Author List: West, Joel; Dedrick, Jason;
Information Systems Research, 2000, Volume 11, Issue 2, Page 197.
For more than a decade NEC dominated the Japanese PC market with its PC-98 architecture, which was incompatible both with its major Japanese rivals and the global PC standard. However, NEC was powerless to prevent the introduction of Japanese versions of Windows 3.1 and 95 that ran on its competitors' architectures as well as on the PC-98, unifying the Japanese PC market and creating a common set of application programming interfaces for all Intel-based Japanese PCs. The introduction of Windows rendered obsolete the large DOS-based software library that had provided strong positive externalities for the NEC architecture. Absent those advantages, the market share of the PC-98 standard fell from 60% to 33% in five years, and NEC finally abandoned the PC-98 in favor of the global standard. An examination of the unusual rise and fall of the PC-98 shows how victory in a standards competition can be negated by the introduction of a new architectural layer that spans two or more previously incompatible architectures.
Keywords: Application Programming Interface; Computer Architecture; Japan; Network Externalities; Personal Computers; Standards Competition
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#43 0.296 architecture scheme soa distributed architectures layer discuss central difference coupled service-oriented advantages standard loosely table services classification layered included update
#242 0.227 market competition competitive network markets firms products competing competitor differentiation advantage competitors presence dominant structure share using incumbent make important
#28 0.154 cultural culture differences cross-cultural states united status national cultures japanese studies japan influence comparison versus china participants country singapore diverse
#83 0.088 personal computers use lead order using users pcs innovativeness understanding professional help forces gained usage increase trends parallel introduced expressed
#297 0.079 programming program programmers pair programs pairs software development problem time language application productivity best nominal languages programmer generators working reduces