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Chapter 1: From the Industrial Era to the Information Age
Table 1.1: Number of Transistors in Intel Processors
Chapter 2: Philosophy of Hardware Overclocking
Table 2.1: Evolution of Intel Manufacturing Processes
Table 2.2: Evolution of Intel Processor Architecture for Desktop PCs
Table 2.3: Evolution of Video Adapters
Table 2.4: Evolution of RAM
Table 2.5: Evolution of the ATA Interface
Table 2.6: Lifetime of Architectures, Standards, and Components
Chapter 3: Moderate and Extreme Overclocking Modes
Table 3.1: Evaluation of CPU Heat Generation (
P
k
) with Different
F
k
and
V
k
Values
Table 3.2: Frequency Relationship between DDR Memory and FSB
Table 3.3: Increasing the CPU and Memory Clock Frequencies with the FSB Frequency
Table 3.4: Testing Results Shown by SiSoftware Sandra
Chapter 4: Main Components and the Optimal Choice
Table 4.1: Pentium III Heat Dissipation (256KB L2, SECC2)
Table 4.2: Pentium III Heat Dissipation (256KB L2, PGA370)
Table 4.3: Heat Dissipation of Pentium III (SECC2) Based on the Katmai and Coppermine Cores
Table 4.4: Celeron Heat Dissipation (FC-PGA)
Table 4.5: Temperature Parameters of Pentium 4 (Willamette, Socket 423, 400 MHz)
Table 4.6: Temperature Parameters of Pentium 4 (Willamette, Socket 478, 400 MHz)
Table 4.7: Temperature Parameters of Celeron (Willamette, Socket 478, 400 MHz)
Table 4.8: Temperature Parameters of Pentium 4 (Northwood, Socket 478, 400 MHz)
Table 4.9: Temperature Parameters of Pentium 4 (Northwood, Socket 478, 533 MHz)
Table 4.10: Temperature Parameters of Pentium 4 (Northwood, Socket 478, 800 MHz, multiple VID)
Table 4.11: Temperature Parameters of Celeron (Northwood, Socket 478, 400 MHz, multiple VID)
Table 4.12: Core Supply Voltages for Athlon/Duron (June 2000)
Table 4.13: Core Supply Voltages for Duron Model 7 (October 2001)
Table 4.14: Core Supply Voltages for Athlon/Duron Model 3 (November/June 2001)
Table 4.15: Power of Athlon (June 2000)
Table 4.16: Power of Athlon (November 2001)
Table 4.17: Power of Duron (June 2000)
Table 4.18: Power of Duron (June 2001)
Table 4.19: Power of Duron Model 7 (November 2001)
Table 4.20: Parameters of Athlon XP (Palomino, Thoroughbred)
Table 4.21: Characteristics of the Barton and Thoroughbred-B Cores
Table 4.22: Characteristics of Newer Athlon XP Processor Models
Table 4.23: Correspondence between Clock and Bus Frequency, Core Type, Cache-Memory Size, and Athlon XP Rating
Table 4.24: Parameters of Processors and SDRAM
Table 4.25: Parameters of Processors and Direct RDRAM
Table 4.26: Parameters of Processors and DDR SDRAM
Table 4.27: Frequency Modes for the Processor Bus and Memory
Table 4.28: Evolution of Nvidia and ATI Products
Table 4.29: ATX Specification Requirements
Table 4.30: Enermax EG365AX-VE Test Results
Table 4.31: Delta Electronics DPS-300TB Test Results
Chapter 5: BIOS as Additional Performance Reserve
Table 5.1: BIOS Test Results Using CPUmark 99 and FPU WinMark
Table 5.2: BIOS Test Results Using 3DMark2001 SE Pro
Chapter 6: Computer Hardware Monitoring
Table 6.1: Recommended Resistance Values for External Resistors
Table 6.2: Temperature Parameters of the Pentium III FC-PGA Processors
Table 6.3: Outputs of the Thermal Sensors of the Pentium III/4 Processors
Table 6.4: Main Parameters of Winbond Chips
Table 6.5: Main Parameters of National Semiconductor Chips
Table 6.6: Main Hardware-Monitoring Parameters in VT82C686A
Table 6.7: Monitoring Chips Supported by MBM 4 and MBM 5
Table 6.8: Abit Motherboards
Table 6.9: Acer Motherboards
Table 6.10: A-Trend Motherboards
Table 6.11: AOpen Motherboards
Table 6.12: Asus Motherboards
Table 6.13: Chaintech Motherboards
Table 6.14: Elitegroup Motherboards
