Innovative toolset and efficient workflows of EASE 5
EASE 5 offers numerous new tools and workflows which you can now take advantage of.
No matter if you are new to EASE or an experienced EASE 4 user, we want to invite you to take a closer look at the innovative toolsets for managing your project such as views, tables and selection sets. Get insight into the fast and efficient workflows for creating or importing the 3D model, adjusting room acoustic parameters, tuning the sound system and setting up the signal processing as well as conducting STI assessments.
Here is what you can do:
- See the full feature list for all tools and workflows offered by EASE 5.
- Register for a free trial.
- Read our featured articles below.
Featured articles
EASE 5 – Precise and powerful room acoustic optimizations
Realistic modeling of a room is the key to valid room acoustic predictions from which reliable recommendations for action can be derived. EASE 5 now offers a wide range of valuable functions for this purpose.
EASE 5 - Empowering you to realize large and complex acoustic projects
EASE 5 Second Edition marks a turning point that many EASE users have been waiting for: The new software now provides a modern concept and the complete toolset to realize large and complex acoustic projects. The new features include import of large models from CAD software including layers, allow intuitive orientation in various 3D views with different perspectives and cuts, as well as support multi-select and grouping functions for surfaces and loudspeakers.
EASE 5 now supports full data import of sound system configurations
Starting with subversion 54, EASE 5 can handle all possible settings stored in an XGLC loudspeaker configuration file. The import of configurations created in 3rd party loudspeaker and line array software, as well as in EASE Focus, has been added to enable the complete exchange of sound system setups and their use for complex acoustic simulations in 3D models.
EASE 5 supports planning of immersive sound installations
With the latest version of EASE 5, AFMG released innovative features that support the planning of sound system installations for immersive sound and spatial audio.
Technische Universität Berlin and AFMG publish high-resolution EASE GLL data for 22 musical instruments
Based on a large measurement series and state-of-the-art digital signal processing, the Audio Communication Group at TU Berlin has completed a high-resolution database for a selection of the most popular acoustic musical instruments. These are now publicly available as GLL data files for use in EASE 5.
EASE 5 – Mapping the complete signal processing chain for easy sound system modeling
EASE 5 maps the full signal processing chain of the audio signal like a modern DSP. From box-specific gains over delayed loudspeaker groups, to the choice of the input signal: All parameters are accessible at any time to achieve realistic simulation results easily and quickly.
EASE 5 supports full 3D model import from AutoCAD, Rhino, and SketchUp
EASE 5 provides 3D model import in DWG format used by market-leading CAD tools. The convenient and robust import function provides perfect preconditions to start your acoustic project quickly and efficiently.
Read full article
EASE 5 facilitates state-of-the-art assessment of speech intelligibility
EASE 5 provides the complete toolset for standard-compliant evaluation and optimization of Speech Transmission Index (STI) values.
Continuous feature delivery
Continuous feature delivery guarantees stable expansions and on-going improvements. These are based on a roadmap that aims to meet the diverse requirements of our customers for successful project realization.
Since the initial release of EASE 5 numerous major upgrades have been published, bringing new features and functionality. Please have a look at the EASE 5 upgrade history for an overview.
Important Note
EASE 4 users upgrading to EASE 5 will retain their existing EASE 4 license. In this manner, the transition to the new platform can happen smoothly and will take into account already running projects.