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Pentium 100: Difference between revisions

Created page with "Processor using the i586 microprocessor launched on 22th March 1993 and discontinued on 15th July 1999."
 
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Processor using the [[i586]] microprocessor launched on 22th March 1993 and discontinued on 15th July 1999.
Processor using the [[i586]] microprocessor launched on 22th March 1993 and discontinued on 15th July 1999.
== Comparison of Pentium 100 (i586) and Core i7 (2024) ==
=== Pentium 100 (i586) ===
* It has relatively simple architectures with limited instruction set.
* Pipeline is less complex.
* Hyper threading is not available.
* There are no advanced optimizations for out-of-order execution
* Simple memory model
* Parallelism and thread processing: Pentium uses only one thread
* Performance: Emulating Pentium 100 should be much more faster
=== Core i7 (2024) ===
* Instruction set is much more complex (including SIMD extensions like AVX, AVX2, AVX-512)
* Several pipelines with out-of-order execution of instuction s
* Branch prediction
* Hyper threading
* And other advanced optimizations
* Complex memory model:
** several layers of cache (L1, L2, L3)
** cache prefetching
** speculative execution
** TLB (Translation Lookaside Buffer) for virtual memory
* Parallelism and thread processing: Core i7 hase several cores and supports hyper-threading
* Performance of Core i7 is about 1000 times bigger than the performance of Pentium 100

Latest revision as of 19:13, 8 December 2024

Processor using the i586 microprocessor launched on 22th March 1993 and discontinued on 15th July 1999.

Comparison of Pentium 100 (i586) and Core i7 (2024)

Pentium 100 (i586)

  • It has relatively simple architectures with limited instruction set.
  • Pipeline is less complex.
  • Hyper threading is not available.
  • There are no advanced optimizations for out-of-order execution
  • Simple memory model
  • Parallelism and thread processing: Pentium uses only one thread
  • Performance: Emulating Pentium 100 should be much more faster

Core i7 (2024)

  • Instruction set is much more complex (including SIMD extensions like AVX, AVX2, AVX-512)
  • Several pipelines with out-of-order execution of instuction s
  • Branch prediction
  • Hyper threading
  • And other advanced optimizations
  • Complex memory model:
    • several layers of cache (L1, L2, L3)
    • cache prefetching
    • speculative execution
    • TLB (Translation Lookaside Buffer) for virtual memory
  • Parallelism and thread processing: Core i7 hase several cores and supports hyper-threading
  • Performance of Core i7 is about 1000 times bigger than the performance of Pentium 100