For the first time sound is generated inside a silicon chip. The conventional membrane is replaced by dozens of moving beams located in the interior of a chip.
Video © Fraunhofer IPMS
The sound generating beams consist of three electrodes. Between these electrodes an electrostatic field causes a force along each beam and an in-plane deflection. We call this Nanoscopic Electrostatic Drive (NED). Read more about NED in Nature Communications.
Image © Fraunhofer IPMS
Dozens or even hundreds of sound generating beams – arranged between a top and a bottom wafer – are moving according to an audio signal. The sound is released through holes in a top and a bottom wafer. Since the "muscles" that drive the beams are contained in each beam, an incredible variety of chip designs is possible. Read more about NED µSpeakers in Microsystems & Nanoengineering.
Image © Fraunhofer IPMS
We are seeking to work with audio brands all over the world, to match our core technology with specific market requirements. Now is the best time to join, because we are currently developing a highly flexible silicon MEMS design platform that can be tuned to the needs of our customers. We are targetting every in-ear audio application with demanding requirements in terms of integration, energy efficiency and price: hearables, earphones, in-ear monitors and hearing aids.
Arioso Systems is a Fraunhofer IPMS spin-off for commercializing the NED μSpeaker technology. We have an exclusive license agreement with Fraunhofer IPMS on NED μSpeaker technology for audio applications world wide. Our product portfolio includes ASSP's, ASIC's and IP cores. We are a fabless design house with a B2B business model providing the first all-silicon MEMS μSpeaker technology.
Technical Marketing & New Business Development
Head of MEMS-Production and Development
In the article "Electrostatic Pure Silicon Microspeakers for Wireless Earbuds" of the audioXpress magazin January 2021 edition we explore how smart earbudes provide voice-controlled access to advanced Internet services. Read more about how our MEMS microspeaker, based on CMOS-compatible materials and manufacturing processes, is contributing to the next generation of wireless earbuds and how we apply pure silicon technology to create sound from the smallest of volumes. You want to read the full article, then subscribe.
We are honored to be selected by the Expert Jury of VC and corporate investors as one of the 22 best-scored companies of the Tech Tour Deep Tech Programme 2020. As winner of the Deep Tech Programme we will participate at the World Tour in March 2021.
Tech Tour brings startups and a network of leading entrepreneurs, service providers and actors from the world of high technology and investors together to create a Europe-wide network, to exchange ideas and to promote young, dynamic companies.
Arioso Systems have been chosen by the prestigious TechTour as one of the 15 most exciting Hardware & Systems Startup for the Deep Tech 2020. TechTour is an exclusive club of startups selected by an experienced deep tech investor panel and one of the key Deep Tech Startup events in Europe. Our goal is to build a network with the leading entrepreneurs, investors and industry players from the world of high technology and to exchange ideas with them. As part of the TechTour Deep Tech 2020 program, which includes various investment and partnership opportunities, we will take part at the Opening Tour on the 17th November at 5 p.m. CET, the pitching session on 25th November between 2-4 p.m. CET and the online One2Ones on 30th November. Find out more under: https://techtour.com/events/2020/10/event-deep-tech-2020.html
We are honored to be selected for the TechDay Online 2020 event by the STEP USA program of the German American Chamber of Commerce. TechDay is one of the largest yearly events where startups from many sectors encounter, present themselves and meet investors. We will participate at this year’s TechDay Online 2020 during the three days 17th (from LA), 18th (from NY) and 19th (from London) of November.
At the AES Show Fall 2020 we will present our latest developments in our electrostatic all-silicon MEMS µSpeaker technology. Our Head of Technical Marketing & New Business Development Lutz Ehrig will show measurement results of a new actuator design enabling significantly reduced harmonic distortion ratios. At the same time higher sound pressure levels are achieved due to increased actuator displacement and higher actuator count per chip area. This is a unique feature of Arioso’s µSpeaker technology since the sound is generated by the in-plane movement of hundreds of silicon cantilever beams. The presentation will be part of the technical program in the last week of the show. Watch our on demand paper presentation about our balanced electrostatic all-silicon MEMS Speaker from the 27th till the 30th of October here.
Arioso Systems has been accepted to participate in the program of one of the European leading seed accelerators. During the international, six months program Arioso Systems gets access to the existing expertise of crucial players in the audio industry. In the first of three camps Arioso Systems elaborates strategic topics and value proposition for its silicon-based µSpeakers. Intensive trainings in tailormade workshops give a gateway to develop the business potential of µSpeaker to the maximum. In addition, networking with product specialists from the most reputable Danish sound industry grants Arioso Systems access to the market of wearable audio devices. In addition, Soundtech professionals also share their knowledge of how to distribute and digitally market products professionally. Accompanying the process, Arioso Systems profits from highly specialized skills of Accelerace and the Sound Hub Denmark based on coaching and exchange sessions.
16.10.2019 - Arioso Systems at High Tech Venture Days in Dresden. Read more in an article by Sächsische Zeitung.
07.10.2019 - Publication of concept and proof of an all-silicon MEMS μSpeaker based on NED-Technology in Microsystems & Nanoengineering.
2015 - Fundamental idea of using NED-Technology for MEMS µSpeakers with in-plane moving elements. Application for a patent.
2011-2015 - Application for several patents introducing a new electrostatic actuator class for MEMS technology: Nanoscopic Electrostatic Drive (NED). Publication in Nature Communications.
You want to conquer the world of the MEMS μSpeakers and drive the success of a high-tech company. Then join our team.
We are looking for:
As Reliability Engineer you will be responsible for technical risk and reliability management for complex components and processes in an innovative high-tech development environment.
You see your challenge in the development, design, experimental characterization and simulation of MEMS-based microspeakers,
then apply as a Design Engineer.
You are passionate about analyzing data and processes and have in-depth
methodological knowledge and practical experience in the operation of databases, Excel and the sorting and organization of data.
Then support our team as a Process and Data Analyst.
Interested in the revolution of the future of MEMS Microspeakers, then send us your application!
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