Shopping Resources
Shop AMD United States
Shop AMD Canada
Shop ATI
Technology
AMD64 Solutions
Multi-Core
Systems Management
Your PC Experience
AMD LIVE!
Better by Design
AMD and Windows Vista®
Products
AMD Opteron™
Server
Workstation
AMD Turion™
AMD Phenom™
AMD Athlon™
AMD Sempron™
AMD Chipsets
Processor-In-a-Box
Articles & Reviews
Older Products
Processor Pricing
Packaging and Development
Packaging Technology
ROHS Compliance
Resources for:
Channel Partners
Software Developers
Software Partners
Ask AMD Knowledgebase
Processor Support Forums

Desktop
AMD Athlon™ Processor
Shop AMD United States
Shop AMD Canada
Shop ATI
Compare
Need a Recommendation?
Shop AMD Athlon™ Systems
Shop Desktop Systems
Shop Gaming Systems

Understanding Processor Performance

To the end-user, the ultimate benefit of processor performance is how fast their applications run. Performance to them, simply put, is the amount of time it takes to perform a given task. With that in mind, the processor that performs a given task in the least amount of time has the highest performance. Increased performance implies reduced execution time. Historically, this has been measured through a variety of benchmarks. When comparing the performance of processors that execute the same instruction set, such as the x86 instruction set in PCs, performance is defined as: The work done by the processor in each clock cycle (represented as instructions per clock – IPC) times the number of clock cycles (represented by frequency) or:

Performance = IPC x Frequency



Download PDF Document



©2008 Advanced Micro Devices, Inc.    |    Contact AMD    |    Terms and Conditions    |    Privacy    |    Trademark information    |    Site Map