HP ProLiant DL560 Gen11

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17. Perform the following verification steps:

a. Verify that the tabs on the processor carrier are securely latched on the heatsink.

b. Verify that the pin 1 indicators on the processor and processor carrier are aligned.

HPE ProLiant DL560 Gen11 Server User Guide 142

Main Page

Component identification8
Front panel components8
- 16 SFF drive configuration8
- 24 SFF drive configuration9
- E3.S drive configuration9
iLO Service Port10
Front panel LEDs and buttons11
Server UID LED12
Using the UID button to view the Server Health Summary13
- Prerequisites13
- About this task13
- Procedure13
Front panel LED power fault codes13
Rear panel components13
Display device setup14
Rear panel LEDs15
System board components15
System maintenance switch descriptions18
DIMM label identification18
DIMM slot numbering19
Heatsink and processor socket components20
Liquid cooling options21
Liquid cooling components21
Processor mezzanine board components22
Processor mezzanine board DIMM slot numbering23
Riser board components23
- PCIe5 x8/x16/x8 riser components23
- PCIe5 3 x16 riser components23
PCIe5 slot description24
Riser slot numbering25
HPE Basic Drive LED definitions26
- SFF basic drive carrier26
EDSFF SSD LED definitions27
Drive bay numbering28
SFF drive bay numbering28
- 16 SFF + 2 SFF drive bay numbering28
- 24 SFF drive bay numbering29
E3.S drive bay numbering29
Drive backplane naming29
Fan numbering30
Fan mode behavior31
Trusted Platform Module 2.031
Trusted Platform Module 2.0 guidelines32
BitLocker recovery key/password retention guidelines32
HPE NS204i-u Boot Device components33
HPE NS204i-u Boot Device LED definitions33
HPE NS204i Boot Device locations34
Setup35
Initial system installation35
HPE Installation Service36
Setting up the server36
- Prerequisites36
- Procedure37
Adjusting the server power supply redundancy setting38
- Prerequisites38
- Procedure38
Operational requirements38
Space and airflow requirements39
Temperature requirements39
Power requirements39
Electrical grounding requirements40
Rack warnings and cautions40
Server warnings and cautions41
Electrostatic discharge42
Operations42
Remove the front bezel43
- About this task43
- Procedure43
Power down the server44
Open the cable management arm45
- Procedure45
Extend the server out of the rack45
- Prerequisites45
- About this task45
- Procedure46
Remove the server from the rack47
- Prerequisites47
- Procedure47
Remove the access panel49
- Prerequisites49
- About this task49
- Procedure49
Remove the air baffle51
- About this task51
- Procedure51
Remove the processor mezzanine tray52
- Prerequisites52
- Procedure52
Remove the fan cage55
- Prerequisites55
- Procedure55
Remove the riser cage58
- Procedure58
Installing the riser cage59
- Procedure59
Install the fan cage60
- Prerequisites60
- Procedure60
Install the processor mezzanine tray62
- Prerequisites62
- Procedure63
Install the air baffle65
- About this task65
- Procedure65
Install the access panel66
- Prerequisites66
- Procedure66
Install the server into the rack67
- Prerequisites67
- Procedure67
Power up the server69
- About this task69
Hardware options installation69
Server data backup70
Hardware option installation guidelines71
Installing the front bezel option71
- Procedure71
- Results72
Drive options72
Drive installation guidelines72
Installing a SAS, SATA or NVMe drive73
- About this task73
- Procedure73
- Results74
Installing an E3.S drive74
- About this task74
- Procedure74
- Results76
Rack mounting options76
Rail identification markers76
Rack mounting interfaces78
Rack rail option78
Installing the ball-bearing rack rail78
- Prerequisites78
- About this task78
- Procedure79
Installing the server into the rack82
- Prerequisites82
- Procedure82
Installing the rack rail hook-and-loop strap84
- About this task85
- Procedure85
Installing the cable management arm85
- Prerequisites85
- About this task85
- Procedure85
- Results90
Power supply options90
Hot-plug power supply calculations90
Power supply warnings and cautions91
