BIOS Guide Archives

In-Order Queue Depth – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: October 15, 2017
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In-Order Queue Depth – The BIOS Optimization Guide

In-Order Queue Depth Common Options : 1, 4, 8, 12 Quick Review of In-Order Queue Depth The In-Orde ...

In-Order Queue Depth Common Options : 1, 4, 8, 12 Quick Review of In-Order Queue Depth The In-Order Queue Depth BIOS feature controls the use of the processor bus' command queue. Normally, ther ...

October 15, 2017
| by Dr. Adrian Wong

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Idle Cycle Limit – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: October 08, 2017
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Idle Cycle Limit – The BIOS Optimization Guide

Idle Cycle Limit Common Options : 0T, 16T, 32T, 64T, 96T, Infinite, Auto Quick Review of Idle Cycl ...

Idle Cycle Limit Common Options : 0T, 16T, 32T, 64T, 96T, Infinite, Auto Quick Review of Idle Cycle Limit The Idle Cycle Limit BIOS feature sets the number of idle cycles that is allowed before ...

October 08, 2017
| by Dr. Adrian Wong

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Dithering – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: October 02, 2017
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Dithering – The BIOS Optimization Guide

Dithering Common Options : Enabled, Disabled Quick Review of Dithering The Dithering BIOS feature ...

Dithering Common Options : Enabled, Disabled Quick Review of Dithering The Dithering BIOS feature is only found in motherboards with an integrated LCD interface that supports both 18-bit and 24 ...

October 02, 2017
| by Dr. Adrian Wong

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DRAM Termination – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: September 25, 2017
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DRAM Termination – The BIOS Optimization Guide

DRAM Termination Common Options : 50 Ohms, 75 Ohms, 150 Ohms (DDR2) / 40 Ohms, 60 Ohms, 120 Ohms (DDR3) ...

DRAM Termination Common Options : 50 Ohms, 75 Ohms, 150 Ohms (DDR2) / 40 Ohms, 60 Ohms, 120 Ohms (DDR3) Quick Review of DRAM Termination The DRAM Termination BIOS option controls the impedance ...

September 25, 2017
| by Dr. Adrian Wong

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HPET Support – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: September 19, 2017
| (1) Comment

HPET Support – The BIOS Optimization Guide

HPET Support Common Options : Enabled, Disabled Quick Review of HPET Support The HPET, short for H ...

HPET Support Common Options : Enabled, Disabled Quick Review of HPET Support The HPET, short for High Precision Event Timer, is a new system timer developed by Intel and Microsoft to replace th ...

September 19, 2017
| by Dr. Adrian Wong

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HPET Mode – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: September 13, 2017
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HPET Mode – The BIOS Optimization Guide

HPET Mode Common Options : 64-Bit Mode, 32-Bit Mode Quick Review of HPET Mode The HPET Mode BIOS o ...

HPET Mode Common Options : 64-Bit Mode, 32-Bit Mode Quick Review of HPET Mode The HPET Mode BIOS option is linked to the HPET Support BIOS option. HPET Support must be enabled for this BIOS opt ...

September 13, 2017
| by Dr. Adrian Wong

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Compatible FPU OPCODE – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: September 04, 2017
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Compatible FPU OPCODE – The BIOS Optimization Guide

Compatible FPU OPCODE Common Options : Enabled, Disabled Quick Review of Compatible FPU OPCODE The ...

Compatible FPU OPCODE Common Options : Enabled, Disabled Quick Review of Compatible FPU OPCODE The Compatible FPU OPCODE BIOS feature determines how Pentium 4 and Xeon processors handle FOP cod ...

September 04, 2017
| by Dr. Adrian Wong

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SDRAM Precharge Control – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: August 29, 2017
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SDRAM Precharge Control – The BIOS Optimization Guide

SDRAM Precharge Control Common Options : Enabled, Disabled Quick Review of SDRAM Precharge Control ...

SDRAM Precharge Control Common Options : Enabled, Disabled Quick Review of SDRAM Precharge Control This BIOS feature is similar to SDRAM Page Closing Policy. The SDRAM Precharge Control BIOS fe ...

August 29, 2017
| by Dr. Adrian Wong

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PCI-E Maximum Payload Size – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: August 21, 2017
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PCI-E Maximum Payload Size – The BIOS Optimization Guide

PCI-E Maximum Payload Size Common Options : 128, 256, 512, 1024, 2048, 4096 Quick Review The PCI-E ...

PCI-E Maximum Payload Size Common Options : 128, 256, 512, 1024, 2048, 4096 Quick Review The PCI-E Maximum Payload Size BIOS feature determines the maximum TLP (Transaction Layer Packet) payloa ...

August 21, 2017
| by Dr. Adrian Wong

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PCI Express Burn-in Mode – The BIOS Optimization Guide

Posted by Dr. Adrian Wong
|Date: August 14, 2017
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PCI Express Burn-in Mode – The BIOS Optimization Guide

PCI Express Burn-in Mode Common Options : Default, 101.32MHz, 102.64MHz, 103.96MHz, 105.28MHz, 106.6MHz, ...

PCI Express Burn-in Mode Common Options : Default, 101.32MHz, 102.64MHz, 103.96MHz, 105.28MHz, 106.6MHz, 107.92MHz, 109.24MHz Quick Review The PCI Express Burn-in Mode BIOS feature allows you t ...

August 14, 2017
| by Dr. Adrian Wong

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