Table 6.15: Epox Motherboards
Table 6.16: FIC Motherboards
Table 6.17: Gigabyte Technology Motherboards
Table 6.18: Intel Motherboards
Table 6.19: MSI Computer Motherboards
Chapter 8: Approaches to Processor Overclocking
Table 8.1: Overclocking Celeron (Northwood)
Table 8.2: Overclocking Duron by Increasing the Bus Frequency
Table 8.3: Overclocking Athlon (Thunderbird) by Increasing the Bus Frequency
Table 8.4: Overclocking Duron by Changing the Multiplier
Table 8.5: Overclocking Athlon (Thunderbird) by Changing the Multiplier
Table 8.6: Overclocking Duron by Combining Methods
Table 8.7: Voltage Identification for Pentium II
Table 8.8: VID0–VID4 Locations on the CPU Board
Table 8.9: CPU Supply Voltage Correction
Table 8.10: Voltage Identification for Pentium III
Table 8.11: Voltage Identification for Celeron (Tualatin)
Table 8.12: Selecting the Bus Frequency
Table 8.13: Nominal Mode of Celeron (Tualatin)
Table 8.14: Configuration of L11 Bridges and Their Core Voltages
Table 8.15: Parameters and Test Results of the Processors
Chapter 9: Software Tools for Cooling
Table 9.1: Evaluation of Prevalence among Windows Operating Systems
Table 9.2: Analysis of the Optimization Capabilities of CpuIdle
Chapter 10: Choosing Cooling Devices and Parameters
Table 10.1: Thermal Properties of Materials
Table 10.2: Parameters of Coolers for Socket 478 Processors
Table 10.3: Ratings of the Tested Coolers
Table 10.4: Parameters of Coolers for Socket A Processors
Chapter 11: Problems with using Thermoelectric Elements
Table 11.1: Peltier Factors for Pairs of Conductors
Table 11.2: Peltier Modules from Osterm
Table 11.3: Temperatures at Which Moisture Will Condense
Table 11.4: Industrial Coolers Based on Peltier Modules
Table 11.5: Coolers of the BCool Series
Chapter 12: Overclocking and Fine-Tuning RAM
Table 12.1: Performance Evaluation of the Default Parameters
Table 12.2: Performance Evaluation (Bank Interleave = 2 Bank)
Table 12.3: Performance Evaluation (Bank Interleave = 4 Bank)
Table 12.4: Performance Evaluation (DRAM Command Rate = 1T)
Table 12.5: Performance Evaluation (CAS Latency = 2T)
Table 12.6: Performance Evaluation (Trp = 2T, Tras = 5T, Trcd = 2T)
Table 12.7: Performance Evaluation (FSB = 133 MHz)
Table 12.8: Performance Evaluation (FSB = 166 MHz)
Table 12.9: Memory Module Parameters and Performance Evaluation
Chapter 13: Video Subsystem Overclocking
Table 13.1: Combinations of FSB and AGP Frequencies
Table 13.2: Standard Frequencies for Contemporary Motherboards
Table 13.3: Clock Frequency and Throughput of the AGP Bus
Table 13.4: Test Results with a Matrox Video Adapter
Table 13.5: Test Results with an Asus Video Adapter
Table 13.6: Test Results with an Abit Video Adapter
Chapter 15: Technology and Problems of Overclocking IDE Drives
Table 15.1: Prevalent Frequencies in Motherboards Based on Intel 440BX
Table 15.2: Standard Frequencies for Contemporary Motherboards
Table 15.3: Clock Frequencies and Bandwidths of the PCI Bus
Table 15.4: Hard Disk Performance
Table 15.5: Comparison of CD-R and HD-Burn
Chapter 18: Examples and Analysis of PC Overclocking
Table 18.1: Results of Overclocking Pentium II 300 MHz
Table 18.2: Results for Pentium II 300 MHz (high-end disk, 1,000 bytes/sec)
Table 18.3: Results of Overclocking Pentium II 333 MHz
Table 18.4: Results of Overclocking Pentium III 500E
Table 18.5: Results for Pentium III 550E (WinBench 99)
Table 18.6: Results for Pentium III 550E (3DMark2000, Video 2000)
Table 18.7: Analysis of the Results for Pentium III 550E (Video 2000)
Table 18.8: Results of Overclocking Pentium III 700E
Table 18.9: Results of Overclocking Pentium III 800EB
Table 18.10: Results for Celeron 533 MHz (SiSoftware Sandra)
