June 1997 Order Number: 241557-010 Pentium Processor Performance
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Pentium® Processor Performance Brief
June 1997 Order Number: 241557-010
Pentium Processor Performance Brief
Information this document provided connection with Intel products. license, express implied, estoppel otherwise, intellectual property rights granted this document. Except provided Intel's Terms Conditions Sale such products, Intel assumes liability whatsoever, Intel disclaims express implied warranty, relating sale and/or Intel products including liability warranties relating fitness particular purpose, merchantability, infringement patent, copyright other intellectual property right. Intel products intended medical, life saving, life sustaining applications. Intel make changes specifications product descriptions time, without notice. Designers must rely absence characteristics features instructions marked "reserved" "undefined." Intel reserves these future definition shall have responsibility whatsoever conflicts incompatibilities arising from future changes them. Pentium® processor contain design defects errors known errata which cause product deviate from published specifications. Current characterized errata available request. Contact your local Intel sales office your distributor obtain latest specifications before placing your product order. Copies documents which have ordering number referenced this document, other Intel literature, obtained from: Intel Corporation P.O. 7641 Prospect 60056-7641 call 1-800-879-4683 visit Intel's website http:\\www.intel.com Copyright Intel Corporation 1996, 1997. Third-party brands names property their respective owners.
Pentium® Processor Performance Brief
CONTENTS
PAGE
INTRODUCTION. INTEL PENTIUM PROCESSOR. PRODUCT FEATURE HIGHLIGHTS
iCOMP INDEX.
Intel Media Benchmark.7 MICROPROCESSOR PERFORMANCE SUMMARY. UNIX* Processor Benchmarks.9 DOS*/Windows* Processor Benchmarks.11 SYSTEM LEVEL BENCHMARKS SYSmark95* Windows Workgroups*.14 SYSmark* Windows NT*.15 32-bit Applications Under Windows 32-bit Applications Under Windows 95*.17 APPENDIX TEST CONFIGURATIONS System Configurations used iCOMP® Index Ratings.21 UNIX System Configurations.21 Windows* System Configuration Pentium® Processors with L2.21 Windows* System Configurations Pentium® Processors 100, Windows* System Configuration Pentium® Processors 150, MHz.22
Pentium Processor Performance Brief
FIGURES
Figure iCOMP® Index Ratings Intel Processors (System configurations listed Appendix Figure Intel Pentium® Processor Performance UNIX* SPECint95* Benchmark with Cache Pentium Processors 100, 120, 133, 150, MHz.10 Figure Intel Pentium® Processor Performance UNIX* SPECfp95* Benchmark with Cache Pentium Processors 100, 120, 133, 150, Figure Intel Pentium® Processor Performance Norton SI32* Benchmark.11 Figure Intel Pentium® Processor Performance Norton SI16* Benchmark.12 Figure Intel Pentium® Processor Performance Ziff-Davis CPUmark32* Benchmark.12 Figure Intel Pentium® Processor Performance Ziff-Davis CPUmark16* Benchmark.13 Figure Intel Pentium® Processor Performance SYSmark95* Windows Workgroups* Benchmark Figure Intel Pentium® Processor Performance SYSmark* Windows Benchmark.15 Figure Intel Pentium® Processor Performance 32-bit Applications Under Windows (Scaled Pentium Processor MHz).17 Figure Intel Pentium® Processor Performance 32-bit Applications Under Windows (Scaled Pentium Processor MHz) TABLES Table Microprocessor Benchmark Results Table SYSmark* Windows SYSmark95* Windows Workgroups* Results Along with iCOMP® Rating Table 32-bit Application Execution Times.
Pentium® Processor Performance Brief
INTRODUCTION
Intel Pentium processor family provides outstanding performance Software. Pentium processor family consists following products:
Pentium processor Pentium processor Pentium processor Pentium processor Pentium processor Pentium processor Pentium processor Pentium processor Pentium processor Pentium processor
This report provides test results common benchmarks Intel Pentium processorbased systems beginning with Pentium processor MHz. Details system configurations used benchmarks throughout this brief described Appendix Modern industry standard benchmarks were chosen accurately demonstrate superior performance Intel Pentium processor family. Processor-intensive benchmarks such SPECint95* several 32-bit benchmarks highlight workstationlevel performance. SPECint95 very effective benchmark evaluating performance because large size application representative instruction mix.Just benchmarks appropriate comparing processors, application benchmarks best method overall system performance comparisons. Several popular Windows* software applications used this purpose. operating systems applications have moved towards 32-bit environment, they require system vendors users cognizant 32-bit workload performance. such, most product planning purchasing decisions expected based 32-bit benchmarks order ensure that these decisions relevant entire life system. Intel committed using most robust relevant benchmarks characterizing products' performance thus uses mixture both 16-bit metrics this report. Over time, Intel will adapt this newer benchmarks appear. Robust benchmark programs should representative well actual applications will execute. However, performance often combined characteristics given computer architecture many other tightly coupled system software/hardware constituents rather than just CPU. Operating system, compilers, libraries, memory design subsystem characteristics well dominate results make comparisons difficult. This report intended show Intel Pentium processor performance consistent benchmarks that used predict type real application performance that expect your system.
