Under the m|klang® brand we are combining our products for you - complementary solutions for integrated workflows with high flexibility.

Our latest product line, m|klang® e, represents the next generation of our renowned m|klang® software. m|klang® e has been developed based on our extensive experience that we have gained in over a decade of working in the field of ANC (Active Noise Control) and ASD (Active Sound Design) with global OEMs and Tier-1s. As new propulsion technologies require a new creative sound design approach beyond ICE engine orders, we have developed m|klang® e as an agile and flexible environment that covers Active Noise Control, Active Sound Design and EV Sound Design for global platforms. By using Cycling74’s MAX* as a user interface for signal flow and sound design, we created a flexible and creative studio-like production environment and optimized it for automotive use and needs in series production application. With this software environment we are spanning the entire sound design process from sound creation, prototyping, integration, and mass production tuning, including standardized objects for Active Noise Control and Active Sound Design.

Through our concept of separation between software and signal flow data, m|klang® e offers the highest flexibility and allows fast changes regarding data sets and signal flow without software re-validation even if the software is already integrated in the hardware.  This helps to increase tuning flexibility and efficiency as the signal flow can be easily modified or adapted for variants without software changes.

The m|klang® embedded software will be integrated into your series-production head units or amplifiers tailored to your requirements. We supply ready-made and easy to integrate software components for the DSP you choose - as well as the agile and flexible framework - from online tuning to the generation and administration of flashable series data sets according to your process requirements.

* Max by Cycling`74​ https://cycling74.com/products/max

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