Asus P5LD2-FM, P5LD2-VP Installing a Dimm, To install a Dimm Unlock a Dimm socket by pressing

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1.6.3 Installing a DIMM

Unplug the power supply before adding or removing DIMMs or other system components. Failure to do so can cause severe damage to both the motherboard and the components.

To install a DIMM:

 

2

1.

Unlock a DIMM socket by pressing

3

DDR2 DIMM notch

 

 

 

the retaining clips outward.

2.Align a DIMM on the socket such that the notch on the DIMM matches the break on the socket.

3. Firmly insert the DIMM into the

1

 

socket until the retaining clips snap back in place and the DIMM is properly seated.

Unlocked retaining clip

•A DDR2 DIMM is keyed with a notch so that it fits in only one direction. Do not

force a DIMM into a socket to avoid damaging the DIMM.

•The DDR2 DIMM sockets do not support DDR DIMMs. DO not install DDR DIMMs to the DDR2 DIMM sockets.

1-16

Chapter 1: Product introduction

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Contents Motherboard First Edition Nov Copyright 2006 ASUSTeK Computer INC. All Rights ReservedContents Bios setup Exit menu Canadian Department of Communications Statement Federal Communications Commission StatementThis class B digital apparatus complies with Canadian Ices Electrical safety Safety informationOperation safety About this guide How this guide is organizedTypography CommandConventions used in this guide P5LD2-FM/DH/VP specifications summary LAN USBSpecifications are subject to change without notice Xii It supports Special features WelcomeProduct highlights Latest processor technologyTemperature, fan, and voltage monitoring DDR2 memory supportPCI Express interface Bit CPU supportChannel high definition audio Pdif digital sound readyBefore you proceed Motherboard overview Placement directionScrew holes Motherboard layout P5LD2- FM/DH/VPTo install a CPU Locate the CPU socket on the motherboard Installling the CPUCentral Processing Unit CPU Load plate Close the load plate A, then Installling the CPU heatsink and fan To install the CPU heatsink and fanP5LD2-FM/DH/VP CPU Fan Connector Push down two fasteners atUninstalling the CPU heatsink and fan Rotate each fastener clockwise to reset the orientation System memory Memory configurationsOverview To install a Dimm Unlock a Dimm socket by pressing Installing a DimmRetaining clips outward Removing a Dimm Remove the Dimm from the socketInstalling an expansion card Configuring an expansion cardTo install an expansion card Expansion slotsInterrupt assignments Standard interrupt assignmentsIRQ assignments for this motherboard These IRQs are usually available for ISA or PCI devicesPCI Express PCI slotsJumpers Clear R TC RAM CLR TCUSB device wake -up 3-pin USBPW12, USBPW34, USBPW56, USBPW78 Bios Recovery 3-pin RECOVERY1 Password SkipRear panel connectors ConnectorsLAN port LED indications Audio 2, 4, 6, or 8- channel configuration Internal connectorsFloppy disk drive connector 34-1 pin Floppy Primary IDE connector 40-1 pin PRI IDE P5LD2-FM/DH/VP Fan Connectors Digital Audio connector 3-pin Spdifout Power LED connector 3-pin PledATX12V Eatxpwr P5LD2-FM/DH/VP AUX Audio Connector Front panel audio connector 10-1 pin Aafp AafpPower/Soft- off button Black 2-pin Pwrsw System Power LED connector 2-pin PledReset button Blue 2-pin Rese T Hard disk drive activity Red 2-pin IdeledBios setup Managing and updating your Bios Creating a bootable floppy diskAsus EZ Flash utility To copy the current Bios file using the Afudos utility Copying the current BiosAfudos utility To update the Bios file using the Afudos utility Updating the Bios fileUtility verifies the file and starts updating the Bios Updated Bios file Recovering the Bios from a floppy diskTo recover the Bios from a floppy disk Turn on the system Bios setup program Menu bar Bios menu screenNavigation keys Configuration fields Menu itemsSub -menu items Pop -up windowLegacy Diskette a Disabled Main menuSystem Time System Date Day xx/xx/xxxxLBA/Large Mode Auto Primary and Sata IDE Master/SlaveType Auto Block Multi-sector Transfer M AutoIDE Configuration Enhanced Mode Support On S-ATA IDE Detect Time OutProcessor System InformationSystem Memory USB Configuration Advanced menuUSB Function Enabled USB 2.0 Controller EnabledUSB 2.0 Controller Mode HiSpeed Bios Ehci Hand Off DisabledCPU Configuration Ratio Cmos SettingVID Cmos Setting Microcode Updation EnabledMax Cpuid Value Limit Disabled Execute Disable Function EnabledLower when idle. Configuration options Auto Disable Enhanced C1 Control AutoChipset Configure Dram Timing by SPD EnabledClocks 6 Clocks Onboard Devices Configuration PCI Latency Timer Configuration options No YesPlug and Play O/S Yes PCI PnPPalette Snooping Disabled PCI IDE BusMasterEnabledActive State Power-Management Disabled Allocate IRQ to PCI VGA YesPower menu Suspend Mode S3 onlyAcpi Apic Support Enabled Configuration options S1 POS Only S3 Only AutoAPM Configuration Power Button Mode On/OffRestore on AC Power Loss Last State Power On By RTC Alarm DisabledPower On By PCI Devices Disabled Power On By Pcie Devices DisabledCPU Temperature xxxC/xxxF MB Temperature xxxC/xxxF CPU Q -Fan Control DisabledHardware Monitor CPU Fan Speed xxxxRPM or N/AConfiguration options IgnoredN/A CPU FAN Profile OptimalChassis Fan Speed N/A Vcore Voltage, 3.3V Voltage, 5V Voltage, 12V VoltageBoot menu Boot Settings ConfigurationQuick Boot Enabled Full Screen Logo EnabledAdd On ROM Display Mode Force Bios Bootup Num-Lock OnWait for ‘F1’ If Error Disabled Hit ‘DEL’ Message Display EnabledChange Supervisor Password Interrupt 19 Capture DisabledSecurity User Access Level Full Access Change User PasswordClear User Password No Access prevents user access to the Setup utilityPassword Check Setup Configuration options Setup AlwaysExit menu Exit & Save ChangesExit & Discard Changes Load Setup DefaultsDiscard Changes Bios setup

