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PRIMEQUEST 2400E
Fujitsu PRIMEQUEST 2400E Manuals
Manuals and User Guides for Fujitsu PRIMEQUEST 2400E. We have
3
Fujitsu PRIMEQUEST 2400E manuals available for free PDF download: Administration Manual, Design Manual, General Description Manual
Fujitsu PRIMEQUEST 2400E Administration Manual (329 pages)
PRIMEQUEST 2000 Series
Brand:
Fujitsu
| Category:
Server
| Size: 11.07 MB
Table of Contents
Revision History
3
Alert Messages in the Text
4
Safety Precautions
4
About this Product
7
How to Use this Manual
8
Support and Service
8
Command Syntax
11
Table of Contents
13
Preface
14
CHAPTER 1 Network Environment Setup and Tool Installation
25
External Network Configuration
25
TABLE 1.1 External Network Names and Functions
25
FIGURE 1.2 External Network Functions
26
How to Configure the External Networks (Management LAN/ Maintenance Lan/Production LAN)
27
IP Addresses Used in the PRIMEQUEST 2000 Series Server
27
TABLE 1.2 IP Addresses for the PRIMEQUEST 2000 Series Server (IP Addresses Set from the MMB)
27
TABLE 1.3 IP Addresses for the PRIMEQUEST 2000 Series Server (Set from the Operating System in a Partition)
28
Management LAN
29
Overview of the Management LAN
29
FIGURE 1.3 Management LAN Configuration
30
TABLE 1.4 Restrictions on the Management LAN
30
FIGURE 1.1 External Network Configuration
31
How to Configure the Management LAN
31
TABLE 1.5 Parts of the Management LAN Configuration
31
Redundant Configuration of the Management LAN
33
FIGURE 1.4 Maintenance LAN and REMCS LAN of the MMB
35
Maintenance LAN/REMCS LAN
35
Overview of the Production LAN
35
Production LAN
35
TABLE 1.6 Maintenance LAN/REMCS LAN
35
Management Tool Operating Conditions and Use
36
Mmb
36
Redundancy of the Production LAN
36
Remote Operation (BMC)
36
TABLE 1.7 Maximum Number of Connections Using the Remote Operation Function
37
FIGURE 1.5 Connection Configuration for Video Redirection
38
TABLE 1.8 List of Video Redirection Function
38
FIGURE 1.6 Operating Sequence of Video Redirection
39
FIGURE 1.7 [Video Redirection] Window
39
TABLE 1.9 Menu Bar in [Video Redirection] Window
39
TABLE 1.10 Tool Bar Menu in [Video Redirection] Window
42
TABLE 1.11 Status Bar in [Video Redirection] Window
42
FIGURE 1.10 Popup for [Allow Virtual Console] in First Terminal PC
43
FIGURE 1.11 Popup for TIMEOUT in First Terminal PC
43
FIGURE 1.8 Message of Requesting Access to Virtual Console in Second Terminal PC
43
FIGURE 1.9 Popup Window of [Virtual Console Sharing Privileges]
43
FIGURE 1.12 Popup for [Allow Virtual Console] in Second Terminal PC
44
FIGURE 1.13 Popup for [Allow Only Video] in Second Terminal PC
44
FIGURE 1.14 Popup for [Deny Access] in Second Terminal PC
44
FIGURE 1.15 Popup for TIMEOUT in First Terminal PC
44
FIGURE 1.16 Popup for Reaching Maximum Number of Connection in Second Terminal PC
44
FIGURE 1.17 Example of Setting Partition #3 (1)
45
FIGURE 1.18 Example of Setting Partition #3 (2)
45
FIGURE 1.19 Forced Disconnection of Console Redirection (1)
46
FIGURE 1.20 Forced Disconnection of Console Redirection (2)
46
FIGURE 1.21 Configuration of Virtual Media Connection
47
FIGURE 1.22 [Virtual Media] Window (1)
48
TABLE 1.12 Buttons in [Virtual Media] Window
48
FIGURE 1.23 Image File Selection Window
49
TABLE 1.13 Items in Image File Selection Window
49
FIGURE 1.24 [Virtual Media] Window (2)
