Integrating Optics And Engineering: How Simulation Transforms Medical Device Design


The integration of optical systems in medical devices is a rapidly growing area of focus and investment within the medical technology sector. From surgical lasers and diagnostic imaging tools to microscopes applied in research, advanced optics have enormous potential to drive better patient outcomes. However, designing advanced optical systems for medical devices poses numerous complex... » read more

PCIe Design Guide – Q&A (Gen 4, 5, 6) – Part 2


As PCI Express (PCIe) evolves through Gen4, Gen5, and now Gen6, the complexity of high-speed design continues to grow. Signal and power integrity, equalization, clocking, and compliance — every layer of the PCB must be optimized for speed and reliability. The PCIe Design Guide – Q&A (Part 2) expands on the first volume with a deep dive into simulation, validation, and compliance, a... » read more

Harness Simulation To Connect To Industry 5.0


Industry 5.0 represents a significant evolution in industrial processes, focusing on integrating human-centric approaches with advanced technologies. Unlike Industry 4.0, which emphasizes automation and digitalization, Industry 5.0 prioritizes collaboration between humans and technology. This approach broadens the scope of industrial advancements to include societal contributions alongside prod... » read more

Digital Engineering Drives Industry 5.0


During the Fourth Industrial Revolution, known as Industry 4.0, industrial processes and manufacturing shifted toward digitization in nearly every market, from agriculture and mining to heavy machinery and building automation systems. Today, this digital transformation is not slowing down. A global industrial robotics survey from McKinsey & Co. revealed that industrial companies are expecte... » read more

IP And Data Management: Challenges, Solutions, And Best-in-Class Approaches


As electronic design becomes increasingly complex, traditional approaches to IP and design data management are reaching their limits. Fragmented systems, inconsistent documentation, and unclear version control are slowing collaboration, increasing rework, and ultimately constraining innovation. The ability to manage design data effectively is no longer a background concern — it’s a foundati... » read more

The Future Of Digital Engineering In The Age Of AI


Digital engineering gives innovators creative agency to test the limits of their ideas in a virtual environment. It is in this convergence of digital technologies, data-driven models, and advanced simulations where new designs are born at unprecedented levels of speed and accuracy. Adding artificial intelligence (AI) into the mix further accelerates innovation by unlocking opportunities to a... » read more

Combining SPICE With IBIS-AMI: Solving Advanced Signal Integrity Verification Challenges With Solido SPICE


This paper explores current technology trends in high-speed links, including high-speed memory and SerDes applications, highlighting the critical roles of combined SPICE-level and IBIS-AMI modeling for accurate verification. Verifying high-speed links with IBIS-AMI during the circuit design phase presents significant complexity due to the combined effects of equalization schemes, channel S-para... » read more

Charting The Frontiers Of Photomask Technology And Extreme Ultraviolet Lithography


The enormous computing demands of AI and high-performance computing (HPC) applications are putting intense pressure on every aspect of chip development. Challenges arise during architecture, design, and verification, persist through the manufacturing process, and extend to post-silicon lifecycle management as chips are deployed in the field. Lithography, the fabrication step of shining light... » read more

Optimizing Optical Fiber Connections In Hyperscale Datacenters: A Simulation-Driven Approach


Hyperscale datacenters are redefining the limits of data transmission technology, driven by increasing demands for higher bandwidth, lower power consumption, and reduced latency. Through advanced simulation workflows and multiphysics integration, engineers can design, optimize, and validate optical coupling systems for next-generation datacenters. The use of Ansys Optics software for photonic c... » read more

Best Practices and HPC Strategies for Ansys Mechanical


Mechanical engineers face growing complexity in structural simulations. Modeling intricate geometries, capturing nonlinear material behaviors, and ensuring accurate boundary conditions often push traditional computing resources to their limits. These challenges can lead to longer solve times, convergence issues, and difficulties interpreting results — all of which slow innovation and impact p... » read more

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