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Supported Memory Configurations

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The following table describes the callouts in Figure 4-2. Item Description 1 Hard drive cage 2 Fan assembly 3 Fan assembly connectors (2) 4 System maintenance switch (SW1) 5 Hard drive cable connector 6 Processor socket 2 7 DIMM bank B 8 Processor socket 1 (populated) 9 DIMM bank A (populated) 10 Adapter card connectors (2) 11 Battery The HP ProLiant BL35p server blades require the support of an HP BladeSystem p-Class sleeve in a server blade enclosure with enhanced backplane components (enhanced server blade enclosure). Each sleeve holds two HP BL35p server blades and installs in a single bay in the enclosure. Up to eight sleeves can be installed in the enclosure and each sleeve holds two blades for a total of 16 HP ProLiant BL35p blades per 6U enclosure. The enhanced server blade enclosure also provides a single rear iLO connector for single-cable remote management of all installed HP ProLiant BL35p server blades. For more information about the enhanced server blade enclosure, see the HP ProLiant BL p-Class Server Blade Enclosure Upgrade Installation Guide or the HP ProLiant BL p-Class Server Blade Enclosure Installation Guide. Each HP ProLiant BL35p server blade includes three network adapters: two Broadcom 5703 Gigabit Ethernet Embedded 10/100/1000T WOL (Wake On LAN) enabled with Preboot eXecution Environment (PXE) plus one additional 10/100T Ethernet adapter dedicated to iLO management. 4.2.1 Supported Memory Configurations Each processor in the HP ProLiant BL35p has a bank consisting of two DIMM slots. The server blade supports up to 8 GB of memory. The following guidelines apply to the HP BL35p DIMMs: • All DIMMs must be PC3200 DDR 400-MHz SDRAM DIMMs. • Both DIMM slots in a bank must be populated. • Both DIMMs in a bank must be identical. • DIMM bank A must always be populated. • DIMM bank B is only active when processor socket 2 is populated. • For best performance, each processor should have a populated memory bank. Caution: Use only HP DIMMs. DIMMs from other sources may adversely affect data integrity. PC3200 DIMMs can either be single- or dual-rank. A dual-rank DIMM is similar to having two separate DIMMs on the same module. Although only a single DIMM module, a dual-rank DIMM acts as if it were two separate DIMMs. The primary reason for the existence of dual-rank DIMMs is to provide the largest capacity DIMM given the current DIMM technology. If the maximum DIMM technology allows for creating 2 GB single-rank DIMMs, a dual-rank DIMM using the same technology would be 4 GB. 156 Server Blades

