Intel 351599-005 manual No empty Pentium OverDrive processor socket-go to Step

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Match your computer's socket layout to one shown in the chart, then proceed to the indicated step in this manual.

Possible System Layouts

No empty Pentium OverDrive processor socket—go to Step 4.

486

Remove the Intel486 processor and install the Pentium OverDrive processor in the Intel486 processor socket. If the Intel486 processor is not surrounded by an empty row of pins, you cannot install the Pentium OverDrive processor.

Empty socket beside Intel486 processor—go to Step 5.

If the empty socket does not contain 237 or 238 pinholes (19 pinholes per side), you cannot install the Pentium OverDrive processor.

PC-1702

19pinholes per side

Empty Weitek socket beside Intel486 processor—go to Step 4.

486

15pinholes per side

Not an OverDrive processor socket! For Weitek coprocessors only! Remove the Intel486 processor and install the Pentium OverDrive processor in the Intel486 processor socket. If the Intel486 processor is not surrounded by an empty row of pins, you cannot install the Pentium OverDrive processor.

Pentium OverDrive processor socket with Intel487 SX math coprocessor installed—go to Step 4. (Intel486 SX processor systems only)

i487

TM

Remove the Intel487 SX math coprocessor and install the Pentium OverDrive processor in the Intel487 processor socket. If the math coprocessor is not surrounded by an empty row of pins, you cannot install the Pentium OverDrive processor.

Surface-mounted processor only—not compatible!

If your processor is soldered to the motherboard in a surface mount, and you do not have a separate 237 or 238 pinhole Pentium OverDrive socket, you cannot install the Pentium

OverDrive processor. Do not attempt to remove the original processor!

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Contents 486 TM Copyright Contents Serial Number P240076Before You Begin IntroductionYour Systems Layout Install the diskette software and view the animated demo Installing the Diskette SoftwareHwtimer set to on For Windows 95 users \install eProcessor Demo/Diagnostics Overdriv eGround yourself, then unplug computer and remove cover Surface-mounted Socketed Processor with heat Sink attached Quick Word About Socket Types Empty Weitek socket beside Intel486 processor-go to Step No empty Pentium OverDrive processor socket-go to StepEmpty socket beside Intel486 processor-go to Step Surface-mounted processor only-not compatibleRemoving the processor from a socket with a handle Be sure the socket handle is completely openRemoving the processor from a socket with no handle Orient and insert the Pentium OverDrive processor Distinctive pin Key pin hole ArrangementSeating Your Pentium OverDrive Processor Socket With No Key Pin Hole Socket With Key Pin HoleA socket with no handle Push handle to lockProceed to Step Set jumpers or switches, if required Start your computer and run the computers setup programTest the Pentium OverDrive processor installation VME=NORemoving the Software Files From Your Hard Disk Demonstration and Diagnostics DisketteUninstal e Diagnostics Overview TroubleshootingTesting the Installation \ fanmonit e Icon indicates fan is Functioning Is not functioningTroubleshooting Checklist Page Pentium OverDrive processor feels hot Page Modify the C\config.sys file Set the Hwtimer to onRemoving the Pentium OverDrive Processor Fan Call FaxBack, the Intel automated fax delivery service Getting HelpRegistration Worldwide EuropeThree Year Limited Warranty Extent of Limited WarrantyWarranty Limitations and Exclusions Appendix A-Pentium OverDrive Processor Data Sheet Feature Description

351599-005 specifications

The Intel 351599-005 is a highly specialized component designed for advanced computing applications. It serves as a critical part of various Intel architectures, providing a balance of performance and efficiency crucial for both consumer and enterprise-level systems. This processor is particularly noteworthy for its robust feature set and technological enhancements that align with modern computing demands.

One of the key features of the Intel 351599-005 is its multi-core architecture, which allows it to handle multiple tasks simultaneously with remarkable efficiency. This is achieved through Intel's Hyper-Threading technology, granting each core the ability to manage two threads concurrently. The result is significantly improved multitasking capabilities, making it ideal for environments that require running several applications at once.

The processor also incorporates Intel Turbo Boost technology, which dynamically increases the clock speed of the device when additional power is needed. This feature ensures that users receive a performance boost during demanding workloads, contributing to a seamless user experience in both gaming and resource-intensive applications.

Another distinctive characteristic of the Intel 351599-005 is its support for Intel's built-in graphics capabilities. This eliminates the need for a separate graphics card in many scenarios, reducing costs and power consumption while still delivering adequate graphical performance for everyday tasks and casual gaming.

From a security standpoint, the Intel 351599-005 integrates advanced security features, such as Intel Software Guard Extensions (SGX). This technology creates a protected environment for sensitive data and applications, ensuring that even if the system is compromised, the most critical information remains secure.

In terms of power efficiency, the Intel 351599-005 adheres to Intel's commitment to green technology. It operates within a reduced thermal design power (TDP) envelope, which not only minimizes energy consumption but also supports quieter operation by reducing the need for aggressive cooling solutions.

Overall, the Intel 351599-005 stands out as a versatile and capable processor that combines cutting-edge technologies with reliable performance. Its attributes make it suitable for a wide range of applications, from everyday computing to more demanding tasks in professional settings. As technology continues to evolve, the Intel 351599-005 remains a valuable component in navigating the complexities of modern computing environments.
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