We all know chip design is changing in substantial ways and at a fast pace. The demands being placed on semiconductor systems are growing dramatically, and the innovation being delivered to address those demands is just as dramatic. Everyone seems to have an opinion on these trends, and a set of predications to make sense out of it… Read More
How to Enable High-Performance VLSI Engineering Environments
Very Large Scale Integration (VLSI) engineering organizations are known for their intricate workflows that require high-performance simulation software and an abundance of simulation licenses to create cutting-edge chips. These workflows involve complex dependency trees, where one task depends on the completion of another… Read More
Optimizing Return on Investment (ROI) of Emulator Resources
Modern day chips are increasingly complex with stringent quality requirements, very demanding performance requirement and very low power consumption requirement. Verification of these chips is very time consuming and accounts for approximately 70% of the simulation workload on EDA server farms. As software-based simulators… Read More
Measuring Success in Semiconductor Design Optimization: What Metrics Matter?
When it comes to electronic design automation (EDA), there are two aspects to this technologically challenging and highly competitive field. First, there is the task of designing very complex chips for which a full suite of various software tools are needed. Then there is the task of managing extremely complex EDA workflows and… Read More
Load-Managing Verification Hardware Acceleration in the Cloud
There’s a reason the verification hardware accelerator business is growing so impressively. Modern SoCs – now routinely multi-billion gate devices – must be verified/validated against massively demanding test plans, requiring high levels of test coverage. Use cases extend all the way up to firmware, OSes, even application… Read More
Altair at #59DAC with the Concept Engineering Acquisition
The Design Automation Conference has been the pinnacle for semiconductor design for almost 60 years. This year will be my 38th DAC and I can’t wait to see everyone again. One of the companies I will be spending time with this year is Altair.
Last month Altair acquired our friends at Concept Engineering, the leading provider… Read More
Future.HPC is Coming!
According to the experts, the semiconductor industry is poised for a decade of growth and is projected to become a trillion dollar industry by 2030. In 2021 the semiconductor industry finally hit $600B so $1T by 2030 seems like a big ask, but not really if you look at the indicators inside the semiconductor ecosystem. Foundries, … Read More
Six Essential Steps For Optimizing EDA Productivity
Altair® Accelerator™ was the focus of a couple of SemiWiki posts last year. The most recent post covers the enterprise-grade job scheduler’s latest updates and an earlier one discussed its patented Rapid Scaling feature. You can refer to these blogs here. While these posts provide insight into how Accelerator can help increase… Read More
Latest Updates to Altair Accelerator, the Industry’s Fastest Enterprise Job Scheduler
Altair is a broad-based company that delivers critical enabling technology across many disciplines that will be familiar to SemiWiki readers. According to its website, Altair delivers open-architecture solutions for data analytics & AI, computer-aided engineering, and high-performance computing (HPC). You can learn… Read More
Chip Design in the Cloud – Annapurna Labs and Altair
The above title refers to a webinar that was hosted by Altair on April 28th. Chip design in the cloud is not a new idea. So, what is the big deal with the above title. Sometimes titles don’t reveal the full story. Annapurna Labs happens to be an Amazon company. It used to be an independent semiconductor company that was acquired by Amazon… Read More