Chip Industry Week in Review


[Editor's Note: Early edition due to the U.S. July 4th holiday.] The U.S. government lifted export restrictions that barred Synopsys, Siemens EDA, and Cadence from selling EDA tools to China. In a statement, Synopsys said it received a letter from the U.S. Commerce Department immediately rescinding those restrictions. Siemens issued a similar statement. Which tools or hardware accelerated t... » read more

Rethinking Scan Chains In Semiconductor Test


An explosion in design complexity, fueled by increased transistor density and fundamental shifts in chip architectures, are beginning to overwhelm traditional approaches to test. Defects can show up in the clock trees that drive scan chains, and even inside blocks of scan cells, which may number in the millions. Jayant D'Souza, technical product director for yield learning products in Siemens E... » read more

Blog Review: July 2


Synopsys’ Shankar Krishnamoorthy chats with industry experts about how the combination of AI and software-defined systems is driving a re-evaluation of engineering workflows and why chip, software, and system development must evolve in unison. Siemens’ Jake Wiltgen considers the rapidly evolving and growing challenge of performing DFT verification as designs scale, with complex hierarchi... » read more

Rethinking Chip Debug


The semiconductor industry has spent decades mastering the art of integrated circuit physical verification. But as system-on-chip (SoC) designs push the boundaries of complexity—with more transistors, greater integration and larger silicon areas—the established debug strategies are breaking under the weight of scale. Today’s advanced chips can generate an overwhelming number of design rul... » read more

Chip Industry Week in Review


AI featured big at this week's Design Automation Conference (DAC) in San Francisco. Dozens of companies featured AI-related tools (see product section below), as well as significant improvements to existing tools and some entirely new approaches for designing chips. Among the highlights: Siemens unveiled an AI-enhanced toolset for the EDA design flow that enables customers to integrate the... » read more

Mixed Messages Complicate Mixed-Signal


Several years ago, analog and mixed signal (AMS) content hit a wall. Its contribution to first-time chip failure doubled, and there is no evidence that anything has improved dramatically since then. Some see that the problem is likely to get worse due to issues associated with advanced nodes, while others see hope for improvement coming from AI or chiplets. Fig. 1: Cause of ASIC respins. S... » read more

Distributing Intelligence Inside Multi-Die Assemblies


The shift from SoCs to multi-die assemblies requires more and smarter controllers to be distributed throughout a package in order to ensure optimal performance, signal integrity, and no downtime. In planar SoCs, many of these kinds of functions are often managed by a single CPU or MCU. But as logic increasingly is decomposed into chiplets, connected to each other and memories by TSVs, hybrid... » read more

Security Vulnerabilities Difficult To Detect In Verification Flow


As designs grow in complexity and size, the landscape for potential hackers to infiltrate a chip at any point in either the design or verification flow increases commensurately. Long considered to be a “safe” aspect of the design process, verification now must be a focus of chip developers from a security perspective. This also means the concept of trust has never been higher, and the tr... » read more

Blog Review: June 25


Siemens’ John McMillan provides a detailed overview of 3D-IC technology and heterogeneous integration, from the market trends driving its adoption to the design, verification, and manufacturing challenges involved. Synopsys’ Gunnar Braun and Stewart Williams check out how cloud-based development practices and virtual prototypes can enable earlier and more efficient testing and validation... » read more

EDA’s Top Execs Map Out An AI-Driven Future


Artificial intelligence is permeating the entire semiconductor ecosystem, forcing fundamental changes in AI chips, the design tools used to create them, and the methodologies used to ensure they will work reliably. This is a global race that will redefine nearly every domain over the next decade. In presentations and interviews over the past several months, top EDA executives converged on th... » read more

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