Pentium Processor Performance Brief
INTEL PENTIUM® PROCESSOR
Intel Pentium processor delivers outstanding performance software. fully compatible with huge base software. Additionally, Pentium processor delivers extra power needed today's newest capabilities. immediate responsiveness latest, most demanding software with powerful realistic graphics ability full-screen, full-motion video. Pentium processor-based systems offer superior investment protection providing performance handle tomorrow's more demanding software with upgradability even higher performance when needed. Pentium processor delivers outstanding integer floating-point performance (See Figures
SPECint95* rating 5.47 SPECfp95* rating 3.68
Pentium processor contain design defects errors known errata. Current characterized errata available upon request.
PRODUCT FEATURE HIGHLIGHTS
Fully compatible with entire library software based operating systems such MS-DOS*, Windows 3.1, Windows Workgroups* 3.11, Windows 95*, OS/2*, UnixWare*, UNIX*, Windows NT*, NEXTSTEP*, Solaris*.
100, 120, 133, 150, Versions Superscalar Architecture Enhanced Floating Point Unit 64-bit Data Branch Prediction Feature Separate Code Data Caches with MESI Protocol Performance Monitoring Execution Tracing High-Reliability Error Detection
iCOMP® INDEX
iCOMP (Intel Comparative Microprocessor Performance) index provides simple relative measure microprocessor performance. benchmark, collection benchmarks used calculate index relative processor performance intended help users decide which Intel microprocessor best meets their desktop computing needs. Intel updated iCOMP Index version 2.0. There three major market performance trends that have influenced latest formula adjustment: development benchmarks appropriate emerging popular application profiles, accelerating transition 32-bit operating systems applications desktop, Proliferation multimedia, communications
iCOMP Index ratings cannot compared with earlier version iCOMP because different benchmarks used. iCOMP Index rating based technical categories that encompass three
Pentium® Processor Performance Brief
separate aspects 32-bit performance: integer, floating-point, multimedia. multimedia portion further divided into four components: Audio, Imaging, Video (see Intel Media Benchmark section below). Each category subcategory weighted based estimated percentage time enters into processing picture. higher iCOMP rating, higher relative performance microprocessor. Each processor's iCOMP Index rating calculated time that processor introduced except that ratings processors introduced before iCOMP Index were calculated when version released. Four standard benchmarks used (CPUmark32*, Norton SI32*, SPECint95, SPECfp95) well Intel Media Benchmark. Differences system design (including software) configuration will affect actual performance. Figure illustrates iCOMP ratings Intel microprocessors. Intel Pentium processor iCOMP rating 142. System configurations used iCOMP Index measurements listed Appendix more information iCOMP Index 2.0, contact Intel Corporation visit website http://www.intel.com.
iCOMP Index atings
Pentium Processor®
Pentium Processor
Pentium Processor
Pentium Processor
Pentium Processor
Pentium Processor
Figure iCOMP Index Ratings Intel Processors (System configurations listed Appendix
Intel Media Benchmark
Multimedia applications proliferating rapidly. Intel developed Intel Media Benchmark since adequate industry standard multimedia benchmark does currently exist measure multimedia performance. Intel Media Benchmark measures performance processors running algorithms found multimedia uses. incorporates audio video playback, image processing, wave sample rate conversion, geometry.
