There’s perhaps no field more demanding than modern semiconductor design. In both research and commercial settings, customers expect new electronic devices to be faster, cheaper, smaller, and more energy-efficient with each generation. Semiconductor producers rely on electronic design automation (EDA) tools to realize these improvements. Few understand these challenges better than CEA Tech, the Grenoble-based
In today’s hyper-competitive business environment, data is at the heart of everything we do. Business leaders rely on up-to-date data to better understand their customers and competitors, make better, more informed decisions, and support new business initiatives. This paper examines some of the challenges with existing data pipelines and discuss five considerations for building a
Delivering Superior Electromagnetic Simulations with Altair Feko and Third-Generation AMD EPYC™ Processors
In the age of the internet and IoT, the need for electromagnetic simulation is on the rise. Today’s electronic devices bristle with electronic transmitters and sensors of all kinds. I recently had the opportunity to work with smart people at Altair and AMD to document a series of interesting electromagnetics benchmarks conducted with Altair Feko.
I recently had the opportunity to work with Incorta developing an architecture guide for their Unified Data Analytics Platform. The guide is now live on Incorta’s website. This guide explores the architecture of Incorta’s unified data analytics platform and how it can augment or replace legacy analytics environments while taking a new and innovative approach
Altair Engineering have an impressive portfolio of solutions for electronic design automation. I had recently had the opportunity to develop a technical whitepaper describing products in the Altair Accelerator portfolio. You can View/Download the whitepaper here.
I recently completed work on the attached article for Altair and AMD published by InsideHPC. The combination of Altair structural and CFD solvers and the latest AMD EPYC 7003 series processors deliver industry-leading performance for CAE applications. You can read about the detailed benchmarks results here: Taking Altair Structural & CFD Analysis to New Heights
Managing the trade-off between consistency and availability is nothing new in distributed databases. It’s such a well-known issue that there is a theorem to describe it. While modern databases don’t tend to fall neatly into categories, the CAP theorem (also known as Brewer’s theorem) is still a useful place to start. The CAP theorem says
I recently completed a project working with Altair studying the pros and cons of open-source vs. commercial workload management. Having worked for years in HPC at both Platform Computing and IBM, this topic was right in my wheelhouse. You can download the whitepaper here: A Cost-benefit Look at Open-source vs. Commercial HPC Workload Managers (altair.com) High-performance
When it comes to high-performance computing (HPC), engineers can never get enough performance. Even minor improvements at the chip-level can have a dramatic financial impact in hyper-competitive industries such as computer-aided engineering (CAE) for manufacturing and electronic design automation (EDA). With their respective x86 processor lineups, Intel and AMD continue to battle for bragging rights,
In March I worked on this article with folks at Dremio, explaining the challenge of data copies in modern “data lakehouse” environments. An organization’s data is copied for many reasons, namely ingesting datasets into data warehouses, creating performance-optimized copies and building BI extracts for analysis. Unfortunately, data replication, transformation and movement can result in longer