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The S3.mp scalable shared memory multiprocessor
A. Nowatzyk, G. Aybay, M. Browne, E. Kelly, D. Lee, and M. Parkin
Proceedings of the Twenty-Seventh Hawaii Internation Conference on System Sciences, Vol. 1, January, 1994, pp. 144 - 153.

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Abstract

S3.mp (Sun's Scalable Shared memory MultiProcessor) is a research project to demonstrate a low overhead, high throughput communication system that is based on cache coherent distributed shared memory (DSM). S3.mp uses distributed directories and point-to-point messages that are sent over a packet switched interconnect fabric to achieve scalability over a wide range of configurations. S3.mp uses a new CMOS serial link technology that achieves transmission rates >1 Gbit/sec and that is directly integrated into a packet router chip. Unlike other DSM systems, S3.mp can be spatially distributed over a local area via fiber optic links. This capability allows S3.mp to interconnect clusters of workstations to form multiprocessor workgroups that efficiently share memory, processors and I/O devices. Multichip module technology, the integrated arbitrary topology router, fast serial links, and a DSM system that is integrated into the memory controller allow compact, massively parallel S3.mp systems

Notes

Number of pages: 10

Text Reference

A. Nowatzyk, G. Aybay, M. Browne, E. Kelly, D. Lee, and M. Parkin, "The S3.mp scalable shared memory multiprocessor," Proceedings of the Twenty-Seventh Hawaii Internation Conference on System Sciences, Vol. 1, January, 1994, pp. 144 - 153.

BibTeX Reference

@inproceedings{Nowatzyk_1994_4959,
   author = "Andreas Nowatzyk and G. Aybay and M. Browne and E. Kelly and D. Lee and M. Parkin",
   title = "The S3.mp scalable shared memory multiprocessor",
   booktitle = "Proceedings of the Twenty-Seventh Hawaii Internation Conference on System Sciences",
   month = "January",
   year = "1994",
   volume = "1",
   pages = "144 - 153"
}


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