Section	Page
Server and Workstation Overview	1
Table of Contents	3
About This Manual	14
Audience	14
Organization	15
HP Cluster Platform Documentation	15
Bracket Installation Guides	16
Additional Documentation	16
HP Encourages Your Comments	22
Important Safety Information	23
1 Itanium Processor Servers	25
1.1 HP Integrity rx1620	25
1.1.1 Network Port Assignments	27
1.1.2 Supported Memory Configurations	27
1.1.3 Supported Storage Configurations	28
1.1.4 Cable Management	28
1.1.5 Installing or Removing a PCI Card	28
1.2 HP Integrity rx2600	30
1.2.1 Network Port Assignments	32
1.2.2 Supported Memory Configurations	33
1.2.3 Supported Storage Configurations	34
1.2.4 Cable Management	34
1.2.5 Installing or Removing a PCI Card	35
1.3 HP Integrity rx2620	36
1.3.1 PCI Slot Assignments	38
1.4 HP Integrity rx2660	39
1.4.1 PCI Slot Assignments	42
1.4.2 Removing the I/O Backplane Assembly	42
1.4.2.1 Integrity rx2660 PCI–X and PCI-X/PCI-E I/O Backplane Assembly Options	43
1.4.3 Installing PCI Cards in the Integrity rx2660	45
1.5 HP Integrity rx3600	45
1.5.1 Supported Memory Configurations	46
1.5.2 Upgrading the HP Integrity rx3600	47
1.5.3 PCI-X Slot Assignment and Supported Options	47
1.5.4 Installing or Removing a PCI Card	48
1.5.5 Cable Management	50
1.6 HP Integrity rx4640	50
1.6.1 Supported Memory Configurations	51
1.6.2 Upgrading the HP Integrity rx4640	51
1.6.3 PCI-X Slot Assignment and Supported Options	52
1.6.4 Installing or Removing a PCI Card	52
1.6.5 Cable Management	54
2 Xeon Processor Servers	55
2.1 HP ProLiant DL140 G2	55
2.1.1 HP ProLiant DL140 G2 PCI Slot Assignments	57
2.1.2 HP ProLiant DL140 G2 Memory Configurations	57
2.1.3 Installing a PCI Card in the HP ProLiant DL140 G2	57
2.2 HP ProLiant DL140 G3 Used in HP Cluster Platform and Scalable Visualization Array	59
2.2.1 HP ProLiant DL140 G3 PCI Slot Assignments	61
2.2.2 HP ProLiant DL140 G3 Memory Configurations	61
2.2.3 Installing a PCI Card in the DL140 G3	62
2.3 HP ProLiant DL160 G5 and G5p	62
2.3.1 PCI Slot Assignments	63
2.4 HP ProLiant DL360 G3, G4, and G4p	63
2.4.1 PCI Slot Assignments	68
2.4.2 Embedded Technologies	68
2.4.3 High-Availability Features	69
2.4.4 Removing a Server from the Rack	70
2.4.4.1 Accessing Internal Components	71
2.4.5 Replacing a PCI Card	72
2.5 HP ProLiant DL360 G5	73
2.5.1 HP ProLiant DL360 G5 Front Panel	74
2.5.2 HP ProLiant DL360 G5 Rear Panel	75
2.5.3 HP ProLiant DL360 G5 Front Panel LEDs	76
2.5.4 HP ProLiant DL360 G5 Rear Panel LEDs and Buttons	77
2.5.5 System Insight Display	78
2.5.5.1 HP Systems Insight Display LEDs and Internal Health LED Combinations	79
2.5.6 PCI Slot Assignments	80
2.5.7 HP ProLiant DL360 G5 Embedded Technologies and Fault Tolerance	81
2.5.7.1 Removing a ProLiant DL360 G5 Server from the Rack and Accessing Internal Components	81
2.5.8 Replacing a PCI Card	81
2.6 HP ProLiant DL380 G3 and G4	83
2.6.1 PCI Slot Assignments	85
2.6.2 Removing the Server from the Rack	86
2.6.2.1 Accessing Internal Components	86
2.6.3 Replacing a PCI Card	86
2.7 HP ProLiant DL380 G5	89
2.7.1 HP ProLiant DL380 G5 Front Panel	90
2.7.2 HP ProLiant DL380 G5 Rear Panel	90
2.7.3 ProLiant DL380 G5 Front LEDs	91
2.7.4 ProLiant DL380 G5 Rear LEDs	92
2.7.5 Systems Insight Display LEDs	93
2.7.6 PCI Slot Assignments	94
2.7.7 New DL380 PCI Slot Assignments (as of March 17, 2008)	95
2.7.8 Rack Mounting Holes for ProLiant DL380 G5 Cable Management Brackets	95
2.7.9 Removing the Server from the Rack	96
2.7.9.1 Accessing Internal Components	97
2.7.10 Replacing a PCI Card	97
3 Opteron Processor Servers	99
3.1 HP ProLiant DL145	99
3.1.1 HP ProLiant DL145 G2 PCI Slot Assignments	102
3.1.2 Removing an HP ProLiant DL145 from a Rack	102
3.1.3 Replacing a PCI card in the HP ProLiant DL145 G1	105
3.1.4 Installing or Replacing a PCI Card in the HP ProLiant DL145 G2	107
3.2 HP ProLiant DL145 G3	110
3.2.1 Removing an HP ProLiant DL145 G3 from a Rack	113
3.2.2 Removing the DL145 G3 Access Panel	114
3.2.3 DL145 G3 System Board Expansion Slots	115
3.2.4 DL145 G3 PCI Slot Assignments	116
3.2.5 ProLiant DL145 G3 Riser Board Assemblies	117
3.2.5.1 Installing or Replacing the ProLiant DL145 G3 Riser Board Assemblies	117
3.2.5.2 Removing or Installing a Riser Board	118
3.2.6 Replacing a PCI Expansion Card in the ProLiant DL145 G3	120
3.3 HP ProLiant DL165 G5	122
3.3.1 PCI Slot Assignments	123
3.4 HP ProLiant DL385 G1	124
3.4.1 PCI Slot Assignments	125
3.4.2 Removing an HP ProLiant DL385 G1 from a Rack	126
3.4.3 Replacing an HP ProLiant DL385 PCI Card	127
3.5 HP ProLiant DL385 G2	129
3.5.1 ProLiant DL385 G2 Front and Rear Views	130
3.5.2 PCI Slot Assignments	131
3.5.3 New DL385 G2 PCI Slot Assignments (as of March 17, 2008)	132
3.5.4 Removing the ProLiant DL385 G2 from a Rack	132
3.5.5 Replacing a ProLiant DL385 G2 PCI Card	134
3.5.6 ProLiant DL385 G2 Systems Insight Display	136
3.6 HP ProLiant DL385 G5 and G5p	136
3.6.1 PCI Slot Assignments	136
3.7 HP ProLiant DL585	136
