Columbia University and Partners Win $35M JUMP 2.0 Grant to Create Center for Ubiquitous Connectivity
New York, NY—January 5, 2023—Columbia Engineering has won a $35 million 5-calendar year grant to set up the Heart for Ubiquitous Connectivity (CUbiC) and progress vitality-economical communications technologies for addressing the vastly rising connectivity bottlenecks amongst info-hungry wireless units and deluged information centers. About the future 5 yrs, CUbiC will strive to flatten the computation-communication gap, providing seamless Edge-to-Cloud connectivity with transformational reductions in the world wide method strength use.


The grant has been awarded underneath the Joint University Microelectronics Application 2. (Bounce 2.) initiative, an SRC-led general public-non-public partnership in cooperation with DARPA, co-sponsored by the Semiconductor Analysis Company (SRC), DARPA, the industrial semiconductor business, and the protection industrial foundation. SRC is a non-profit consortium that functions with sector, federal government, and academic partners to determine, fund, and regulate college investigation on behalf of its member firms. The Soar 2. encompasses 15 business and protection electronics marketplace users, such as Intel, Samsung, Global Foundries, Micron, IBM, HRL labs, EMD Electronics, Boeing, Arm, TSMC, Analog Units, Qorvo, SK Hynix, MediaTek, and Raytheon.


CUbiC’s purpose

Facts motion and its expanding vitality usage is the important bottleneck to our information and facts infrastructure. From the myriad of Edge gadgets interacting with the actual physical world to high-performance Cloud knowledge centers, the issue is most significant at the two extremes of the Edge and the Cloud where by explosive expansion in info era charges considerably exceed the conversation capacities. CUbiC will produce new ultra-power efficient systems and program architectures that allow about two orders of magnitude efficiency gains and transformational reductions in electrical power use across huge wi-fi and knowledge center methods.

Led by Columbia Engineering Professor Keren Bergman, the CUbiC team includes scientists from 12 universities with abilities that spans the total systems-to-products “stack” in communications and connectivity. The assistant director, Ali Niknejad, is a professor of electrical engineering and computer science at the College of California, Berkeley. Other Columbia Engineering principal investigators incorporate Harish Krishnaswamy, professor of electrical engineering, an professional in built-in circuits and units and Michal Lipson, Higgins Professor of Electrical Engineering and professor of used physics, a pioneer in silicon photonics.


Rethinking the boundaries among conversation and computation

The pandemic has designed exceptionally crystal clear our societal dependence on steady connectivity. Today’s techniques are overwhelmed by the significant info technology fees at the wireless Edge and inside of the knowledge centers’ Cloud. “We need to have a rethinking of the boundaries amongst communication and computation and to essentially reinvent how data moves throughout techniques with negligible strength use,” claimed Bergman, Charles Batchelor Professor of Electrical Engineering Scientific Director, Columbia Nano Initiative and a major researcher in photonic interconnected computing methods. “The Centre for Ubiquitous Connectivity will deliver photonics on to chips, work throughout techniques, and develop new architectures, circuits, and products that vastly grow wi-fi ability. This is a new interaction paradigm. Potential programs will be a lot much more electrical power-productive, adaptable, secure, and robust, when offering orders of magnitude extra bandwidth than we presently have.”


CUbiC Partners


In addition to Columbia University and the University of California, Berkeley, other members incorporate the College of California, Santa Barbara University of Illinois at Urbana-Champaign Massachusetts Institute of Know-how University of Michigan Cornell University Duke College Princeton College Stanford University Oregon Point out University University of California, San Diego and University of Southern California.


“CUbiC has brought alongside one another an excellent crew of college with deep expertise in both wireless and photonics, spanning devices, architectures, circuits, and units. These incredible researchers–much more than 25{64d42ef84185fe650eef13e078a399812999bbd8b8ee84343ab535e62a252847} woman– provide with them unsurpassed mental capital, countrywide technical leadership, as nicely as their unique regions of know-how,” said Columbia Engineering Dean Shih-Fu Chang. “We are pretty enthusiastic to be leading this extraordinary initiative which we hope will supply a seamless Edge-to-Cloud connectivity that will, by its reductions in international vitality intake, change our environment.”