50
Serverview Suite
50
CHAPTER 2 Operating System Installation
51
CHAPTER 3 Component Configuration and Replacement (Add, Remove)
52
Partition Configuration
52
Partition Configuration (PPAR)
52
TABLE 3.1 Configuration Rules for Partition (Components)
52
FIGURE 3.1 Conceptual Diagram of the Partitioning Function (PRIMEQUEST 2400E)
53
FIGURE 3.2 Conceptual Diagram of the Partitioning Function (PRIMEQUEST 2800E)
54
Dynamic Reconfiguration (DR)
55
High Availability Configuration
55
Setting Procedure of Partition in MMB Web-UI
55
FIGURE 3.3 SB Hotadd
56
FIGURE 3.4 SB Hot Remove (Disconnecting a Faulty SB)
56
FIGURE 3.5 IOU Hot Add
57
FIGURE 3.6 IOU Hot Remove (Removal of Failed IOU)
57
TABLE 3.2 Applicable Criteria
57
TABLE 3.3 DR Supported List
58
Reserved SB
60
TABLE 3.4 Memory Operation Mode before and after Reserved SB Switching, When a Partition Is Configured from One SB
61
FIGURE 3.7 Example 1-A. Example Where Two Sbs Are Set as Reserved Sbs in Two Partitions (When SB #0 and SB #1 Have Simultaneously Failed)
63
FIGURE 3.8 Example 1-B.example When One SB Is Set as the Reserved SB in Two Partitions (SB #0 and SB #2 Have Simultaneously Failed)
64
FIGURE 3.9 Example 3. Example When Multiple Free SB (#2,#3) Is Set as Reserved Sbs in Partition #0
64
FIGURE 3.10 Example 4. Where Reserved Sbs (#1, #2, #3) of Partition #0 Belong to Other Partitions
65
FIGURE 3.11 Example 5. Example Where the Reserved Sbs (#1,#2,#3) of Partition #0 Belong to Other Partitions
65
FIGURE 3.12 Example 6. Example Where a Reserved SB Has Been Set in SB #0 (When the Home SB Has Failed)
66
FIGURE 3.13 Example 7. Example When SB #0 Is Set as the Reserved SB (When an SB Other than the Home SB Fails)
66
Memory Operation Mode
68
TABLE 3.5 Operational Restrictions When Switching to a Reserved SB
68
TABLE 3.6 Overview of Memory Operation Modes
68
Memory Mirror
69
TABLE 3.7 Memory Mirror Mode
69
TABLE 3.8 Memory Mirror Group
69
FIGURE 3.14 Status When There Is an Error in the Memory (Mirror Maintenance Mode)
70
FIGURE 3.15 Status When the Error Had Occurred in the System was Restarted (Mirror Maintenance Mode)
70
FIGURE 3.16 Status When There Error Has Occurred in the Memory (Memory Capacity Maintenance Mode)
71
FIGURE 3.17 Status When an Error Has Occurred in the Memory (Memory Capacity Maintenance Mode)
71
TABLE 3.9 Combination of the Memory Mirror Status and the Failed DIMM (Non Mirror)
71
Cluster Configuration
72
Hardware RAID
72
Replacing Components
72
Server View RAID
72
Component Replacement Conditions
73
Replaceable Components
73
TABLE 3.10 Replaceable Components and Replacement Conditions
73
Replacement Procedures in Cold Maintenance
74
Replacement Procedures in Hot Maintenance
74
Replacing the Battery Backup Unit of the Uninterrupted Power Supply Unit (UPS)
74
Replacing the PCI SSD Card
74
TABLE 3.11 Replacement Notification Messages RAS Support Service (UPS)
74
Expansion of Components
76
TABLE 3.12 Expandable Components
76
Procedure of Expansion in Hot Maintenance
77
Expansion of PCI SSD Card
78
Procedure of Expansion in Cold Maintenance
78
Checking the Status after Switching to a Reserved SB and Automatic Rebooting
79
Process after Switching to the Reserved SB and Automatic Partition Reboot
79
Processing after Replacement of a Faulty SB
79
Checking the Source Partition Configuration Information When Switching to a Reserved SB