Pentium Processor Performance Brief
most probable anticipated microprocessor video applications will provide software decompression video data. algorithm, which increasing popularity, industry standard MPEG1 algorithm, such that used popular Xing Technology decompression Berkeley MPEG1 shareware software. video playback component Intel Media Benchmark implements MPEG1 decompression algorithm (ISO11172-2). This benchmark focuses contribution processor implementing video player. audio component based MPEG1 audio decompression definition (ISO111723). This component Intel Media Benchmark decompresses plays stereo audio clip. audio component also includes sample rate conversion, special effects stereo mixing. image processing component applies digital filters true-color (24-bit) bitmap images. These filters include filter which used implement filters such Gaussian blur embossing, image blending function used combine images into one, color space conversion function used change image's luminance. component Intel Media Benchmark based Direct3D* geometry routine from OpenGL* Triangle benchmark. These tests used measure geometry portion workload. such, rendering performance measured. Intel's belief that next three years rendering will encompassed graphic accelerator card. Thus performance rendering will bound therefore measured with regard processor performance. However, anticipated that geometry will remain duty processor.
Pentium® Processor Performance Brief
MICROPROCESSOR PERFORMANCE SUMMARY
UNIX* Processor Benchmarks
SPEC95* software benchmark product produced Standard Performance Evaluation Corp. (SPEC), non-profit group computer vendors, system integrators, universities, research organizations, publishers consultants throughout world. designed provide measures performance comparing compute-intensive workloads different computer systems. SPEC95 consists suites benchmarks: CINT95* measuring comparing compute-intensive integer performance, CFP95* measuring comparing compute-intensive floating-point performance. suites provide component-level benchmarks that measure performance computer's processor, memory architecture compiler. SPEC benchmarks selected from existing application benchmark source code running across multiple platforms. Each benchmark tested different platforms obtain fair performance results across competing hardware software systems. SPEC95 third major version SPEC benchmark suites, which 1989 became first widely accepted standard comparing compute-intensive performance across various architectures. release replaces SPEC92*, which will gradually phased between June 1996, when SPEC will stop publishing SPEC92 results stop selling benchmark suite. Performance results from SPEC95 cannot compared those from SPEC92, since benchmarks have been added existing ones changed. CINT95 suite, written language, contains eight CPU-intensive integer benchmarks. used measure calculate following metrics:
SPECint95 geometric mean eight normalized ratios (one each integer benchmark) when compiled with aggressive optimization each benchmark. SPECint_base95* geometric mean eight normalized ratios when compiled with conservative optimization each benchmark.
CFP95 suite, written FORTRAN* language, contains CPU-intensive floating point benchmarks. used measure calculate following metrics:
SPECfp95 geometric mean normalized ratios (one each floating point benchmark) when compiled with aggressive optimization each benchmark. SPECfp_base95* geometric mean normalized ratios when compiled with conservative optimization each benchmark.
Because today's commercial applications comprised almost exclusively integerintensive programs, SPECint95 represents appropriate instruction commercial applications much more effective benchmark predict 32-bit business performance than SPECfp95. integer performance Intel Pentium processor SPEC other UNIX* processor benchmarks ranges from roughly times performance fastest processors. This performance shown following figures. Figures show SPECint95 SPECfp95 performances under second-level cache ("L2 cache") configurations.
Information Intel486processor line available previously published Intel486 processor performance briefs.
Pentium Processor Performance Brief
SPECint95* Performance Comparison
5.47 5.50 5.00 4.50 4.00 3.50 3.00 SPECint95 Pentium® Processor Pentium Processor
5.47 4.82 4.20 3.77 3.33 4.35
4.82 4.20 3.77 3.33 4.35
SPECint_base95 Pentium Processor Pentium Processor Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance UNIX* SPECint95* Benchmark with Cache Pentium Processors 100, 120, 133, 150,
SPECfp95* Performance Comparison
4.00 3.68 3.50 3.08 3.11 3.00 2.60 2.50 2.04 2.00 SPECfp95 Pentium® Processor Pentium Processor
3.40 2.92 2.68 2.43 2.43 2.20
2.82
SPECfp_base95 Pentium Processor Pentium Processor Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance UNIX* SPECfp95* Benchmark with Cache Pentium Processors 100, 120, 133, 150,
Pentium® Processor Performance Brief
DOS*/Windows* Processor Benchmarks
32-BIT/16-BIT
32-bit integer Windows performance Pentium processor illustrated commonly used Windows benchmarks presented. These benchmarks represent high performance potential achieved with Intel Pentium processor running 32-bit applications. Norton SI32* 32-bit Windows benchmark designed show speed system (CPU, cache, memory), compared speed other systems running common 32-bit applications. This benchmark part SYSINFO* module Norton Utilities* Windows SI16* 16-bit equivalent. CPUmark32* 32-bit Windows processor benchmark provided Ziff-Davis Labs designed measure performance potential running future 32-bit applications. CPUmark16* 16-bit equivalent. Figures illustrate Intel Pentium processor performance when executing these popular 32-bit benchmarks. Figures show 16-bit performance.
