OptoEncase
SOLUTIONS

Define the signal. Integrate the system. Validate the result.

System Architecture

We translate application needs into measurable requirements and a coherent photonic, electronic and mechanical architecture.

  • Requirements definition and feasibility analysis
  • Interface and subsystem architecture

Photonic & Electronic Co-Design

We design optical paths, PICs, readout electronics and control interfaces together, reducing integration risk from the start.

  • PIC and optical subsystem design
  • Readout electronics, control and component selection

Integration & Prototyping

We assemble optical, electronic, firmware and opto-mechanical elements into functional demonstrators and custom prototypes.

  • Fiber, source, detector and PCB integration
  • Packaging, enclosure and rapid prototyping

Testing & Validation

We characterize performance, noise, drift and repeatability under relevant operating conditions.

  • Experimental characterization and test procedures
  • Reliability assessment and TRL advancement
CASE STUDY

CASE STUDY: Measuring rotation with light

Built on research experience developed within the Micro Nano Sensor Group at the Polytechnic University of Bari, OptoEncase connects photonic design with system-level engineering. Among the results behind this approach is a one-axis fiber-optic gyroscope assembled entirely from commercial off-the-shelf components.

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Prototype

One-axis fiber-optic gyroscope prototype assembled from commercial off-the-shelf components.

Prototype
Prototype
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Allan deviation

Experimental characterization of gyroscope stability and noise performance.

Allan deviation
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Mechanical design

Enclosure design, exploded system view and dimensional definition of the prototype.

Mechanical design
Mechanical design
Mechanical design
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Experimental setup

System-level measurement architecture and laboratory implementation.

Experimental setup
Experimental setup