Kim H. Chen
Hewlett-Packard
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international conference on computer design | 1988
Clinton C. Chao; Kim H. Chen; Ravi Kaw; Jacques Leibovitz; Voddarahalli K. Nagesh; Kenneth D. Scholz
Multichip module (MCM) substrate, component assembly, and cooling technologies have been developed and demonstrated on several vehicles that include a 4-Kbyte RAM module operating at above 100-MHz clock frequency. An optimum MCM may consist of a set of composite layers of a multi-layer thin film polyimide structure over a multilayer ceramic substrate with a high pin density. The MCM technology provides system designers with increased circuit packing density and a larger number of accessible circuits, which results in lower machine-cycle time and cycles per instruction, leading to higher system performance. Moreover, the MCM technology opens up options for circuit organization and system architecture and for further improvements in system performance.<<ETX>>
Archive | 1990
Clinton C. Chao; Kim H. Chen; Jacques Leibovitz; Edith P. Prather
Archive | 1991
Voddarahalli K. Nagesh; Kim H. Chen
Archive | 1992
Robert K. Crawford; Jacques Leibovitz; Daniel J. Miller; Kim H. Chen
Archive | 1994
Daniel J. Miller; Kim H. Chen; Lewis R. Dove; Vaddoarahalli K Nagesh
Archive | 1991
Robert K. Crawford; Jacques Leibovitz; Daniel J. Miller; Kim H. Chen
Archive | 2006
Clinton Chao; Chih-Hsien Chang; John C.Y. Chiang; Mark Shane Peng; Hua-Shu Wu; Kim H. Chen; Wen-Hung Wu; Tjandra Winada Karta
Archive | 1994
Daniel J. Miller; Lewis R. Dove; Kim H. Chen; Vaddoarahalli K Nagesh
Archive | 1994
Daniel J. Miller; Kim H. Chen; Lewis R. Dove; Vaddoarahalli K Nagesh
Archive | 1994
Daniel J. Miller; Kim H. Chen; Lewis R. Dove; Vaddoarahalli K Nagesh