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Synopsys recently hosted a panel discussion with Ansys, Bosch, Intel, and Samsung to share their insights on the rapid adoption of multi-die systems. We invite you to the public broadcast of the panel where each company shares their view on the groundbreaking technology, what challenges lie ahead, and how companies can … Read More
For decades now I’ve watched the incredible growth of SoCs in terms of die size, transistor count, frequency and complexity. Instead of placing all of the system complexity into a single, monolithic chip, there are now compelling reasons to use a multi-chip approach, like when the maximum die size limit is reached, or it’s… Read More
The industry is moving to multi-die systems to benefit from the greater compute performance, increased functionality, and new levels of flexibility. Challenges for multi-die systems are exacerbated and require greater focus on a number of requirements such as early partitioning and thermal planning, die/package co-design,… Read More
Over the last few years, the design of application-specific ICs as well as high-performance CPUs and other complex ICs has hit a proverbial wall. This wall is built from several issues: first, chip sizes have grown so large that they can fill the entire mask reticle and that could limit future growth. Second, the large chip size impacts… Read More
With the slowing down of Moore’s law , the industry as a whole has been working on various ways to maintain the rate of growth and advancements. A lot has been written up about various solutions being pursued to address specific aspects. The current era is being referred to by different names, SysMoore being one that Synopsys uses.… Read More