P5LD2-DH, P5LD2-FM, P5LD2-VP specifications

The Asus P5LD2 series of motherboards, including the P5LD2-VP, P5LD2-FM, and P5LD2-DH, are notable platforms designed for users seeking a balance between performance and stability. Each variant caters to different needs while sharing common features derived from the Intel LGA 775 architecture. These motherboards support the Intel Pentium 4, Pentium D, and Intel Core 2 Duo processors, making them versatile options for a wide array of computing tasks.

One of the standout features across the P5LD2 series is its support for dual-channel DDR2 memory. These motherboards can accommodate up to 8GB of memory, which is particularly beneficial for multitasking and demanding applications. The P5LD2-VP features four DIMM slots, allowing for flexible memory configurations. Meanwhile, the P5LD2-FM emphasizes multimedia capabilities, incorporating integrated audio and graphics options to enhance entertainment experiences.

Connectivity is another key aspect of the P5LD2 motherboards. They include multiple SATA ports, enabling users to connect a variety of storage devices. The P5LD2-DH, for example, supports RAID configurations, which can improve data redundancy and performance for users managing large volumes of data. Additionally, the presence of USB 2.0 ports ensures ample connectivity for peripherals, ranging from external hard drives to printers.

In terms of expansion capabilities, the P5LD2 series features PCI Express x16 slots, providing the option for users to upgrade their graphics cards for enhanced performance in gaming and graphic-intensive applications. The motherboards also include PCI slots for legacy cards, which adds further flexibility in terms of hardware upgrades.

Asus has implemented several technologies in the P5LD2 line to enhance durability and performance. These include the Asus Stack Cool technology, which facilitates efficient heat dissipation and maintains lower operating temperatures. Additionally, the motherboards feature Asus Q-Fan technology that intelligently adjusts fan speeds based on system temperatures, reducing noise and improving overall cooling efficiency.

Overall, the Asus P5LD2 series represents a solid choice for users looking for reliable, feature-rich motherboards that can support a variety of computing needs without compromising on quality or performance. Their blend of robust features, expandability, and technological advancements makes them suitable for both everyday computing and more demanding applications.
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