SciTransfer
Organization

SENSIBEL AS

Norwegian SME developing optical MEMS microphones with record signal-to-noise ratio for voice interfaces, audio capture, and acoustic sensing.

Technology SMEdigitalNOSMENo active H2020 projects
H2020 projects
3
As coordinator
2
Total EC funding
€2.7M
Unique partners
3
What they do

Their core work

Sensibel is a Norwegian deep-tech SME developing optical MEMS microphones that claim the world's highest signal-to-noise ratio. Their core technology replaces traditional capacitive sensing in microphones with optical readout of MEMS diaphragms, enabling superior audio fidelity for applications like voice control, active noise cancellation, and acoustic imaging. They have progressed from feasibility study through scale-up, and their technology has been validated in aviation voice-interaction systems through the Clean Sky 2 programme.

Core expertise

What they specialise in

Optical MEMS microphone designprimary
3 projects

Core technology across all three projects — OptiMEMS (feasibility), OptiMEMS2 (scale-up), and VOICI (application in aviation voice interfaces).

High-fidelity audio capture and processingprimary
2 projects

OptiMEMS and OptiMEMS2 both target high-fidelity audio capture with best-in-class signal-to-noise performance.

Voice user interfaces and voice controlsecondary
2 projects

VOICI focused on voice interaction for crew assistants; OptiMEMS2 lists voice user-interface and voice control as key applications.

Active noise cancellation and acoustic sensingemerging
1 project

OptiMEMS2 explicitly targets ANC headsets, microphone arrays, and acoustic camera applications — new market directions beyond basic microphones.

Evolution & trajectory

How they've shifted over time

Early focus
MEMS microphone feasibility
Recent focus
Microphone industrialization and applications

Sensibel's trajectory follows a classic deep-tech scale-up arc. In 2018, they ran two parallel efforts: proving their optical MEMS microphone concept (OptiMEMS, SME-1 feasibility) while simultaneously validating the technology in a real aviation environment (VOICI, Clean Sky 2). By 2020, they secured a substantial EUR 2.5M SME-2 grant (OptiMEMS2) to industrialize production, and their keyword profile expanded significantly — from basic microphone and semiconductor terms to application-specific domains like ANC headsets, acoustic cameras, and microphone arrays.

Sensibel is moving from component R&D into volume manufacturing and diversified audio applications — partners should expect a company transitioning from lab to market.

Collaboration profile

How they like to work

Role: consortium_leaderReach: regional2 countries collaborated

Sensibel primarily leads its own projects, coordinating 2 out of 3 H2020 grants — both SME Instrument awards where they drove the agenda. Their one participation as a partner was in VOICI under Clean Sky 2, indicating they selectively join larger consortia when it provides a real-world testbed for their technology. With only 3 unique partners across 2 countries, they operate in tight, focused collaborations rather than broad networks.

A small, focused network of 3 partners across 2 countries, reflecting their SME-driven approach where most projects are self-coordinated. Their Clean Sky 2 participation connects them to the European aviation supply chain.

Why partner with them

What sets them apart

Sensibel occupies a rare niche: optical readout MEMS microphones, a fundamentally different approach from the capacitive MEMS technology that dominates the market (Knowles, Infineon, etc.). Their progression from SME-1 to SME-2 — securing EUR 2.5M for scale-up — signals that EU evaluators found their technology commercially viable. For consortium builders, they offer a proprietary hardware component that can differentiate any project involving audio sensing, voice interaction, or acoustic monitoring.

Notable projects

Highlights from their portfolio

  • OptiMEMS2
    EUR 2.5M SME-2 grant for scaling production — one of the larger SME Instrument Phase 2 awards, signaling strong commercial potential validated by EU evaluators.
  • VOICI
    Clean Sky 2 participation applying their microphone technology to aviation crew voice assistants — demonstrates cross-sector applicability beyond consumer electronics.
Cross-sector capabilities
Transport and aviation (voice-based crew interfaces)Consumer electronics (ANC headsets, smart speakers)Security and surveillance (acoustic cameras, sound detection)Manufacturing (acoustic quality control and monitoring)
Analysis note: Profile based on only 3 projects (2018-2022). The technology narrative is clear and consistent, but the small project count limits insight into collaboration patterns and full capability breadth. No website or VAT data available for cross-referencing.