Norton SI32* Performance Comparison (Windows 95*)
54.0 50.0 45.7 46.0 42.0 38.0 34.0 30.0 33.3 36.9 41.0 41.1 51.2
Pentium® Processor Pentium Processor
Pentium Processor Pentium Processor
Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance Norton SI32* Benchmark
Pentium Processor Performance Brief
Norton SI16* Performance Comparison (Windows 95*)
40.0 36.0 32.0 28.0 24.4 24.0 20.0 27.2 31.3 29.8 34.4 37.7
Pentium® Processor Pentium Processor
Pentium Processor Pentium Processor
Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance Norton SI16* Benchmark
Ziff-Davis CPUmark32* Performance Comparison (Windows 95*)
Pentium® Processor Pentium Processor 150MHz
Pentium Processor Pentium Processor
Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance Ziff-Davis CPUmark32* Benchmark
Pentium® Processor Performance Brief
Ziff-Davis CPUmark16* Performance Comparison (Windows 3.11)
Pentium® Processor Pentium Processor 150MHz
Pentium Processor Pentium Processor
Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance Ziff-Davis CPUmark16* Benchmark
Pentium Processor Performance Brief
SYSTEM LEVEL BENCHMARKS
measure realistic application performance, SYSmark95* Windows Workgroups (16-bit applications) SYSmark Windows (32-bit applications) were chosen gauge performance Intel Pentium processor-based systems. SYSmark95 Windows Workgroups suite application software associated benchmark scripts that have been developed Business Applications Performance Corporation (BAPCo), non-profit consortium OEMs, software vendors, semiconductor manufacturers industry publications, order provide tool accurate realistic measurement personal computer performance running popular business-oriented applications Microsoft Windows operating environment. scripts developed reflect usage patterns users business-oriented environment.
SYSmark95* Windows Workgroups*
SYSmark95 Windows Workgroups includes 16-bit benchmark scripts following applications selected from categories application software: Word-processing WordPerfect* 6.0, Word* 6.0, AmiPro* Spreadsheet Lotus 1-2-3* 5.0, Excel* Database Paradox* Desktop Graphics Corel Draw* Desktop Presentation Freelance* 2.1, PowerPoint* Desktop Publishing Pagemaker* Figure illustrates SYSmark95 Windows Workgroups Performance Intel Pentium processor systems.
SYSmark95* Windows* Performance Comparison
619.9
560.5 512.4 481.6
392.3
436.5
Pentium® Processor Pentium Processor
Pentium Processor Pentium Processor
Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance SYSmark95* Windows Workgroups* Benchmark
Pentium® Processor Performance Brief
SYSmark* Windows
Workloads SYSmark Windows were developed based BAPCo's standardized practice surveying users determine they exercise popular applications day-to-day work. applications selected testing able across three popular architectures. SYSmark Windows generate performance metrics composite different applications specific application, such word processing spreadsheets. following applications included SYSmark Windows
Word-processing Spreadsheet Project Management (native Computer-Aided Design Presentation Graphics
Word* (native 32-bit architectures) Excel* (native 32-bit architectures) Welcom Software Technology Texim Project 2.0e* 32-bit architectures)
Orcad MaxEDA 6.0* (PCB design tool) (native 32-bit architectures) PowerPoint* (16-bit Windows emulation)
Figure gives SYSmark rating each Pentium processors.
SYSmark* Windows Performance Comparison
Pentium® Processor Pentium Processor
Pentium Processor Pentium Processor
Pentium Processor Pentium Processor
Figure Intel Pentium Processor Performance SYSmark* Windows Benchmark
Pentium Processor Performance Brief
32-bit Applications Under Windows
this section, present performance demanding 32-bit Windows applications running under Windows environment. workloads these applications sample demos created Intel designed exercise 32-bit performance Intel Pentium processor. Elastic Reality* creates special effects animation. this tool create still (single frame) moving (multiple frame) warps morphs drawing shapes (outlining various features transform) with familiar structured drawing tools. Extreme tool used create modeling, animation, rendering, composite effects designs productions. used graphic artists, multimedia developers, video professionals. Photoshop* professional-level program desktop image design production. Designers photographers create original artwork, correct color, retouch composite scanned images, prepare professional-quality separations output. Pixar Typestry* program creating text with shading, perspective, light effects. Five basic steps included create picture: type text, position text, apply surface text, lights render text. Vistapro* landscape simulation program. Using U.S. Geological Survey data converted into Digital Elevation Model files, Vistapro accurately recreate real world landscapes. fractal landscape design generator, Vistapro create imaginary landscapes from random seed. MathCAD* world's leading technical calculation software programs. MathCAD allows technical professionals educators perform numeric symbolic calculations, solve differential equations, handle advanced matrix operations. Graphics features visualize data functions with point-and-click ease-including polar, contour parametric plots. Figure illustrates 32-bit application performance under Windows Intel Pentium processor scaled Pentium processor MHz.
