Perot / C. Macrooptical Systems / Accelight Networks / OPTICALLY INTERCONNECTED ELECTRONICS / /
Country
United States / Canada / /
Currency
USD / / /
Event
Product Issues / /
Facility
D. V. Plant / PLANT AND KIRK / cm square / Solutions DAVID V. PLANT / Canadian Institute / McGill University / /
IndustryTerm
chip-to-chip / optical and optomechanical hardware / microchannel systems / symmetric telecentric imaging system / macrooptical systems / communication systems / clustered optical systems / silicon driver chip / parallel optical interconnection systems / optical systems / candidate technology / tolerant optical systems / particular applications / free-space demonstration systems / software packages / parallel optical interconnect technology / large digital systems / rigid free-space optical systems / metal / metal layer / driver chip / optoelectronic devices / waveguide-based solutions / possible solution / in situ alignment sensing systems / multistage free-space optical systems / optomechanical technologies / optoelectronic chip / adjacent electronic devices / demonstrator systems / microoptical systems / nonluminescent optoelectronic devices / interconnect applications / distributed digital systems / large and complex systems / medical imaging applications / /
Movie
D. V / /
MusicAlbum
Monte Carlo / /
Organization
Canadian Institute for Telecommunications Research / Department of Electrical and Computer Engineering / McGill University / Montreal / /
Person
ANDREW G. KIRK / /
Position
driver / designer / Nortel/NSERC Industrial Research Chair / /
Optical Interconnects at the Chip and Board Level: Challenges and Solutions DAVID V. PLANT, MEMBER, IEEE, AND ANDREW G. KIRK, MEMBER, IEEE Invited Paper This paper discusses short-distance optical interconnects