80
TABLE 3.13 Partition Setting (before Switching)
80
TABLE 3.14 Reserved SB Setting (before Switching)
80
Replacing the Home SB no
81
TABLE 3.15 Partition Status Transition
81
TABLE 3.16 Description of Partition Status Transition
81
TABLE 3.17 Partition Setting (after Switching)
81
TABLE 3.18 Reserved SB Setting (after Switching)
81
TABLE 3.19 Example of Home SB No. Replacement
82
TABLE 3.20 Relationship between LSB No. and Socket no
82
CHAPTER 4 PCI Card Hot Maintenance in Red hat Enterprise Linux 6
83
Dynamic Reconfiguration (DR)
83
DR Function Configuration Setting
83
Dr Command Package Install/ Uninstall
84
FIGURE 4.1 [Mode] Window (Dynamic Reconfiguration)
84
Hot Add of SB
85
Preparing for SB Hot Add
85
Confirming the Status of SB before SB Hot Add
86
DR Operation in SB Hot Add
86
How to Deal with When Timeout Occurs While os Is Processing SB Hot Add
87
Operation after SB Hot Add
88
Hot Replacement of IOU
89
Preparation for IOU Hot Replacement
90
TABLE 4.1 Correspondence between Bus Addresses and Interface Names
92
TABLE 4.2 Hardware Address Description Examples
93
DR Operation of IOU Hot Replacement
95
Operation after IOU Hot Replacement
96
TABLE 4.3 Example of Interface Information about Interfaces after Replacement
96
Hot Add of IOU
99
DR Operation of IOU Hot Add
100
Operation after IOU Hot Add
100
Preparation for IOU Hot Add
100
IOU Hot Remove
102
Preparation for IOU Hot Remove
102
TABLE 4.4 Correspondence between Bus Addresses and Interface Names
104
TABLE 4.5 Hardware Address Description Examples
106
DR Operation of IOU Hot Remove
108
Operation after IOU Hot Remove
108
Hot Replacement of PCI Express Cards
109
Overview of Common Replacement Procedures for PCI Express Cards
109
PCI Express Card Replacement Procedure in Detail
109
FC Card (Fibre Channel Card) Replacement Procedure
116
Network Card Replacement Procedure
118
FIGURE 4.2 Single NIC Interface and Bonding Configuration Interface
119
TABLE 4.6 Correspondence between Bus Addresses and Interface Names
120
TABLE 4.7 Hardware Address Description Examples
121
TABLE 4.8 Example of Interface Information about the Replacement NIC
123
TABLE 4.9 Example of Entered Values Corresponding to the Interface Names before and after NIC Replacement
124
TABLE 4.10 Confirmation of Interface Names
125
FIGURE 4.3 Example of Single NIC Interface
126
Hot Replacement Procedure for Iscsi (NIC)
126
Common Addition Procedures for All PCI Express Cards
128
Hot Addition of PCI Express Cards
128
PCI Express Card Addition Procedure in Detail
128
FC Card (Fibre Channel Card) Addition Procedure
133
Network Card Addition Procedure
134
FIGURE 4.4 Single NIC Interface and Bonding Configuration Interface
135
Removing PCI Express Cards
137
Common Removal Procedures for All PCI Express Cards
138
FC Card (Fibre Channel Card) Removal Procedure
138
PCI Express Card Removal Procedure in Detail
138
FIGURE 4.5 Single NIC Interface and Bonding Configuration Interface
139
Network Card Removal Procedure
139
Hot Removal Procedure for Iscsi (NIC)
141
CHAPTER 5 PCI Card Hot Maintenance in SUSE Linux Enterprise Server 11
144
Hot Replacement of PCI Express Cards
144
Overview of Common Replacement Procedures for PCI Express Cards
144
PCI Express Card Replacement Procedure in Detail
144
FC Card (Fibre Channel Card) Replacement Procedure
150
FIGURE 5.1 Single NIC Interface and Bonding Configuration Interface
