is the priority, the acoustic demands are highest.
Room modes and interference effects are especially critical, as they create strong level variations within the space:
certain frequencies boom in one spot and disappear in another – even with minor changes in listener or loudspeaker position.
The result:
Playback accuracy is compromised, creative decisions become more difficult – and the sound image can no longer be reliably evaluated.
Traditional reverberation formulas or ray tracing methods quickly reach their limits.
These effects can only be analysed with precision using real measurements or wave-based simulations.
SOLUTION
How does audics address these challenges?
We work with the latest hybrid simulation methods – enabling, for the first time, precise virtual analysis of the sound field in complex spaces.
Frequency-accurate predictions of room modes, interference, and standing waves give you the confidence to plan with precision and impact.
Case study: Control room at Post Scriptum Audio (Nuremberg)
In collaboration with Treble Technologies, we analysed the new control room of a leading provider of voice production services.
The comparison between real-world measurements and our wave-based simulations shows a high degree of correlation – confirming the accuracy and reliability of our tools.
Experience what precision really means.
At the top of this page, you can explore our interactive 3D model to see how room modes are visualised in the digital twin – directly compared to real measurements.
VALUE
What do you gain by working with audics?
With us as your partner, you make targeted use of your budget – for maximum acoustic impact.
We design precisely placed, frequency-specific interventions such as bass traps, edge absorbers, or resonant absorbers, and provide actionable recommendations across the entire audible frequency range.
For virtual environments, we also offer realistic acoustic models using High Order Ambisonics – enabling immersive, interactive audio experiences at the highest level.
Your advantage:
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Predictable quality without acoustic guesswork
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Precise control of low-end performance
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Scientifically validated simulations for maximum planning and decision-making confidence
SOCIAL
CASE STUDY
Wave-based 3D simulation for maximum precision
Read our comparative study in collaboration with Treble Technologies – our partner for cutting-edge wave-based simulation solutions.
We had the opportunity to present the results at Inter-Noise 2024 in Nantes, France – the 53rd International Congress and Exposition on Noise Control Engineering.
To find the optimal acoustic solution for your project, we use state-of-the-art simulation methods. Diffraction, interference, and scattering are accurately modelled – giving you acoustical clarity even in complex architectural geometries.