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Integrated Photonics Technology: Model Communications & Sensors

Combined integrated photonics technology and electrical systems are an important part of 5G, autonomous vehicles and the internet of things (IoT). Photonic sensors and transceivers are a key component of data security, data communication and environmental detection because of cost, scalability, performance and energy efficiency.

A simulation of a fiber optical connector interacting with electronic systems

An everyday example is a fiber optical connector used in small form-factor pluggable (SFP) transceivers for datacenter and fronthaul 5G applications. This communication device uses light to transfer data over optical fibers between electronic systems. Engineers need simulation tools to model this and other integrated photonic systems, to ensure that:

  • Photonic emitters/detectors are compatible
  • Data transmission is optimized for speed, accuracy and energy efficiency
  • Operation is robust over a range of environmental conditions
  • Fabrication and packaging costs are minimized
  • Data contents are secure

Engineers can then integrate these models to validate, optimize and design the complete system.

That is why Ansys is excited to announce the acquisition of Lumerical. They offer a photonic multiphysics solution with the capability to solve electro-optical systems, including thermal, charge-carrier and light emission effects.

A Theoretical Integrated Photonics Workflow to Design Lidar Systems

Lumerical’s user interface (UI) offers an integrated design environment (IDE) that can intuitively couple models that include optical, emissive, electrical, thermal and electromagnetic simulations. This multiphysics mindset fits the needs of those working on integrated photonics for 5G, autonomous vehicles and IoT applications.

Simulation of an autonomous vehicle’s lidar systems

For instance, autonomous vehicles require low-cost lidar system sensors within their environmental detection systems. Using integrated photonic simulations, engineers will be able to assess the performance of the emitting laser, as well as the nanoscale integrated phased array (or liquid crystal) used to form and steer the beam. The propagation of the laser beam and its interaction with the environment is then modeled using macroscopic optical simulation technology — such as Ansys SPEOS. Then, engineers can use Lumerical technology to model how the integrated sensor receives the laser signal calculated from the macroscopic optical simulation.

Currently, when simulating lidar systems, Ansys users need to acquire integrated photonic information from measurements or vendors. By integrating these simulation technologies, engineers will be able create high-fidelity simulations that can help them optimize source and detector designs.

To help engineers simulate electronic systems and their interaction with photonic circuits, Lumerical has partnerships with various foundries to provide customers with high quality photonic process design kits (PDKs). As a result, by integrating their portfolio with the Ansys platform, engineers can simulate and characterize a full electro-optical communication or sensing system.

To learn more about integrated photonics, visit the Lumerical website.

Any and all ANSYS, Inc. brand, product, service and feature names, logos and slogans such as Ansys and Ansys SPEOS are registered trademarks or trademarks of ANSYS, Inc. or its subsidiaries in the United States or other countries.

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