3.7.1 HP ProLiant DL585 Memory Configuration	139
3.7.2 Removing an HP ProLiant DL585 from the Rack	139
3.7.3 Replacing a PCI Card	142
3.8 HP ProLiant DL585 G2	144
3.8.1 Removing an HP ProLiant DL585 G2 from the Rack	147
3.8.2 Replacing a PCI Card	149
3.9 HP ProLiant DL585 G5	152
3.9.1 PCI Slot Assignments	152
4 Server Blades	153
4.1 HP BladeSystem p-Class Overview	153
4.2 HP ProLiant BL35p Server Blade Overview	153
4.2.1 Supported Memory Configurations	156
4.2.2 Supported Storage	157
4.2.3 Removing the HP ProLiant BL35p from the Sleeve	157
4.3 HP ProLiant BL45p Server Blade Overview	158
4.3.1 Supported Memory	162
4.3.2 Supported Storage	163
4.3.3 Removing the HP ProLiant BL45p from the Rack Enclosure	163
4.4 HP BladeSystem c-Class Enclosure Overview	164
4.4.1 HP BladeSystem c–Class Enclosure Features	164
4.4.2 HP BladeSystem c–Class Enclosure Device Bay Numbering	167
4.4.3 Interconnect Module Bay Numbering	169
4.4.4 HP BladeSystem c-7000 Interconnect Module Bay to Server Blade Type Port Mapping	171
4.5 Server Blade Type vs Gigabit Ethernet Blade Switch with Bandwidth Ratios	172
4.6 HP 4x DDR InfiniBand Switch Module for c-Class BladeSystem	172
4.6.1 HP 4x DDR InfiniBand Switch Module Removal and Installation Procedure	172
4.7 HP ProLiant BL2x220c G5 Server Blade	174
4.8 HP ProLiant BL260c G5 Server Blade	175
4.9 HP ProLiant BL460c and BL460c G5 Server Blade Overview	176
4.9.1 HP ProLiant BL460c Front View	177
4.9.2 HP ProLiant BL460c Front Panel LEDs	177
4.9.3 HP ProLiant BL460c Internal View	178
4.9.4 HP ProLiant BL460c System Board	178
4.9.5 Memory Options	179
4.9.6 Mezzanine HCA Card	180
4.9.7 Supported Storage	180
4.9.8 Removing the HP ProLiant BL460c from the c–Class Enclosure	181
4.10 HP ProLiant BL480c Server Blade Overview	183
4.10.1 HP ProLiant BL480c Front View	183
4.10.2 HP ProLiant BL480c Front Panel LEDs	184
4.10.3 HP ProLiant BL480c Internal View	185
4.10.4 HP ProLiant BL480c System Board	186
4.10.5 Memory Options	187
4.10.6 Mezzanine HCA Card	188
4.10.7 Supported Storage	188
4.10.8 Removing the HP ProLiant BL480c from the c-Class Enclosure	189
4.11 HP ProLiant BL465c Server Blade Overview	190
4.11.1 HP ProLiant BL465c Front View	191
4.11.2 HP ProLiant BL465c Front Panel LEDs	192
4.11.3 HP ProLiant BL465c Internal View	193
4.11.4 HP ProLiant BL465c System Board	194
4.11.5 Memory Options	195
4.11.6 Mezzanine HCA Card	195
4.11.7 Supported Storage	195
4.11.8 Removing the HP ProLiant BL465c from the c–Class Enclosure	196
4.12 HP ProLiant BL465c G5 Server Blade	196
4.13 HP ProLiant BL685c Server Blade Overview	196
4.13.1 HP ProLiant BL685c Front View	197
4.13.2 HP ProLiant BL685c Front Panel LEDs	198
4.13.3 HP ProLiant BL685c Internal View	199
4.13.4 HP ProLiant BL685c System Board	199
4.13.5 Memory Options	201
4.13.6 Mezzanine HCA Card	201
4.13.7 Supported Storage	201
4.13.8 Removing the HP ProLiant BL685c from the c-Class Enclosure	202
4.14 HP ProLiant BL685c G5 Server Blade Overview	202
4.15 HP Integrity BL860c Server Blade Overview	202
4.15.1 HP Integrity BL860c Front View	203
4.15.2 HP Integrity BL860c LEDs	204
4.15.3 HP Integrity BL860c Internal View	205
4.15.4 Configuring or Replacing Memory	206
4.15.5 Mezzanine HCA Card	207
4.15.6 Supported Storage	207
4.15.7 Removing the HP Integrity BL860c from the c-Class Enclosure	207
5 Workstations	208
5.1 HP xw8200 Workstation Overview	208
5.1.1 PCI Slot Assignments	210
5.1.2 Replacing or Installing a PCI Card	211
5.1.3 Removing a Workstation from the Rack	213
5.2 HP xw8400 Workstation Overview	214
5.2.1 PCI Slot Assignments	217
5.2.2 xw8400 PCI Slot Rules	218
5.2.3 NVIDIA Quadro FX 4500 Graphics Card	218
5.2.4 NVIDIA Quadro G-Sync Option Card	219
5.2.5 NVIDIA Quadro FX 5500 Graphics Card	220
5.2.6 Replacing or Installing a PCI Card	221
5.2.7 Removing a Workstation from the Rack	223
5.3 HP xw9300 Workstation Overview	223
5.3.1 PCI Slot Indentification	225
5.3.2 Slot Assignment Rules	226
5.3.3 Typical PCI Slot Configuration	227
5.3.4 NVIDIA PCI Graphics Cards	228
5.3.4.1 NVIDIA FX3450 Graphics Card	228
5.3.4.2 NVIDIA FX4500 Graphics Card	229
5.3.5 Connecting PCI Graphics Cards to Displays	229
5.3.6 The NVIDIA FX G-Sync PCI Graphics Card (Optional)	229
5.3.7 System Interconnect Cards	230
5.3.8 Memory Configurations	230
5.3.9 PCI Card Installation and Removal Instructions	231
5.3.9.1 PCI Card Support	231
5.3.9.2 Removing and Installing PCI Express Cards	232
5.3.9.3 Removing and Installing PCI or PCI-X Cards	233
5.3.10 Removing a Workstation from the Rack	234
5.4 HP xw9400 Workstation Overview	234
5.4.1 PCI Slot Indentification	237
5.4.2 Slot Assignment Rules	237
5.4.3 xw9400 Graphics Options	238
5.4.3.1 NVIDIA Quadro FX 3500	238
5.4.3.2 NVIDIA Quadro FX 4500	239
5.4.3.3 NVIDIA Quadro G-Sync	240
5.4.4 Memory Configurations	241
5.4.5 PCI Card Installation and Removal Instructions	241
5.4.6 Removing a Workstation from the Rack	241
A USB Drive Key Support on ProLiant G4 Models	242