Pentium® Processor Performance Brief
32-bit Applications Under Windows Performance Comparison
1.73 1.56 1.12 1.22 1.29
Elastic Reality* Extreme Photoshop* Typestry* Vistapro* MathCAD*
1.73
1.76
1.51
1.53
1.54
1.67
1.26 1.35
1.27 1.37
1.38
1.14 1.25 1.33
1.47
Pentium® Processor Pentium Processor
Pentium Processor Pentium Processor
Pentium Processor
Figure Intel Pentium Processor Performance 32-bit Applications Under Windows (Scaled Pentium Processor MHz)
32-bit Applications Under Windows
this section present performance 32-bit Windows applications running under Windows workloads were created Intel using Windows Microsoft Office* applications, Lotus Freelance Graphics*, CorelDRAW Illustrator*, Lotus Word Pro*, Aldus PageMaker* Borland Paradox*. Figure illustrates 32-bit application performance average under Windows Intel Pentium processor.
32-bit Applications Under Windows Performance Comparison
1.51 1.59
1.44
1.48
1.42
1.42
1.36
1.35
1.35
1.28
1.25
1.18 1.22
1.18 1.21
1.21
1.11
1.24
1.26
1.15 1.19
1.19
1.07
1.09
1.07
1.10
1.05
1.06
CorelDRAW*
Excel*
Freelance*
PageMaker*
Powerpoint*
Word*
Word Pro*
1.05
Paradox
Pentium® Processor Pentium Processor
Pentium Processor Pentium Processor
Pentium Processor
Figure Intel Pentium Processor Performance 32-bit Applications Under Windows (Scaled Pentium Processor MHz)
1.14 1.18
1.17
1.31
1.33
1.38
1.43
1.08 1.19 1.22 1.32
1.15
1.13
1.14
1.26
1.48
Pentium Processor Performance Brief
Summary
Table summarizes microprocessor benchmark performance results Intel Pentium processor family. (Higher number better performance).
Table Microprocessor Benchmark Results
Pentium Processor
Processor Benchmarks UNIX* SPEC95* SPECint95* SPECint_base95* SPECfp95* SPECfp_base95* Windows* (256/512 Norton System Index* SI16* (Win 95*) SI32* (Win Ziff-Davis CPUmark16* (WfW 3.11*) CPUmark32* (WfW 3.11) CPUmark16 (Win CPUmark32 (Win Windows Norton System Index SI16 (Win 95*) SI32 (Win Ziff-Davis CPUmark16 (WfW 3.11*) CPUmark32 (WfW 3.11) CPUmark16 (Win CPUmark32 (Win
Pentium Processor
Pentium Processor
Pentium Processor
Pentium Processor
Pentium Processor
3.33 3.33 2.60 2.04
3.77 3.77 2.82 2.20
4.20 4.20 3.08 2.43
4.35 4.35 3.11 2.43
4.82 4.82 3.40 2.68
5.47 5.47 3.68 2.92
22.6 28.9
25.2 31.1
27.4 34.2
28.7 35.9
32.1 39.9
34.1 44.6
24.4 33.3
27.2 36.9
29.8 41.0
31.3 41.1
34.4 45.7
37.7 51.2
Pentium® Processor Performance Brief
Table summarizes System-Level Benchmark performance Intel Pentium processor using SYSmark Windows SYSmark95 Windows Workgroups. iCOMP Index rating also given.
Table SYSmark* Windows SYSmark95* Windows Workgroups* Results Along with iCOMP® Rating
System-Level Benchmarks SYSmark/NT* Spreadsheet Project Management Word Processing Presentation SYSmark95* Windows Workgroups* Word Processing Spreadsheet Database Desktop Graphics Desktop Presentation Desktop Publishing iCOMP Index Rating
Pentium® Processor
Pentium Processor
Pentium Processor
Pentium Processor
Pentium Processor
Pentium Processor
392.3 358.4 344.3 532.7 380.0 350.0 337.4
436.5 396.2 391.5 562.5 445.3 390.9 366.0
481.6 437.7 431.6 619.4 493.2 429.3 398.7
512.39 463.9 477.01 627.35 537.9 449.29 417.39
560.5 505.5 503.8 708.3 597.6 492.5 438.1
619.9 561.7 568.2 735.7 693.1 552.3 472.3
Pentium Processor Performance Brief
Table summarizes execution times 32-bit application.
