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BogoMips mini-Howto
This text gives some information about BogoMips, compiled
from various sources such as news and e-mail.
New mini-Howto entries for unlisted CPUs will be highly
appreciated. They can be send per
e-mail to the author Wim van Dorst
Version V37, 2004-09-15
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Table of Contents
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1.
Introduction
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2.
The highest and lowest BogoMips ratings
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2.1.
The highest single-CPU Linux boot sequence BogoMips value
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2.2.
The lowest Linux boot sequence BogoMips value
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2.3.
The highest multiple-CPU Linux boot sequence BogoMips value
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2.4.
The highest non-Linux BogoMips value
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3.
The frequently asked questions about BogoMips
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3.1.
What are BogoMips
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3.2.
How to estimate what the proper BogoMips rating should be
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3.3.
How to determine what the current BogoMips rating is
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3.4.
Variations in BogoMips rating
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3.5.
New BogoMips algorithm?
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3.6.
BogoMips ... failed
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3.7.
What about clone CPUs (Cyrix, NexGen, AMD, etc)
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3.8.
Why to pay attention to BogoMips
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4.
Compilation of ratings
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4.1.
386 systems: SX, DX, Nexgen
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4.2.
Oddly or faultily configured 386 systems
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4.3.
486 systems
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4.4.
Oddly or faultily configured 486 systems
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4.5.
486 variations: Cyrix/IBM, UMC, Intel Overdrive
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4.6.
Pentium systems
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4.7.
Oddly or faultily configured Pentium systems
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4.8.
Pentium variations: Intel (MMX, Pro, II, Celeron, III, 4)
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4.9.
Pentium variations: Cyrix, AMD (K5/K6/K7, Duron, Athlon,
Opteron), Centaur
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4.10.
Alpha systems
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4.11.
Motorola systems
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4.12.
Sparc systems
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4.13.
PowerPC systems
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4.14.
Other CPU systems: Mips, Intel 8088/286 ELKS, IBM,
Transmeta Crusoe, PA-RISC, Hitachi SH, Arm and StrongArm,
iDragon, Vax, CRIS Etrax, XScale
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4.15.
Multi-CPU systems (SMP2, SMP4, others)
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4.16.
Non-Linux systems (reference only)
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5.
Signature
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| Random Linux Commands |
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RAID
Redundant Array of Inexpensive Disks, where a number of small disk drives are used together, increasing performance and being able to tolerate problems better.
Common Linux terms
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