Spend Less Time Managing Libraries. Spend More Time Designing. Component library management is a critical part of every PCB design process, yet it often consumes significant engineering effort. Outdated parts, incorrect component data, approval workflows, changing supplier information, and supply chain issues can all lead to delays, redesigns, and increased project costs.​ Join our engineering team for a practical webinar focused on Component Information Portal (CIP) and discover how engineering teams can simplify library management, improve component data quality, and gain greater visibility into component availability and supply chain risks.

This webinar presented by guest speaker Stephen Newberry covers a practical, analysis-driven design workflow: setting up your board for in-design analysis, making informed layer stack and PDN routing decisions early, and verifying routing topology against industry specification limits all without leaving the Allegro X design environment. At the end, we'll wrap up with a live Q&A.

This webinar provides engineers with a science-driven framework for power supply design, rooted in the physics of electromagnetic energy flow. Inspired by Ralph Morrison’s pioneering approach, the session begins with core principles of energy behavior, then explores how current, fields, and waves interact inside real circuits.

Cadence Celsius Studio, the industry’s first unified thermal platform built to address the unique thermal challenges faced by engineers.

This 1-hour webinar shows PCB designers, hardware engineers and program leads how to identify signal integrity and compliance risks earlier, so you can break the respin cycle and improve first-pass success.

This webinar will focus on PCB electromagnetic fields and understanding how to achieve better signal integrity, power integrity, and EMC levels

This 1-hour webinar will go over efficient high-speed design practices that both new and experienced users can utilize to tackle specific signal integrity challenges. Adam will demo key features used for high-speed routing and the in-design analysis capabilities within OrCAD X Presto PCB Editor for post-layout verification, and we’ll end with a live Q&A.

Join us for a practical webinar on how a unified Cadence – Advanced Design Technologies (ADT) workflow helps engineers accelerate turbomachinery design, reduce uncertainty in early decisions, and move from concept to validated performance predictions with greater confidence.

Shorter design cycles await PCB design teams that catch signal and power integrity (SI/PI) issues before they require late-stage rework. We invite you to an exclusive webinar that demonstrates how integrating in-design analysis (IDA) early in your workflow can shorten design cycles by up to 40%. By embedding SI, PI, and thermal validation directly within the layout, your team can iterate more rapidly and significantly reduce project risks. Join us to learn how to shift your workload from the traditional "analyze after routing" approach to a highly efficient "analyze while designing" methodology.

This webinar presented by guest speaker Kirsch Mackey will walk you through a process-driven flow of how HDI design decisions are made in real tools on real hardware, and how you can validate those decisions before a board ever reaches a fabrication house. He will be using a NVIDIA Jetson-based carrier board for the demo.

This webinar will go over PSpice Monte Carlo and worst-case analysis techniques to enable design teams to evaluate statistical performance and worst-case operating limits directly within the simulation environment to learn how early variability analysis can improve design reliability and reduce costly production risks in mission-critical sectors like aerospace, defense, and space systems.

Designers who rely on Modelithics' advanced models report design successes by utilizing the wide selection of highly scalable models for passive components, as well as noise and nonlinear models for active devices.  Designers can simulate coupling effects that may occur between closely spaced components and between components and their surrounding environment by using Modelithics 3D EM models combined with the the full-wave Cadence Clarity 3D Solver's electromagnetic simulation.