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HP DC5100 HP Compaq Business Desktop dc5100 Service Reference Guide, 2nd Editi - Page 223

F. Memory, Intel-Based Systems

UPC - 072000919491

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F Memory Intel-Based Systems Computers equipped with Intel-based processors come with double data rate 2 synchronous dynamic random access memory (DDR2-SDRAM) dual inline memory modules (DIMMs). The memory sockets on the system board can be populated with up to four industry-standard DIMMs. These memory module slots are populated with at least one preinstalled memory module. To achieve the maximum memory support, you can populate the system board with up to 4GB of memory configured in a high-performing dual channel mode. For proper system operation, the DDR2-SDRAM DIMMs must be industry-standard 240-pin, unbuffered PC3200 400 MHz-compliant or PC4300 533 MHz-compliant, 1.8 volts. The DDR2-SDRAM DIMMs must also: support CAS latency 3, 4, or 5(CL = 3, CL = 4, or CL = 5) for DDR2/400 MHz; support CAS latency 4 or 5(CL = 4, or CL = 5) for DDR2/533 MHz contain the mandatory JEDEC SPD information In addition, the computer supports: 256Mbit, 512Mbit, and 1 Gbit non-ECC memory technologies single-sided and double-sided DIMMS DIMMs constructed with x8 and x16 DDR devices; DIMMs constructed with x4 SDRAM are not supported The following processor bus frequencies are required for the system to run at the supported memory frequencies. The system will not start if you install unsupported DIMMs.

