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Workstations CPU

Workstations CPU. David Josué Morales José Luis Micheri Marie Muñoz The Dinosaurs. Electrical and Computer Engineering Department August 25, 2004. Outline. Introduction Individual Processor Description Comparison Between Processors Conclusion. Introduction.

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Workstations CPU

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  1. Workstations CPU David Josué Morales José Luis Micheri Marie Muñoz The Dinosaurs Electrical and Computer Engineering Department August 25, 2004

  2. Outline • Introduction • Individual Processor Description • Comparison Between Processors • Conclusion

  3. Introduction • Our objective in this presentation is to inform the characteristics of the processors used for workstations by different companies and compare each one of them.

  4. Intel Xeon • 2.4-3GHz • L2 1MB • HT Extended • Memory 64 Technology • Demand Based Switching with Enhanced Intel Speed Step • Streaming SIMD Extensions 3 (SSE3) • 124W • $900.00

  5. Intel Itanium 2 • 1.3-1.5 GHz • L2 256KB, L3 6MB • Based on EPIC architecture • Enhanced Machine Check architecture (MCA) • Operating system support HP-UX, Linux • 130W • $1,300.00

  6. Apple Power PC G5 • 1.25GHz • L1 96KB L2 512KB • 64 Bit Frontside bus up to 1.25GHz • Dual independent frontside buses in dual processor systems • Two floating-point units for high-speed double-precision calculations • 24.5W • $2,200.00

  7. AMD Opteron • 1.4-2.4GHz • L1 128KB L2 1MB • AMD64 technology instruction set extensions • 64-bit integer registers • Eight new 64-bit integer registers • Eight new 128-bit SSE/SSE2 registers • 55W~30W • $800.00

  8. Ultra SPARC IIi • 500MHz • L1 32KB L2 512KB • VIS Instruction Set • 64-bit SPARC V9 • CMOS 0.18 micron process • 6 layer AL metal • 13W • $1,400.00

  9. Ultra SPARC III • 1.0-1.2GHz • L1 100KB L2 8MB (ext) • 64-Bit SPARC architecture • VIS Instruction Set • 4-way superscalar • 14-stage non-stable pipeline • CMOS .13 micron process • 1368 pin flip-chip ceramic Land Grid Array (LGA) • 53W • $6,500.00

  10. Comparison

  11. Conclusion • Based on the specifications found for each processor, we conclude that the most convenient one for power applications is the Power PC G5.

  12. References • Internet • www.intel.com • www.apple.com • www.sun.com • www.amd.com

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