Abstract
To compare monolithic and hybrid optoelectronic technology to electronics for interconnects, this paper considers systems with the same manufacturing cost. For a given cost system, we calculate the performance advantage that makes chip-to-chip optical interconnects competitive with electronic wire bonds and solder bumps. Adjusting the number of I/O connectors by the ratio of the technology defect densities forces the system costs to be identical. Balanced system design principles and present defect densities farther restrict hybrid optoelectronics to a logic/connector ratio of 104 and monolithic integration to a ratio of ten.
© 1995 Optical Society of America
PDF ArticleMore Like This
Charles W. Stirk and John Neff
OTuB.4 Optics in Computing (IP) 1997
Dean Z. Tsang
TuC2 Optical Computing (IP) 1989
Daniel B. Schwartz, Frank Carney, Christopher K. Y. Chun, Paul Claisse, Barbara M. Foley, Craig Gaw, Davis H. Hartman, Phil Kiely, James Knapp, Wenbin Jiang, Shun Mean Kuo, Michael Lebby, Sylvia Planer, Laura J. Norton, Glenn Raskin, Joseph Sauvageau, Chan Long Shieh, Stephen G. Shook, and Stephanie Tapp
CWQ1 Conference on Lasers and Electro-Optics (CLEO:S&I) 1996