Treble replaces that with a clean, intuitive design that makes advanced acoustic simulation effortless. With streamlined workflows, automatic geometry handling, and built-in collaboration, you can focus on acoustics instead of fighting the software.

Odeon’s outdated interface forces users through clunky menus and manual setup, slowing down even simple tasks.

With Treble, you can drop in a full multi-space BIM model and, within minutes, it’s automatically split, cleaned, and simplified into ready-to-run simulations. No hours of model hacking, no guesswork. In a benchmark across 10 real projects, a panel of acousticians found that Treble slashed geometry prep time by 60–90% compared to the old ODEON way

With Odeon, importing a BIM model means hours of manual cleanup, splitting spaces, and fixing errors before you can even start simulating. Geometry prep is slow, repetitive, and full of guesswork — leaving you stuck doing model hacking instead of real design work.

Make better decisions for your design with Treble’s modal analysis and result comparison. Unlike Odeon, which gives you limited output views, Treble reveals how resonant modes shape performance and lets you compare design choices side by side—turning complex results into clear, actionable insights.

With Odeon, your results are limited to a handful of static output views. There’s little support for understanding modal behavior or comparing design alternatives, leaving you to piece together insights manually and hope you caught the right details.

Treble’s highly accelerated wave-based solver is up to 100× faster than other industry solutions, making advanced wave simulation practical at scale. With the ability to run up to 300 concurrent simulations, Treble accelerates workflows even further—allowing you to explore more options, save costs, and move from concept to decision with unmatched efficiency.

A benchmark train station acoustic simulation took only 10 minutes with Treble, compared to 33 hours with Odeon. Treble achieves this speed by leveraging the cloud, distributing heavy computations across scalable resources.