Table 32-bit Application Execution Times.
System-Level Benchmarks Elastic Reality* (seconds) Extreme (seconds) Photoshop* (seconds) Typestry* (seconds) Vistapro* (seconds) MathCAD* (seconds) 32-bit Apps/Windows CorelDRAW* (seconds) Excel* (seconds) Freelance* (seconds) PageMaker* (seconds) Powerpoint* (seconds) Word* (seconds) Word Pro* (seconds) Paradox* (Seconds) 343.90 170.42 278.04 119.42 126.07 147.65 122.21 150.09 311.07 159.02 254.58 111.27 119.66 134.58 115.54 143.04 274.51 145.04 230.47 101.30 106.04 124.62 106.00 131.69 254.2 137.6 217.6 98.4 99.9 121.2 102.3 127.0 228.3 125.0 196.1 88.4 94.6 113.4 94.1 114.5 202.9 113.4 175.4 83.1 85.3 104.3 88.7 105.3 Pentium® Processor 146.1 258.1 410.6 443.9 211.3 56.3 Pentium Processor 130.3 227.5 358.1 389.0 185.9 52.2 Pentium Processor 119.5 204.8 323.1 353.1 169.0 47.1 Pentium Processor 113.5 190.6 300.7 321.5 159.3 46.2 Pentium Processor 104.3 170.7 268.6 288.6 144.1 42.6
Pentium Processor 93.6 148.9 236.8 252.1 126.2 38.1
Pentium® Processor Performance Brief
APPENDIX TEST CONFIGURATIONS
System Configurations used iCOMP® Index Ratings
System Primary Cache Secondary Cache Hard Disk Video Audio SPEC95: Memory Size Operating System Compiler FORTRAN Compiler other benchmarks: Memory Size Operating System Windows UnixWare Intel Ref. Compiler Intel FORTRAN Ref. Compiler Dell Dimension* 100, 120, 133, 150, 166, Integrated 512K Burst Quantum Fireball EIDE with Integrated EIDE disk controller Matrox Millennium Creative Labs Sound Blaster
UNIX System Configurations
System Primary Cache Secondary Cache Memory Size Hard Disk Controller Hard Disk Operating System Compiler FORTRAN Compiler Xtended Xpress Desktop Integrated Fast Page Adaptec 2940W SCSI/PCI Seagate ST31250W UnixWare Intel Ref. Compiler Intel FORTRAN Ref. Compiler
Windows* System Configuration Pentium® Processors with
System Primary Cache Secondary Cache Memory Size Xtended Xpress Desktop Integrated 16MB Fast Page (WfW 3.11), 64MB Fast Page (Windows 95*)/70ns
Pentium Processor Performance Brief
Windows* System Configurations Pentium Processors 100,
System Primary Cache Secondary Cache Memory Size/Speed Motherboard Chip Hard Disk Controller/Bus Hard Disk Graphics Operating System Video Controller/Bus/Drivers Video Memory Type/Size Operating System Video Controller/Bus/Drivers Video Memory Type/Size Graphics Hard Disk Operating System Video Controller/Bus/Drivers Video Memory Type/Size Gateway P5-133XL*, P5-120, P5-100 Integrated Burst (WFW 3.11), (Windows Windows 3.51)/ Intel 82430 PCIset Adaptec 2940W* SCSI/PCI Seagate ST31250W 1024x768 Resolution, Colors DOS* 6.21/Windows 3.51 Matrox Millennium*/ PCI/ v1.1 WRAM 6.21/Windows Workgroups* Matrox Millennium/ PCI/ v1.02 WRAM x480 Resolution, Colors Quantum Fireball* 6.21/Windows Matrox Millennium/ PCI/ v1.02 VRAM
Windows* System Configuration Pentium Processors 150,
System Primary Cache Secondary Cache Memory Size/Speed Motherboard Chip Operating Systems Dell Dimension XPS*1 Integrated Burst SDRAM (WFW 3.11), SDRAM (Windows 95*, Windows 3.51) Intel 82430 PCIset Same table above
NOTE: model processor clocked (oscillator change).
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