Match case Limit results 1 per page

The following table describes the callouts in

Figure 4-2

Description

Item

Hard drive cage

Fan assembly

Fan assembly connectors (2)

System maintenance switch (SW1)

Hard drive cable connector

Processor socket 2

DIMM bank B

Processor socket 1 (populated)

DIMM bank A (populated)

Adapter card connectors (2)

Battery

The HP ProLiant BL35p server blades require the support of an HP BladeSystem p-Class sleeve

in a server blade enclosure with enhanced backplane components (enhanced server blade

enclosure). Each sleeve holds two HP BL35p server blades and installs in a single bay in the

enclosure. Up to eight sleeves can be installed in the enclosure and each sleeve holds two blades

for a total of 16 HP ProLiant BL35p blades per 6U enclosure. The enhanced server blade enclosure

also provides a single rear iLO connector for single-cable remote management of all installed

HP ProLiant BL35p server blades. For more information about the enhanced server blade

enclosure, see the

HP ProLiant BL p-Class Server Blade Enclosure Upgrade Installation Guide

or the

HP ProLiant BL p-Class Server Blade Enclosure Installation Guide

Each HP ProLiant BL35p server blade includes three network adapters: two Broadcom 5703

Gigabit Ethernet Embedded 10/100/1000T WOL (Wake On LAN) enabled with Preboot eXecution

Environment (PXE) plus one additional 10/100T Ethernet adapter dedicated to iLO management.

4.2.1 Supported Memory Configurations

Each processor in the HP ProLiant BL35p has a bank consisting of two DIMM slots. The server

blade supports up to 8 GB of memory. The following guidelines apply to the HP BL35p DIMMs:

•

All DIMMs must be PC3200 DDR 400-MHz SDRAM DIMMs.

•

Both DIMM slots in a bank must be populated.

•

Both DIMMs in a bank must be identical.

•

DIMM bank A must always be populated.

•

DIMM bank B is only active when processor socket 2 is populated.

•

For best performance, each processor should have a populated memory bank.

Caution:

Use only HP DIMMs. DIMMs from other sources may adversely affect data integrity.

PC3200 DIMMs can either be single- or dual-rank. A dual-rank DIMM is similar to having two

separate DIMMs on the same module. Although only a single DIMM module, a dual-rank DIMM

acts as if it were two separate DIMMs. The primary reason for the existence of dual-rank DIMMs

is to provide the largest capacity DIMM given the current DIMM technology. If the maximum

DIMM technology allows for creating 2 GB single-rank DIMMs, a dual-rank DIMM using the

same technology would be 4 GB.

156

Server Blades