Issue



Price, Power and Performance


07/01/2012








At The ConFab 2012, which took place in June at The Encore at The Wynn in Las Vegas, Mike Noonen of GLOBALFOUNDRIES kicked off the Fabless-Foundry Supply Chain session, noting that the manufacturing cycle time is now sometimes longer than the product lifetime.


Noonen noted that the semiconductor industry has always had the cyclic reality of the semiconductor cycle to deal with. This challenge has been compounded by several factors in recent years that fabless and fab-lite companies must contend with. These are:


??? Financial markets demanding higher returns and hence more operational efficiency


??? Fewer options for leading edge manufacturing


??? Product lifecycles that much shorter than design and even production times in some markets


??? Disaggregated worldwide supply chain that can be disrupted by natural disasters


In the same session, Nick Yu of Qualcomm described the "internet of things" as the biggest platform in the history of mankind. "It's going to explode," he said. "The world is moving to a higher level of abstraction," he added, pointing to the amount of social networking in the world. "All of these applications are in their infancy," he said, noting that in many parts of the world, people's first experience with the internet will be on a smart phone. "PCs and laptops are probably a thing of the past," he said. "The smartphone is the remote control for your life." He also said your first 3D camera is going to be in your phone.


All presenters emphasized three requirements moving forward: power, performance and price. "Power and cost are now a higher priority than performance," he said. "Chip cost reduction may not happen at advanced technology nodes," Yu warned.


BJ Woo of TSMC highlighted the many challenges faced by foundries, and the responsibilities they face. "Just delivering an accurate SPICE model is very challenging," she said. Fortunately, new technologies can actually reduce variability. "When you move to high-k metal gate, the variability is reduced," she said. "When you move to FinFET, it's even further reduced."


Solid State Technology, Volume 55, Issue 6, July 2012


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