Date: Thursday 5/17/2007
Time: 3:30-5:30pm
Location: Cordura 100
Speaker bio:
Chandrakant Patel, known for his pioneering work in energy-efficient computing, is an HP Fellow at HP Labs, where he is responsible for strategically engaging in thermo-mechanical research for future microprocessors, workstations, servers and data centers.
Patel played a key role in establishing HP’s leadership in energy-efficient computing by founding HP Labs’ thermal technology research program in the early 1990s, and subsequently the data-center architecture program. He foresaw the thermal-management challenges associated with high power density due to miniaturization in semiconductor technologies, and the need to manage energy as a key resource as enterprise IT system resources became increasingly connected and shared.
He pioneered a holistic approach to power and cooling that encompasses everything from chips to systems to racks to the data center itself. With partners in HP’s product R&D groups, he started a virtual thermal community known as the HP Cool Team.
Patel’s work has been incorporated into HP products and services, including its Adaptive Infrastructure offerings, and also used by HP to manage its own information technology infrastructure.
His interest today is research in energy used by data center cooling resources at a global level through the HP Labs’ smart cooling proposition. The smart cooling vision is to dynamically provision cooling commensurate with the heat loads in a data center, and to provision computing, and thus the heat loads, based on the available cooling resources. Chandrakant and his team are exploring the “smart” data center that integrates power, cooling and system architecture.
The vision is to realize a savings of 50 percent in cooling energy costs in the global data center network of tomorrow through a combination of mechanical thermo-fluids engineering and computer science.
Patel joined HP Labs in 1991, initally leading the cooling and packaging research of the Wide Word microprocessor. This research contributed to what later became Intel’s Itanium, which represented the next generation of microprocessors.
In addition to his work at HP, Patel has taught computer-aided design as an adjunct faculty member at Chabot College in Hayward, California since 1990, and graduate level thermal management courses at University of California, Berkeley Extension and Santa Clara University since 1999.
He has authored many refereed journal and conference papers in the area of electronics cooling and has been granted 68 U.S. patents. He is a Senior Member of IEEE, a member of the Engineering Advisory Board at Chabot College and a member of the Industrial Advisory Board at Santa Clara University.
In addition, Patel was the winner of the 2005 Joel S. Birnbaum Prize for Innovation for “visualizing and leading the creation of end-to-end solutions for managing the energy requirements for computation thereby positioning HP as a leader in physical design of datacenters.” The Birnbaum Prize, named for a former director of HP Labs, is awarded annually to a member of HP Labs for contributions to HP or HP Labs that demonstrate extraordinary vision, perseverance, innovation and creativity.