153
Network Card Replacement Procedure
153
TABLE 5.1 Correspondence between Bus Addresses and Interface Names
154
TABLE 5.2 Hardware Address Description Examples
155
TABLE 5.3 Example of Interface Information about the Replacement NIC
157
TABLE 5.4 Example of Entered Values Corresponding to the Interface Names before and after NIC Replacement
158
TABLE 5.5 Confirmation of Interface Names
159
FIGURE 5.2 Example of Single NIC Interface
160
Hot Replacement Procedure for Iscsi (NIC)
160
Common Addition Procedures for All PCI Express Cards
162
Hot Addition of PCI Express Cards
162
PCI Express Card Addition Procedure in Detail
163
FC Card (Fibre Channel Card) Addition Procedure
168
FIGURE 5.3 Single NIC Interface and Bonding Configuration Interface
169
Network Card Addition Procedure
169
Common Removal Procedures for All PCI Express Cards
172
PCI Express Card Removal Procedure in Detail
172
Removing PCI Express Cards
172
FC Card (Fibre Channel Card) Removal Procedure
173
FIGURE 5.4 Single NIC Interface and Bonding Configuration Interface
173
Network Card Removal Procedure
173
Hot Removal Procedure for Iscsi (NIC)
176
CHAPTER 6 Replacement of HDD/SSD
178
Hot Replacement of HDD/SSD with Hardware RAID Configuration
178
Hot Replacement of Failed HDD/SSD with RAID 1, RAID 1E, RAID 5, RAID 6, or RAID 10 Configuration
178
Hot Replacement of Failed HDD/SSD with RAID0 Configuration
178
Preventive Replacement of Failed HDD/SSD with RAID0 Configuration
179
Preventive Replacement of HDD/SSD with Hardware RAID Configuration
179
Preventive Replacement of Failed HDD/SSD with RAID 1, RAID 1E, RAID 5, RAID 6, or RAID 10 Configuration
180
Replacement of HDD/SSD in Case Hot Replacement Cannot be Performed
181
CHAPTER 7 PCI Express Card Hot Maintenance in Windows
183
Overview of Hot Maintenance
183
Overall Flow
183
Common Hot Plugging Procedure for PCI Express Cards
184
Replacement Procedure
184
Addition Procedure
192
About Removal
197
NIC Hot Plugging
197
Hot Plugging a NIC Incorporated into Teaming
197
Hot Plugging a Non-Redundant NIC
201
NIC Addition Procedure
201
FC Card Hot Plugging
201
Hot Plugging an FC Card Incorporated with the ETERNUS Multipath Driver
202
FC Card Addition Procedure
208
Hot Replacement Procedure for Iscsi
208
Confirming the Incorporation of a Card with MPD
209
Disconnecting MPD
213
CHAPTER 8 Backup and Restore
215
Backing up and Restoring Configuration Information
215
Backing up and Restoring UEFI Configuration Information
215
FIGURE 8.1 [Backup BIOS Configuration] Window
216
Backing up and Restoring MMB Configuration Information
217
FIGURE 8.2 [Restore BIOS Configuration] Window
217
FIGURE 8.3 [Restore BIOS Configuration] Window (Partition Selection)
217
FIGURE 8.4 [Backup/Restore MMB Configuration] Window
218
FIGURE 8.5 Restore Confirmation Dialog Box
218
FIGURE 9.1 [System Power Control] Window
219
CHAPTER 9 Chapter System Startup/Shutdown and Power Control
219
Power on and Power off the Whole System
219
Partition Power on and Power off
219
Various Methods for Powering on the Partition
219
Partition Power on Unit
220
Powering off Partition Units
220
TABLE 9.1 Power on Method and Power on Unit
220
Types of Power off Method of Partition
220
Partition Power on by MMB
221
TABLE 9.2 Power on Method and Power on Unit
221
TABLE 9.3 Privilege for Power on and Power off
221