DC power supply warnings and cautions91
Power supply redundancy91
- Two-power supply configuration91
- Four-power supply configuration92
Installing an AC power supply93
- Prerequisites93
- About this task93
- Procedure93
- Results95
Installing a DC power supply95
- Prerequisites95
- About this task96
- Procedure96
- Results101
Connecting a DC power cable to a DC power source101
- About this task101
- Procedure101
Transceiver option102
Transceiver warnings and cautions102
Installing a transceiver103
- Prerequisites103
- Procedure103
- Results103
Installing the System Insight Display module103
- Prerequisites103
- Procedure103
- Results106
Universal media bay option106
Installing the universal media bay106
- Prerequisites106
- About this task106
- Procedure106
- Results108
Optical drive option108
Installing the optical drive in the universal media bay109
- Prerequisites109
- Procedure109
- Results111
Drive cage options111
Installing a 8 SFF drive cage option112
- Prerequisites112
- About this task112
- Procedure112
- Results114
Installing the E3.S drive cage114
- Prerequisites114
- About this task114
- Procedure114
- Results116
Installing the 2 SFF stacked drive cage116
- Prerequisites116
- About this task116
- Procedure116
- Results120
Memory option120
HPE SmartMemory speed and population information121
DIMM installation guidelines121
Installing a DIMM122
- Prerequisites122
- About this task122
- Procedure122
- Results124
Riser board options124
Installing the riser board124
- Prerequisites124
- About this task124
- Procedure124
- Results125
Storage controller options125
Preparing the server for storage controller installation126
- Prerequisites126
- Procedure126
Installing a type-o storage controller126
- Prerequisites126
- About this task126
- Procedure126
- Results128
Installing a type-p storage controller128
- Prerequisites128
- About this task129
- Procedure129
- Results130
Energy pack options130
HPE Smart Storage Battery131
HPE Smart Storage Hybrid Capacitor131
Minimum firmware versions131
Installing an energy pack131
- Prerequisites131
- Procedure132
- Results133
Expansion card options133
Installing an expansion card133
- Prerequisites133
- About this task133
- Procedure134
- Results136
Processor mezzanine tray option136
Upgrading from the dual- to quad-processor configuration137
- Prerequisites137
- About this task137
- Procedure137
- Results147
Processor heatsink assembly option148
Processor cautions148
Installing the processor heatsink assembly148
- Prerequisites148
- About this task148
- Procedure148
- Results159
HPE NS204i Boot Device option159
Installing the front HPE NS204i Boot Device159
- Prerequisites159
- Procedure159
- Results164
Installing the rear HPE NS204i Boot Device164
- Prerequisites164
- Procedure165
- Results170
OCP NIC 3.0 adapter option170
OCP slot population rules170
Installing the OCP NIC 3.0 adapter170
- Prerequisites170
- About this task171
- Procedure171
- Results172
Power distribution board172
Installing the PDB173
- Prerequisites173
- About this task173
- Procedure173
- Results174
Chassis intrusion detection switch option174
Installing the chassis intrusion detection switch174
- Procedure174
- Results175
Serial port option175
Installing the serial port175
- Prerequisites175
- About this task176
- Procedure176
- Results177
Internal USB device options177
Installing an internal USB device178
- Procedure178
- Results178
Cabling179
Cabling guidelines179
- Before connecting cables179
- When connecting cables180
- When disconnecting cables180
Cabling diagrams181
Internal cabling management183
Storage cabling183
Storage controller cabling184
Drive box 1 cabling184
- 8 SFF x4 NVMe direct attach cabling for the processors 2 and 4184
- 2 SFF stacked drive: Onboard NVMe cabling185
- 8 SFF x1 SAS storage controller cabling: Type-o controller in Slot 15185
- 8 SFF x2 NVMe drive controller cabling: Type-o controller in Slot 15186
- 8 SFF x1 SAS drive controller cabling: Type-p controller in the primary riser186
- 8 SFF x1 SAS drive controller cabling: Type-p controller in the secondary riser187
