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The article presents information on changes in the computer industry. The largest changes have happened to Intel Corp., the world's biggest processor maker. Intel was set to bring its new 90 nanometer (nm) Prescott chips into the market and had updated Itanium chips in the queue. The Prescott chips hit the performance Web sites with unimpressive marks, some slower than the existing 130 nm Northwood Pentium processors. On the Itanium side, IBM Corp. is taking its Power processor architecture to levels that are very competitive with Intel's Itanium.

This article offers a look at changes in the computer industry in 2004. Intel was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. Opteron chips of Advanced Micro Devices (AMD) were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD below and IBM above. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace Opteron of AMD and Linux while continuing to enhance the Solaris operating system. In one stroke, AMD turned an obsolete design into one that will live at least another twenty years. Intel has seriously stumbled in the processor market in three areas. These technical problems will be compounded by a marketing problem as Intel is now changing from a frequency based advertising to a confusing number based system that has no clear relationship between processor number and performance, especially between different x86 implementations.

This article discusses the changes in the computer industry as April 2004. The computer industry looked pretty predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. These unexpected events involve almost all of the major players in processors and systems. The largest changes have happened to Intel, the world's biggest processor maker. Its 90 nanometer Prescott chips were unimpressive and had several flaws. Meanwhile, Intel's rival, AMD, released Opteron chips, designed as 64-bit extensions to the original Intel x86 architecture. In one stroke, AMD turned an obsolete design into one that will live at least another twenty years. However, it does not guarantee Intel dominance in x86. While the computer segment is quite large, the most profitable part of the market is in server systems from four processor to supercomputer designs and clusters. The big three--IBM, Hewlett-Packard and Sun Microsystems--will keep things interesting in this arena. There are clear indications that all three companies have reacted to the change in the computing landscape in similar ways. Both IBM and HP have been consolidating their overlapping systems into a more cost effective set, eliminating redundant capabilities and reducing software duplication. Sun is a recent convert to this approach as it focuses on its segment of the market and drives towards efficiency. Each of these companies has its own set of plans.

The article reveals changes and developments in the computer industry. The computer industry looked pretty predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. These unexpected events involve almost all of the major players in processors and systems. The largest changes have happened to Intel, the world's biggest processor maker. Intel was set to bring its 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD below and IBM above. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system.

The article reveals changes and developments in the computer industry. The computer industry looked pretty predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. These unexpected events involve almost all of the major players in processors and systems. The largest changes have happened to Intel, the world's biggest processor maker. Intel was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD below and IBM above. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system.

The article reveals changes and developments in the computer industry. The computer industry looked pretty predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. These unexpected events involve almost all of the major players in processors and systems. The largest changes have happened to Intel, the world's biggest processor maker. Intel was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD below and IBM above. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system.

The article looks at changes in the computer industry. The computer industry looked pretty predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. These unexpected events involve almost all of the major players in processors and systems. The largest changes have happened to Intel, the world's biggest processor maker. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system. While the PC segment is quite large, the most profitable part of the market is in server systems from four processor to supercomputer designs and clusters. The big three--IBM, Hewlett-Packard (HP) and Sun Microsystems--will keep things interesting in this arena. There are clear indications that all three companies have reacted to the change in the computing landscape in similar ways. Both IBM and HP have been consolidating their overlapping systems into a more cost effective set, eliminating redundant capabilities and reducing software duplication.

This article focuses on changes in the landscape of the computer industry as of August 2004. The largest changes have happened to Intel, the world's biggest processor maker. Intel was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. When Intel's prime partner with Itanium, Hewlett-Packard, brought Opteron systems to market, Intel announced it would supply 64-bit capability "when the customers needed it." On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD below and IBM above. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system.

The article presents an update on the computer industry as of June 14, 2004. The largest changes have happened to Intel, the world's biggest processor maker. Intel was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. On the Itanium side, IBM Corp. is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Sun Microsystems Computer Corp. is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system. Meanwhile, Hewlett-Packard Co. (HP) is standardizing on three lines of systems, namely, Proliant, Integrity and NonStop. The company will continue to support all major operating systems for the Itanium class systems, including NonStop, Windows and OpenVMS. HP has embraced multiple architectures for its customers. They are Intel's Itanium and Xeon, and AMD's Opteron.