TABLE 9.4 Privilege for Power on and Power off (Continued)
221
Controlling Partition Startup by Using the MMB
222
FIGURE 9.2 [Power Control] Window
222
Checking the Partition Power Status by Using the MMB
223
FIGURE 9.3 [Power Control] Window
223
FIGURE 9.4 [Information] Window
224
FIGURE 9.5 [Power Control] Window
225
Scheduled Operations
225
Powering on a Partition by Scheduled Operation
225
Power off a Partition by Scheduled Operation
226
Relation of Scheduled Operation and Power Restoration Function
226
Scheduled Operation Support Conditions
226
TABLE 9.5 Relationship between Scheduled Operation and Partition Power Restoration Mode
226
TABLE 9.6 Power On/Off
226
Automatic Partition Restart Conditions
227
Setting Automatic Partition Restart Conditions
227
FIGURE 9.6 [ASR (Automatic Server Restart) Control] Window
228
TABLE 9.7 [ASR Control] Window Display / Setting Items
228
TABLE 9.8 Power Restoration Policy
229
Power Restoration
229
Settings for Power Restoration
229
Remote Shutdown (Windows)
230
How to Use Remote Shutdown
230
Prerequisites for Remote Shutdown
230
Figure 9.7 Simplified Help for the Shutdown Command
231
CHAPTER 10 Configuration and Status Checking (Contents, Methods, and Procedures)
232
TABLE 10.1 Functions Provided by the MMB Web-UI
232
Mmb Cli
233
Serverview Suite
234
TABLE 10.2 Functions Provided by the MMB CLI
234
CHAPTER 11 Error Notification and Maintenance (Contents, Methods, and Procedures)
235
Maintenance Using the MMB
235
Maintenance Method
235
Maintenance Modes
235
Maintenance of the MMB
236
Maintenance of the PCI_BOX (PEXU)
236
TABLE 11.1 Maintenance Modes
236
TABLE 11.2 Maintenance Mode Functions
236
Maintenance Policy/Preventive Maintenance
237
REMCS Service Overview
237
REMCS Linkage
237
Troubleshooting
238
FIGURE 11.1 REMCS Linkage
238
Troubleshooting Overview
238
FIGURE 11.2 Troubleshooting Overview
239
FIGURE 11.3 Label Location
240
Items to Confirm before Contacting a Sales Representative
240
FIGURE 11.4 Alarm LED on the Front Panel of the Device
241
Finding out about Abnormal Conditions
241
FIGURE 11.5 System Status Display in the MMB Web-UI Window
242
TABLE 11.3 Icons Indicating the System Status
242
FIGURE 11.6 Alarm E-Mail Settings Window
243
Investigating Abnormal Conditions
243
FIGURE 11.7 System Status Display
244
FIGURE 11.8 System Event Log Display
245
FIGURE 11.9 [Partition Configuration] Window
245
Checking into Errors in Detail
246
FIGURE 11.10 [Partition Event Log] Window
246
Problems Related to the Main Unit or a Pci_Box
246
MMB-Related Problems
247
Problems with Partition Operations
247
Notes on Troubleshooting
248
Collecting Maintenance Data
248
Logs that Can be Collected by the MMB
248
TABLE 11.4 System Problems and Memory Dump Collection
248
FIGURE 11.11 [System Event Log] Window in PRIMEQUEST 2400E and 2800E
249
FIGURE 11.12 [System Event Log] Window in PRIMEQUEST 2800B
249
FIGURE 11.13 [System Event Log Filtering Condition] Window in PRIMEQUEST 2400E and 2800E
250
FIGURE 11.14 [System Event Log Filtering Condition] Window in PRIMEQUEST 2800B
251
TABLE 11.5 Setting and Display Items in the [System Event Log Filtering Condition] Window
251
FIGURE 11.15 [System Event Log (Detail)] Window
252
Collecting Data for Investigation (Windows)
253
TABLE 11.6 Setting and Display Items in the [System Event Log (Detail)] Window
253
Setting up the Dump Environment (Windows)
254
