Zobrazeno 1 - 7
of 7
pro vyhledávání: '"Edward W. Chencinski"'
Autor:
Craig R. Walters, Michael Fee, David S. Hutton, Christine Axnix, Anthony Saporito, Edward W. Chencinski, Ralf Winkelmann, Christian Jacobi
Publikováno v:
IBM Journal of Research and Development. 62:7:1-7:11
The IBM z14 platform brings together numerous innovations that collectively provide considerable performance gains over prior designs for the full spectrum of modern workloads being run on today's enterprise systems. These workloads range from tradit
Autor:
Bodo Hoppe, Edward W. Chencinski, Sabina Joseph, Haresh Kumar, B. Arthur-Mensah, Jose Fernandes Silverio
Publikováno v:
IBM Journal of Research and Development. 48:461-474
An integral part of the IBM eServerTM z990 I/O subsystem is the self-timed interface (STI) switch chip. The STI switch is an application-specific integrated circuit (ASIC) designed to provide high I/O connectivity and high bandwidth within the system
Autor:
Edward W. Chencinski, Manfred H. Walz, Joseph M. Hoke, Thomas Schlipf, Markus Helms, Carolynn Burwick, Gerhard Zilles, T. E. Bubb, C. H. Whitehead, Juergen Haess, J. M. Turner, Hartmut Ulland, Michael J. Becht
Publikováno v:
IBM Journal of Research and Development. 48:449-459
The performance of large servers is to a high degree determined by their I/O subsystems. In the z990 server, nearly all of the components in the I/O path have been considerably improved in performance, capability, and cost. A 2-GB/s enhanced self-tim
Autor:
C. D. Norberg, William A. Merz, Edward W. Chencinski, Seth R. Greenspan, Edward J. D'Avignon, Randall J. Easter
Publikováno v:
IBM Journal of Research and Development. 43:761-776
As the Internet becomes the basis for electronic commerce, and as more businesses automate their data processing operations, the potential for unauthorized disclosure of sensitive data increases. On-line databases are becoming increasingly large and
Autor:
Edward W. Chencinski, Matthias Klein, David Craddock, Joseph M. Hoke, John R. Flanagan, George P. Kuch, Christopher Colonna, Richard M. Sczepczenski, Harry M. Yudenfriend, Philip A. Sciuto
Publikováno v:
IBM Journal of Research and Development. 59:5:1-5:10
The IBM z13™ introduces a number of significant improvements in the I/O subsystem relative to the IBM zEnterprise™ EC12. This includes advancing the I/O drawer infrastructure to implement generation 3 (Gen 3) of the Peripheral Component Interconn
Autor:
Elpida Tzortzatos, David Craddock, Matthew Hank Sabins, J. Coon, L. Cleveland, Andrew D. Walls, M. J. Anderson, Thomas B. Mathias, Daniel Moertl, Kenneth J. Oakes, Edward W. Chencinski, Peter K. Szwed, Robert Galbraith, Thomas A. Gregg, Peter G. Sutton, Gustav E. Sittmann, G. A. Tressler
Publikováno v:
IBM Journal of Research and Development. 57:11:1-11:14
Flash storage is integrated for the first time on System z® as a card in the EC12 I/O drawer. This provides a number of functions and benefits in the immediate product, in addition to laying a foundation for further system benefits in future generat
Autor:
Hanno Ulrich, Markus Helms, Mark A. Check, L. M. Mohr, Thomas A. Gregg, M. Grassi, Casimer M. DeCusatis, Edward W. Chencinski, Kulwant M. Pandey, A. D. Koenig, Hong Deng, Thomas Schlipf, T. Schober, Craig R. Walters
Publikováno v:
IBM Journal of Research and Development. 53:6:1-6:13
The performance, reliability, and functionality of a large server are greatly influenced by the design characteristics of its I/O subsystem. The critical components of the IBM System z10™ I/O subsystem have, therefore, been significantly improved i