Overview Of Medical Chip Challenges


Medical devices are adopting, and increasingly adapting, a variety of semiconductor technologies to provide new functions and capabilities in smaller form factors. In doing so, they are leveraging increasing processing capabilities, lower power, and new types of sensors to propel health care forward. Many different chip types have been used in medical devices for years, many of them develope... » read more

EDA Vendors Widen Use Of AI


EDA vendors are widening the use of AI and machine learning to incorporate multiple tools, providing continuity and access to consistent data at multiple points in the semiconductor design flow. While gaps remain, early results from a number of EDA tools providers point to significant improvements in performance, power, and time to market. AI/ML has been deployed for some time in EDA. Still,... » read more

Software-Hardware Co-Design Becomes Real


For the past 20 years, the industry has sought to deploy hardware/software co-design concepts. While it is making progress, software/hardware co-design appears to have a much brighter future. In order to understand the distinction between the two approaches, it is important to define some of the basics. Hardware/software co-design is essentially a bottom-up process, where hardware is deve... » read more

Week In Review: Design, Low Power


U.S. government officials met with semiconductor industry companies and automakers to request supply chain information it hopes could address the current semiconductor shortage, Reuters reports. Secretary of Commerce Gina Raimondo hopes the information will enable them and industry to "get more granular into the bottlenecks and then ultimately predict challenges before they happen," but also wa... » read more

Week In Review: Auto, Security, Pervasive Computing


Automotive Cadence announced its new platform for speeding up the creation of virtual and hybrid prototypes of complex systems, such as those found in automotive systems. The Cadence Helium Virtual and Hybrid Studio enables teams to verify embedded software and firmware on virtual and hybrid configurations before the RTL is ready, in systems where software and hardware need to be created simul... » read more

Building Complex Chips That Last Longer


Semiconductor Engineering sat down to talk about design challenges in advanced packages and nodes with John Lee, vice president and general manager for semiconductors at Ansys; Shankar Krishnamoorthy, general manager of Synopsys' Design Group; Simon Burke, distinguished engineer at Xilinx; and Andrew Kahng, professor of CSE and ECE at UC San Diego. This discussion was held at the Ansys IDEAS co... » read more

Data Tsunami Pushes Boundaries Of IC Interconnects


Rapid increases in machine-generated data are fueling demand for higher-performance multi-core computing, forcing design teams to rethink the movement of data on-chip, off-chip, and between chips in a package. In the past, this was largely handled by the on-chip interconnects, which often were a secondary consideration in the design. But with the rising volumes of data in markets ranging fro... » read more

Blog Review: Sept. 22


Ansys' Tyler Ferris describes some of the many ways electronics on a PCB assembly can fail, from component level failures like wirebond breaking and liftoff to board-level failures such as conductive anodic filament failure. Cadence's Paul McLellan considers the switch from low-speed parallel interfaces to high-speed serial interfaces as one of the key advancements making modern data centers... » read more

Using ML In EDA


Machine learning is becoming essential for designing chips due to the growing volume of data stemming from increasing density and complexity. Nick Ni, director of product marketing for AI at Xilinx, examines why machine learning is gaining traction at advanced nodes, where it’s being used today and how it will be used in the future, how quality of results compare with and without ML, and what... » read more

Week In Review: Design, Low Power


Tools & IP Cadence and Samsung Foundry are offering Mixed-Signal OpenAccess-ready process design kit (PDK) technology files that support a range of Samsung process technologies from 28FDS to GAA base 3nm. Enabling access to mixed-signal designs in a common OpenAccess database, the co-design methodology promotes shared responsibilities and collaboration between the analog and digital teams ... » read more

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