Table 18.11: Results for Celeron 533 MHz (3DMark2000)
Table 18.12: Results for Celeron 533 MHz (Quake III)
Table 18.13: Results of Overclocking Celeron 600 MHz
Table 18.14: Results of Overclocking Pentium III 1.13 GHz
Table 18.15: Results of Overclocking Celeron 1.3 GHz
Table 18.16: Results of Overclocking the Modified Celeron 1.3 GHz
Table 18.17: Results of Overclocking Pentium 4 1.4 GHz (http://www.overclockers.ru)
Table 18.18: Results of Overclocking Pentium 4 1.7 GHz (http://www.overclockers.ru)
Table 18.19: Results of Overclocking Pentium 4 1.5 GHz
Table 18.20: Analysis of the Results for Pentium 4 1.5 GHz (Video 2000)
Table 18.21: Results of Overclocking Pentium 4 1.7 GHz
Table 18.22: Results of Overclocking Pentium 4 2.2 GHz
Table 18.23: Analysis of the Results for Pentium 4 2.2 GHz (Video 2000)
Table 18.24: Results of Overclocking Pentium 4 3.0 GHz
Table 18.25: Results of Overclocking Celeron 2.0 GHz
Table 18.26: Results of Increasing the FSB Frequency for Athlon 700
Table 18.27: Results of Changing the Multiplier for Athlon 700
Table 18.28: Results of Combined Overclocking of Athlon 700
Table 18.29: Parameters When Overclocking Athlon 700
Table 18.30: Test Stages While Overclocking Athlon 700
Table 18.31: Results of Overclocking Duron 650
Table 18.32: Results of Increasing the FSB Frequency for Duron 600 (Abit KT7)
Table 18.33: Results of Increasing the FSB Frequency for Duron 600 (Soltek SL-75KV+)
Table 18.34: Results of Changing the Multiplier for Duron 600 (Abit KT7)
Table 18.35: Results of Changing the Multiplier for Duron 600 (Soltek SL-75KV+)
Table 18.36: Results of Combined Overclocking of Duron 600 (Soltek SL-75KV+)
Table 18.37: Results of Combined Overclocking of Duron 600 (Abit KT7)
Table 18.38: Parameters When Overclocking Duron 600 (Abit KT7)
Table 18.39: Parameters When Overclocking Duron 600 (Soltek SL-75KV+)
Table 18.40: Test Stages While Overclocking Duron 600 (Abit KT7)
Table 18.41: Results of Overclocking Athlon XP 1500+
Table 18.42: Results of Overclocking Athlon XP 2200+
Table 18.43: Results of Overclocking VIA C3 800 MHz (specialized programs)
Table 18.44: Results of Overclocking VIA C3 800 MHz (standard programs)
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Previous page
Table of content
PC Hardware Tuning & Acceleration
ISBN: 1931769230
EAN: 2147483647
Year: 2003
Pages: 111
Authors:
Victor Rudometov
,
Evgeny Rudometov
BUY ON AMAZON
Lotus Notes and Domino 6 Development (2nd Edition)
Working with Text Properties
Using the Frameset Designer
Knowing Where to Use @Functions and @Commands
JavaScript Is Not Java
Setting Server Access
Secure Programming Cookbook for C and C++: Recipes for Cryptography, Authentication, Input Validation & More
Add Margins to a Text File
Squeeze Whitespace to Single Spaces in a Text File
Ensuring a Single Copy of a Member Variable
Introduction
Implementing a Dynamically Sized Matrix
The Complete Cisco VPN Configuration Guide
Summary
Packet Authentication
VPN Client GUI Options
Initial Access to the 3002
ISAKMP/IKE Phase 1 Management Connection
Persuasive Technology: Using Computers to Change What We Think and Do (Interactive Technologies)
Overview of Captology
Computers as Persuasive Tools
Credibility and Computers
Increasing Persuasion through Mobility and Connectivity
The Ethics of Persuasive Technology
Java All-In-One Desk Reference For Dummies
Welcome to Java
Working with Numbers and Expressions
Using Subclasses and Inheritance
Using the ArrayList Class
Using Regular Expressions
Python Standard Library (Nutshell Handbooks) with
The exceptions Module
The thread Module
The pdb Module
The tabnanny Module
The rexec Module
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