Ahnert Feistel Media Group

Located in Berlin, Germany, AFMG® Technologies GmbH has created the industry standards EASE and EASERA software for acoustic simulation and measurement as well as their related products EASE Focus, AFMG SysTune, EASE Address and EASE SpeakerLab.

In cooperation with our partner company SDA Software Design Ahnert GmbH we develop and distribute software for:

Electro-acoustic and
room-acoustic modeling
Electronic and acoustic
measurements
Applications in
engineering and physics
RF and infrared
simulation

L-Acoustics and AFMG announce collaboration on EASE 5 integration, enhancing Soundvision workflow

We are announcing new collaboration with L-Acoustics. This partnership creates a seamless workflow between L-Acoustics Soundvision, an industry-leading 3D acoustic modeling software that allows sound designers to predict and optimize audio performance with exceptional accuracy, and EASE 5.

NCAC Annual Meeting

Date
Jul 25 - 27 2025
The NCAC Annual Meeting provides an excellent opportunity to enrich your knowledge and skills in the realm of acoustic simulations as well as to connect with industry experts and to network with peers. Meet us for an exchange about groundbreaking Acousteer real-time simulation engine available in EASE 5.

USITT 2025

Date
Mar 5 - 8 2025
The USITT offers the opportunity to meet us and enquire about the latest developments in EASE 5 especially the recently released Acousteer real-time simulation engine.

Free EASE 5 - Introductory Training

Date
Mar 5 2025 | 1 - 3pm

This live-online EASE 5 seminar is free of charge and mainly for sound engineers who use EASE Focus or loudspeaker manufacturer simulation software giving an overview on how to use EASE 5 to improve their sound quality.

Especially for those working in the concert field, the content is extremely useful as it helps to simulate the overall sound pressure level, taking into account reflected sound and reverberation, and for those working in building acoustics, the content is extremely useful as it helps to simulate speech intelligibility (STI).