Meraki Cloud Architecture Deep Dive with Sean Rhea, PhD Distributed Systems, UC Berkeley
An exotic form of carbon could help relieve a growing problem with the copper used in computer processors.
MIT Technology Review | Katie Bourzac | March 21, 2014
When people in the chip industry talk about the thermal problems in computer processors, they get dramatic. In 2001, Pat Gelsinger, then vice president of Intel, noted that if the temperatures produced by the latest chips kept rising on their current path, they would exceed the heat of a nuclear reactor by 2005, and the surface of the sun by 2015. Fortunately, such thermal disaster was averted by slowing down the switching speeds in microprocessors, and by adopting multicore chip designs in which several processors run in parallel.
Now the semiconductor industry has another thermal problem to sort out. As chip components shrink, the copper wiring that connects them must shrink, too. And as these wires get thinner, they heat up tremendously.
Photo: Graphene from iStock Photo
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