Workshop will focus on utilizing PwrSoC devices to achieve system performance that meets the requirements of both present and emerging applications that demand ever greater current density, optimized control, form factor reduction and higher efficiency while reducing cost

he 4th International Workshop on Power Supply on Chip (PowerSoC2014) will be held at Northeastern University Boston MA on October 6-8, 2014. The Power Sources Manufacturers Association (PSMA) and IEEE Power Electronics Society (IEEE PELS) are jointly sponsoring, and the College of Engineering (COE) of Northeastern University (NEU) is hosting this workshop.

The workshop will focus on the integration of both modular and granular commercially successful miniature power converters that include power passive elements designed for multiple applications by accessing a broad range of leading-edge technologies. The general focus is on-die integration and integration-within-package.

A major challenge to form factor reduction of dc-dc converters is the difficulty of integrating energy-handling power passive components with conventional semiconductor processes. Advanced technologies and processes for the design and manufacture of these passives are focal topics for the workshop.

Strategies addressing circuit and system approaches will also be presented. The general vision shared by participants is utilizing PwrSoC devices to achieve a system performance that meets the requirements of both present and emerging applications that demand ever-greater current density, optimized control, form factor reduction, higher efficiency, while reducing cost.

The General Chair for the workshop, Arnold Alderman of Anagenesis, Inc., states, “This workshop, as in past workshops, will continue seeking to address a broad number of device and packaging leading-edge technologies, alternative topologies and manufacturing processes that will enable both the emerging modular and granular PwrSoC providing power delivery for large system on chip platforms, such as microprocessors, microcontrollers, DSP and ASIC chips, where multiple independent power rails enhance system performance.”

Workshop attendees will include global technical and business leaders from industry and academia as well as graduate students undertaking research in this emerging space. Program Committee Chairman Matt Wilkowski, from Altera Corporation, points out, “We have assembled an excellent technical program covering all aspects of the PwrSoC, yet taking special care to allow extra networking time, following the successful formula from previous workshops with a single track of invited talks and posters. This year we are adopting the use of electronic posters (e-posters) for the poster session.

Because of the intense nature of this workshop, attendance will be limited to individuals actively involved with this emerging technology. Go to the workshop website: www.pwrsoc2014.org for more information on the conference and registration.

About IEEE PELS
The Power Electronics Society is one of the technical societies of the Institute of Electrical and Electronics Engineers (IEEE). For over 20 years, PELS has facilitated and guided the development and innovation in power electronics technology. This technology encompasses the effective use of electronic components, the application of circuit theory and design techniques, and the development of analytical tools toward efficient conversion, control and condition of electric power.

About PSMA
PSMA is a non-profit professional organization with the objective of enhancing the stature and reputation of its members and their products, and improvement of their technological power sources knowledge. Its aim is to educate the entire electronics industry, academia, government, and industry agencies as to the applications and importance of all types of power sources and conversion devices.

About NEU COE
Northeastern University's College of Engineering enters its second century with a distinguished history of accomplishment and vast potential for innovation in engineering research and education, particularly in the energy, environmental, health and security fields. With state-of-the-art engineering research centers, 122 faculty engaged in interdisciplinary research and teaching, more than $30 million in annual federal funding, and thousands of loyal alumni providing support, the College of Engineering is optimally positioned for even greater success. Over the past century, this interactive learning environment has nourished the entrepreneurial spirit of countless engineering students who have gone on to found successful companies around the world.ronics industry, academia, government and industry communities as to the applications and importance of all types of power sources and conversion devices.

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