Beyond Photonics: End-to-End Electronic-Photonic Design and Simulation for Next-Generation Applications (Europe)

About this event

As AI infrastructure, high-speed networking, and advanced sensing applications continue to drive unprecedented bandwidth and performance requirements, the convergence of electronics and photonics has become essential. Engineers developing next-generation optical systems must accurately model interactions across photonic devices, integrated photonic circuits, electronic ICs, and complete communication or sensing systems.

Traditional workflows often rely on disconnected simulation environments, making it difficult to capture these multi-domain interactions efficiently and accurately. This can increase design complexity, lengthen development cycles, and limit insight into overall system performance.

In this webinar, we will demonstrate how Keysight ADS Photonic Designer and RSoft Photonic Device Tools enable a unified electronic-photonic design workflow that spans device, circuit, and system-level simulation. By integrating photonic and electronic co-simulation capabilities within a single environment, engineers can evaluate performance earlier, accelerate design iterations, and optimize complex electro-optical systems with greater confidence.

Through four practical application examples, attendees will learn how to:

Design and simulate FMCW LiDAR system, demonstrating the role of photonic integrated circuits in next-generation sensing applications.

Perform end-to-end 224G Ethernet electronic-optical-electronic (EOE) simulations, capturing electronic and photonic impairments, signal integrity effects, and overall link performance.

Leverage an integrated ADS and RSoft workflow to connect device-level photonic modeling with circuit-level system design, enabling more accurate and predictive simulations.

Evaluate emerging optical PCIe architectures using electronic-photonic co-simulation techniques to analyze next-generation high-speed interconnects.

Join us to discover how Keysight's integrated electronic-photonic design platform helps engineers reduce development risk, shorten time-to-market, and accelerate innovation across communications, AI infrastructure, and advanced sensing applications.