- 8 SFF x4 NVMe drive controller cabling: Type-p controller in the secondary riser188
- 2 stacked drive controller cabling: Type-o controller in Slot 15188
- 2 stacked drive controller cabling: Type-p controller in the secondary riser189
Drive box 2 cabling190
- 8 SFF x4 NVMe direct attach cabling190
- 8 SFF x4 NVMe direct attach cabling for the processors 2 and 4190
- 8 E3.S NVMe direct attach cabling192
- 12 E3.S NVMe direct attach cabling193
- 8 SFF x1 SAS drive controller cabling: Type-o controller in Slot 14194
- 8 SFF x2 NVMe drive controller cabling: Type-o controller in Slot 15194
- 8 SFF x1 SAS drive controller cabling: Type-p controller in the primary riser195
- 8 SFF x1 SAS drive controller cabling: Type-p controller in the secondary riser196
- 8 SFF x4 NVMe drive controller cabling: Type-p controller in the secondary riser197
- 8 SFF x4 NVMe drive controller cabling: Type-o controller in Slot 15 and type-p controller in the secondary riser199
Drive box 3 cabling200
- 8 SFF x1 SAS drive: Onboard SATA cabling200
- 8 SFF x4 NVMe direct attach cabling cabling201
- 8 SFF x4 NVMe direct attach cabling for the processors 1 and 3202
- 8 E3.S NVMe direct attach cabling202
- 12 E3.S NVMe direct attach cabling203
- 8 SFF x1 SAS drive controller cabling: Type-o controller in Slot 14204
- 8 SFF x2 NVMe drive controller cabling: Type-o controller in Slot 14204
- 8 SFF x1 SAS drive controller cabling: Type-p controller in the primary riser205
- 8 SFF x4 NVMe drive controller cabling: Type-p controller in the primary riser206
- 8 SFF x4 NVMe drive controller cabling: Type-o controller in Slot 14 and type-p controller in the primary riser208
Drive power cabling209
- 24 SFF drive power cabling209
- 24 E3.S drive power cabling210
Energy pack cabling211
Storage controller backup power cabling211
- Storage controller backup power cabling from type-o storage controllers211
Optical drive cabling212
Universal media bay cabling213
HPE NS204i Boot Device cabling213
- Front HPE NS204i Boot Device213
- Rear HPE NS204i Boot Device214
OCP bandwidth upgrade cabling215
- From the OCP NIC 3.0 adapter to the processor 1 or 2215
- From the OCP NIC 3.0 adapter to the processor 3 or 4215
Riser enablement cabling216
- For the processors 1 and 2216
- For the processors 3 and 4217
Serial port cabling218
Chassis intrusion detection switch cabling219
Power switch module / SID module cabling220
Front I/O cabling220
Configuration resources221
Updating firmware or system ROM222
Configuring the server222
Configuring storage controllers223
Managing the HPE NS204i Boot Device224
Deploying an OS224
Configuring security225
Optimizing the server225
Server management225
Managing Linux-based high performance compute clusters225
Troubleshooting226
NMI functionality226
Troubleshooting resources226
System battery replacement226
System battery information227
Removing and replacing the system battery227
- About this task227
- Procedure227
- Results229
Safety, warranty, and regulatory information229
Regulatory information229
- Additional regulatory information229
Notices for Eurasian Economic Union229
Turkey RoHS material content declaration230
Ukraine RoHS material content declaration230
Warranty information230
Specifications230
Environmental specifications231
- Standard operating support231
- Extended ambient operating support231
Mechanical specifications231
Power supply specifications232
HPE 800 W Flex Slot Platinum Hot-plug Low Halogen Power Supply232
HPE 1000 W Flex Slot Titanium Hot-plug Power Supply233
HPE 1600 W Flex Slot Platinum Hot-plug Low Halogen Power Supply234
HPE 1600 W Flex Slot -48 VDC Hot-plug Power Supply235
HPE 1800-2200 W Flex Slot Titanium Power Supply235
Websites236
- General websites236
- Product websites236
Support and other resources236
Accessing Hewlett Packard Enterprise Support237
- Information to collect237
Accessing updates237
Customer self repair238
Remote support238
Documentation feedback238

HP ProLiant DL560 Gen11 - Page 142

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