How Low Can You Go? Pushing The Limits Of Transistors


Deep low voltage enablement of embedded memories and logic libraries to achieve extreme low power: Rising demand for cutting-edge mobile, IoT, and wearable devices, along with high compute demands for AI and 5G/6G communications, has driven the need for lower power systems-on-chip (SoCs). This is not only a concern for a device’s power consumption when active (dynamic power), but also when... » read more

Test Challenges Mount As Demands For Reliability Increase


An emphasis of improving semiconductor quality is beginning to spread well beyond just data centers and automotive applications, where ICs play a role in mission- and safety-critical applications. But this focus on improved reliability is ratcheting up pressure throughout the test community, from lab to fab and into the field, in products where transistor density continues to grow — and wh... » read more

Compiler Optimization Made Easy


In a previous blog post, we discussed the benefits of using automation to maximize the performance of a system. One use case I mentioned was compiler flag mining, and the fact that performance is available beyond the standard optimization flags provided by most compilers. Getting to this untapped performance is a difficult problem to solve, but fortunately there is an easy way. A universe of o... » read more

How The Doubling Of Interconnect Bandwidth With PCI Express 6.0 Impacts IP Electrical Validation


As a result of the innovations taking place in CPUs, GPUs, accelerators, and switches, the interface in hyperscale datacenters now requires faster data transfers both between compute and memory and onto the network. PCI Express (PCIe®) provides the backbone for these interconnects and is used to build protocols such as Computer Express Link (CXL™) and Universal Chiplet Interconnec... » read more

Week In Review: Design, Low Power


Apple plans to spend an additional €1 billion (~$1.1B) over the next six years to expand its Munich, Germany-based Silicon Design Centre, including the construction of a new research facility. "The expansion of our European Silicon Design Centre will enable an even closer collaboration between our more than 2,000 engineers in Bavaria working on breakthrough innovations, including custom sil... » read more

3 Key Automotive Technology Advances To Watch


What we’ve been witnessing in the past few years—particularly with automakers and Tier 1 suppliers investing in software-defined vehicle development—means the automotive industry will grow tremendously both upward in the total number of vehicles as well as horizontally with different innovations in the space coming to fruition. The only way forward is for technology firms and automakers t... » read more

Auto Cyberattacks Becoming More Widespread


As vehicles become smarter, more complex, and increasingly connected, they also become more prone to cyberattacks. The challenge now is to keep pace with hackers, who are continually devising new and innovative ways to attack both software and hardware in vehicles. Recent statistics bear this out. In 2022, there was a big spike in deep/dark web activity and incidents related to application p... » read more

Blog Review: March 1


Siemens EDA's Chris Spear explains the UVM Factory and how it can facilitate collaboration by enabling injection of new features without affecting your team. Cadence's Paul McLellan looks at efforts to ensure chiplets from different companies work together, particularly when the creating companies didn't pre-plan for those specific chiplets to work together, as well as the problems of failur... » read more

How To Build A Rock-Solid Software Security Initiative


Application security testing is the starting block, not the finish line. While a critical component of every security program, the “penetrate and patch” approach is not a strategy. You need a complete program to lower risk exposure, measure progress, and demonstrate results. The most effective AppSec programs—or software security initiatives—are fine-tuned to their respective organiz... » read more

How To Build Resilience Into Chips


Disaggregating chips into specialized processors, memories, and architectures is becoming necessary for continued improvements in performance and power, but it's also contributing to unusual and often unpredictable errors in hardware that are extremely difficult to find. The sources of those errors can include anything from timing errors in a particular sequence, to gaps in bonds between chi... » read more

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