This section discusses the changes in the computer industry as of May 2004. The largest changes have happened to Intel, the world's biggest processor maker. Intel was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. On the Itanium side, International Business Machines Corp. is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. On top of these processor events, the personal computer industry is about to go through a major set of changes in 2004 and 2005. The biggest PC industry change is driven by AMD's 64-bit extensions to the original Intel x86 architecture. This was done with a brilliant design that reduces most of the x86 limitations to a minor problem. However, it does not guarantee Intel dominance in x86. Intel has seriously stumbled in the processor market in three areas. First, Intel's Itanium, a very ambitious design, was late, expensive and did not show a major performance advantage when it was finally delivered. Second, Intel did not extend x86 to 64-bit capability even though it could have. Intel's third problem was self inflicted. This consists of manufacturing challenges which have not gone well.

The computer industry looked pretty predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. These unexpected events involve almost all of the major players in processors and systems. The largest changes have happened to Intel Corp., the world's biggest processor maker. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. Sun Microsystems Inc. is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system. The biggest computer industry change is driven by AMD's 64-bit extensions to the original Intel x86 architecture. Intel has seriously stumbled in the processor market in three areas. First, Intel's Itanium was late, expensive and did not show a major performance advantage when it was finally delivered. Second, Intel did not extend x86 to 64-bit capability. Intel's third problem was self inflicted, including its use of processor clock frequency as the major selling point for processor performance. IBM Corp. continues to push high-end system development, basing its systems on three classes of processors: x86 processors from Intel and AMD, and Itanium processors from Intel, IBM's Power architecture for p and e series and AS/400 and IBM's Z series for mainframes. HP is standardizing on three lines of systems: Proliant: the x86 class of systems from notebooks to 8P servers; Integrity: the Itanium and PA-reduced instruction set computers class of systems from 4P servers to 128 P Superdomes; and NonStop: the ultra reliable systems, to be transitioned to Itanium, for companies where failures must not affect business.

This article highlights unexpected events in the U.S. computer industry as of May 2004. The largest changes have happened to Intel. It was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. The 90 nm Prescott chips hit the performance Web sites with unimpressive marks, some slower than the existing 130 nm Northwood Pentium processors. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD and IBM. Sun Microsystems is another company in the throes of change. It has cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. On top of these processor events, the personal computer industry is about to go through a major set of changes in 2004 and 2005. The biggest computer industry change is driven by AMD's 64-bit extensions to the original Intel x86 architecture. Given the existing huge investment in x86 software, this guarantees the x86 ISA dominance for the foreseeable future. Meanwhile, IBM continues to push high-end system development, basing its systems on three classes of processors. This will gradually reduce the overhead of maintaining multiple versions of support software, operating systems, and middleware for its wide array of systems. We have reached a new level of competence and competition. Mergers, acquisitions and partnerships have created a few powerhouses from what was a widely distributed industry only five years earlier. Hardware technology will continue to advance, delivering more performance with less power and space.

The computer industry looked predictable six months ago. Since then there have been surprises in processors and technology that have changed the whole playing field. The largest changes have happened to Intel, the world's biggest processor maker. Intel Corp. was set to bring its new 90 nanometer Prescott chips into the market and had updated Itanium chips in the queue. AMD's Opteron chips were then becoming a major challenge for Intel, as they were both powerful and offered 64-bit extensions while still running 32-bit code very well. When Intel's prime partner with Itanium, Hewlett-Packard Co. (HP), brought Opteron systems to market, Intel announced it would supply 64-bit capability. On the Itanium side, IBM is taking its Power processor architecture to levels that are very competitive with Intel's Itanium. Intel's plan to dominate the high end processor market with its proprietary Itanium design now faces challenges from AMD below and IBM above. Sun Microsystems is another company in the throes of change. It has just cancelled its next planned processor, the UltraSparc V, in order to go with new multicore designs named Niagara and Rock. It has also extended its systems line to embrace AMD's Opteron and Linux while continuing to enhance the Solaris operating system. Meanwhile, IBM continues to push high-end system development, basing its systems on three classes of processors which are the x86 processors from Intel and AMD, and Itanium processors from Intel, the power architecture for p and e series and AS/400 and the Z series for mainframes. On the other hand, HP is standardizing on three lines of systems which are Proliant, the x86 class of systems from notebooks to 8P servers, Integrity, the Itanium and PA-RISC class of systems from 4P servers to 128 P Superdomes and NonStop, the ultra reliable systems, to be transitioned to Itanium, for companies where failures must not affect business.