Section	Page
Service Reference Guide Cover Page	1
Contents	3
Chapter 1	7
1.1 Installing or Upgrading Device Drivers	7
1.2 Transferring Files and Settings	8
1.3 Backing Up and Restoring Files	8
1.3.1 Creating a Backup File-Windows XP Professional	8
1.3.2 Restoring from the Backup File-Windows XP Professional	8
1.4 Converting to NTFS	8
1.5 HP Software	8
Chapter 2	11
2.1 Power-On Self-Test (POST)	11
2.2 Computer Setup Utilities	12
2.2.1 Using Computer Setup (F10) Utilities	13
2.2.2 Computer Setup Menu	14
2.3 Diagnostics for Windows	24
2.3.1 Detecting Diagnostics for Windows	25
2.3.2 Installing Diagnostics for Windows	25
2.3.3 Using Categories in Diagnostics for Windows	26
2.3.4 Running Diagnostic Tests in Diagnostics for Windows	27
2.4 Configuration Record	28
2.4.1 Installing Configuration Record	29
2.4.2 Running Configuration Record	29
Chapter 3	31
3.1 Initial Configuration and Deployment	31
3.2 Remote System Installation	32
3.3 Software Updating and Management	32
3.3.1 HP Client Manager Software	32
3.3.2 Altiris Client Management Solutions	33
3.3.3 System Software Manager	33
3.3.4 Proactive Change Notification (PCN)	34
3.3.5 Subscriber’s Choice	34
3.3.6 ROM Flash	34
3.3.7 Remote ROM Flash	34
3.3.8 HPQFlash	35
3.3.9 FailSafe Boot Block ROM	35
3.3.10 Replicating the Setup	36
3.3.11 Dual-State Power Button	42
3.3.12 World Wide Web Site	42
3.3.13 Building Blocks and Partners	42
3.4 Asset Tracking and Security	43
3.4.1 Password Security	47
3.4.2 Establishing a Setup Password Using Computer Setup	47
3.4.3 Establishing a Power-On Password Using Computer Setup	47
3.4.4 DriveLock	50
3.4.5 Smart Cover Sensor	52
3.4.6 Master Boot Record Security	54
3.4.7 Before You Partition or Format the Current Bootable Disk	55
3.4.8 Cable Lock Provision	55
3.4.9 Fingerprint Identification Technology	55
3.5 Fault Notification and Recovery	56
3.5.1 Drive Protection System	56
3.5.2 Surge-Tolerant Power Supply	56
3.5.3 Thermal Sensor	56
Chapter 4	57
4.1 SATA and PATA Device Information	57
4.2 ATA Cables	58
4.2.1 SATA Data Cable	58
4.2.2 SATA Power Cable	58
4.2.3 PATA Data Cable	59
4.2.4 PATA Power Cable	59
4.2.5 PATA Cable Layout	60
4.3 PATA Drive Installation Guidelines	61
4.3.1 PATA Device Classes	61
4.3.2 PATA Attach Sequence Rules by Class Priority	62
4.3.3 PATA Attach Sequence Worksheet	63
4.3.4 PATA Additional Drive Application Notes	65
4.4 ATA SMART Drives	66
4.5 Drive Capacities	66
4.6 SATA BIOS	67
4.6.1 Legacy Mode	67
4.6.2 Native Mode	67
4.7 Mixed Devices Boot and Drive Letter Ordering	68
Chapter 5	69
5.1 Chassis Designations	69
5.1.1 Microtower (MT)	69
5.1.2 Small Form Factor (SFF)	70
5.2 Electrostatic Discharge Information	71
5.2.1 Generating Static	71
5.2.2 Preventing Electrostatic Damage to Equipment	71
5.2.3 Personal Grounding Methods and Equipment	72
5.2.4 Grounding the Work Area	72
5.2.5 Recommended Materials and Equipment	72
5.3 Operating Guidelines	73
5.4 Routine Care	73
5.4.1 General Cleaning Safety Precautions	73
5.4.2 Cleaning the Computer Case	74
5.4.3 Cleaning the Keyboard	74
5.4.4 Cleaning the Monitor	75
5.4.5 Cleaning the Mouse	75
5.5 Service Considerations	75
5.5.1 Power Supply Fan	75
5.5.2 Tools and Software Requirements	75
5.5.3 Screws	76
5.5.4 Cables and Connectors	76
5.5.5 Hard Drives	76
5.5.6 Lithium Coin Cell Battery	77
Chapter 6. Removal and Replacement Procedures- Microtower (MT) Chassis	79
6.1 Preparation for Disassembly	79
6.2 External Security Devices	80
6.2.1 Installing a Cable Lock	80
6.2.2 Installing a Padlock	80
6.3 Access Panel	81
6.4 Front Bezel	82
6.5 Front Drive Bezels	84
6.5.1 5.25\	84
6.5.2 Diskette Drive Bezel	85
6.5.3 3.5\	85
6.6 Memory Modules	86
6.7 Expansion Cards	87
6.7.1 Expansion Slot Cover	87
6.7.2 PCI Expansion Card	88
6.8 Cable Management	90
6.8.1 Cable Connections	91
6.9 Drives	92
6.9.1 Drive Positions	92
6.9.2 Removing a Drive	93
Disconnecting Optical Drive Cables	93
Disconnecting Diskette Drive Cables	93
Disconnecting Hard Drive Cables	94
Releasing the Drives	94
6.9.3 Installing a Drive	95
Connecting Optical Drive Cables	96
Connecting Diskette Drive Cables	96
Connecting Hard Drive Cables	97
6.10 Chassis Fan	98
6.11 Front I/O Panel Housing Assembly	99
6.12 Front I/O Devices	100
6.13 Power Switch Assembly	101
6.14 Heatsink	102
6.15 Processor	103
6.16 System Board	105
6.17 Battery	106
6.17.1 Type 1 Battery Holder	107
6.17.2 Type 2 Battery Holder	108
6.17.3 Type 3 Battery Holder	109
6.18 Speaker	110
6.19 Power Supply	111
Chapter 7. Removal and Replacement Procedures- Small Form Factor (SFF) Chassis	113
7.1 Preparation for Disassembly	113
7.2 Unlocking the Smart Cover Lock	114
7.3 External Security Devices	116
7.3.1 Security Clip	116
7.3.2 Cable Lock	116
7.3.3 Padlock	117
7.3.4 Universal Chassis Clamp Lock	117
7.4 Computer Cover	122
7.5 Front Drive Bezels	123
7.6 Cable Management	125
7.6.1 Cable Connections	127
7.7 Memory	128
7.8 Expansion Card	130
7.8.1 Expansion Card Retainer	130
7.8.2 PCI Expansion Card	131
7.9 Drives	133
7.9.1 Drive Positions	133
7.9.2 Optical Drive	134
7.9.3 External 3.5-inch Drive	136
7.9.4 Primary Hard Drive	137
7.10 Fan Shroud	141
7.11 Front I/O Devices	142
7.12 Power Switch Assembly	146
7.13 Heatsink	147
7.14 Processor	148
7.15 Speaker	150
7.16 Power Supply	151
7.17 System Board	153
7.18 Chassis Fan	158
7.19 Battery	159
7.19.1 Type 1 Battery Holder	160
7.19.2 Type 2 Battery Holder	161
7.19.3 Type 3 Battery Holder	162
A. Connector Pin Assignments	163
B. Power Cord Set Requirements	173
C. POST Error Messages	175
D. Troubleshooting Without DIagnostics	185
E. System Board and Riser card Reference Designators	219
F. Memory	223

Match case Limit results 1 per page

Memory

Intel-Based Systems

Computers equipped with Intel-based processors come with double data rate 2 synchronous

dynamic random access memory (DDR2-SDRAM) dual inline memory modules (DIMMs).

The memory sockets on the system board can be populated with up to four industry-standard

DIMMs. These memory module slots are populated with at least one preinstalled memory

module. To achieve the maximum memory support, you can populate the system board with up

to 4GB of memory configured in a high-performing dual channel mode.

For proper system operation, the DDR2-SDRAM DIMMs must be industry-standard 240-pin,

unbuffered PC3200 400 MHz-compliant or PC4300 533 MHz-compliant, 1.8 volts.

The DDR2-SDRAM DIMMs must also:

support CAS latency 3, 4, or 5(CL = 3, CL = 4, or CL = 5) for DDR2/400 MHz; support CAS

latency 4 or 5(CL = 4, or CL = 5) for DDR2/533 MHz

contain the mandatory JEDEC SPD information

In addition, the computer supports:

256Mbit, 512Mbit, and 1 Gbit non-ECC memory technologies

single-sided and double-sided DIMMS

DIMMs constructed with x8 and x16 DDR devices; DIMMs constructed with x4 SDRAM

are not supported

The following processor bus frequencies are required for the system to run at the supported

memory frequencies.

The system will not start if you install unsupported DIMMs.