TABLE 11.7 Memory Dump Types and Sizes
254
FIGURE 11.16 [Startup and Recovery] Dialog Box
256
FIGURE 11.17 [Advanced] Tab of the Dialog Box
257
FIGURE 11.18 [Virtual Memory] Dialog Box
258
FIGURE 11.19 Advanced Options Dialog Box
259
Acquiring Data for Investigation (RHEL)
260
FIGURE 11.20 [Virtual Memory] Dialog Box
260
Sadump
261
Configuring and Checking Log Information
261
List of Log Information
261
Firmware Updates
262
Notes on Updating Firmware
262
A.1 Function List
263
A.1.1 Action
263
A.1.2 Operation
263
Appendix A Functions Provided by the PRIMEQUEST 2000 Series
263
TABLE A.1 Action
263
TABLE A.2 Operations
263
TABLE A.3 Monitoring and Reporting Functions
264
A.1.4 Maintenance
265
TABLE A.4 Maintenance Functions
265
A.1.5 Redundancy Functions
266
A.1.7 Security Functions
266
TABLE A.5 Redundancy Functions
266
TABLE A.7 Security Functions
266
A.2 Correspondence between Functions and Interfaces
267
A.2.2 System Settings
267
A.2.3 System Operation
267
TABLE A.8 System Information Display
267
TABLE A.9 System Settings
267
TABLE A.10 System Operation
267
TABLE A.11 Hardware Status Display
267
A.2.6 Partition Configuration and Operation Setting
268
A.2.7 Partition Operation
268
TABLE A.12 Display of Partition Configuration Information and Partition Status
268
TABLE A.13 Partition Configuration and Operation Setting
268
TABLE A.14 Partition Operation
268
A.2.10 MMB User Account Control
269
A.2.11 Server Management Network Settings
269
A.2.8 Partition Power Control
269
A.2.9 os Boot Settings
269
TABLE A.15 Partition Power Control
269
TABLE A.16 os Boot Settings
269
TABLE A.17 MMB User Account Control
269
TABLE A.18 Server Management Network Settings
269
A.2.12 Maintenance
270
TABLE A.19 Maintenance
270
TABLE A.21 Management Network Specifications
271
Appendix B Physical Mounting Locations and Port Numbers
272
FIGURE B.2 Physical Mounting Locations in the PRIMEQUEST 2800E/2800B
273
FIGURE B.3 Physical Mounting Locations in the du
273
B.2 Port Numbers
274
FIGURE B.4 Physical Mounting Locations in the Pci_Box
274
FIGURE B.5 MMB Port Numbers
274
Port Numbers
274
FIGURE B.6 Iou_1Gbe Port Numbers
275
FIGURE B.7 Iou_10Gbe Port Numbers
275
Appendix C Lists of External Interfaces Physical
276
List of External System Interfaces
276
List of External MMB Interfaces
276
TABLE C.1 External System Interfaces
276
TABLE C.2 External MMB Interfaces
276
Appendix D Physical Locations and BUS Numbers of Built-In I/O, and PCI Slot Mounting Locations and Slot Numbers
277
Physical Locations and BUS Numbers of Internal I/O Controllers of the PRIMEQUEST 2000 Series
277
Correspondence between PCI Slot Mounting Locations and Slot Numbers
277
TABLE D.1 Physical Locations of SB Internal I/O Controllers and BUS Numbers
277
TABLE D.2 Correspondence between PCI Slot Mounting Locations and Slot Numbers
278
Appendix E PRIMEQUEST 2000 Series Cabinets
280
Appendix F Status Checks with Leds
281
LED Type
281
F.1. LED Type
281
F.1.2 Psu
281
F1.1 Power LED, Alarm LED, and Location LED
281
Psu
281
TABLE F.1 Power LED, Alarm LED, and Location LED
281
Table F.2 Psu Led
281
TABLE F.3 Power Status and PSU LED Display
281
Fanu
282
Iou
282
F.1.3 Fanu
282
F.1.4 Sb
282
F.1.5 Iou
282
Table F.4 Fan Led
282
TABLE F.5 Power Status and FANU LED Display
282
Table F.6 Sb Led
282
TABLE F.7 SB Status and SB LED Display
282
PCI Express Slot of IOU
283
Hdd/Ssd
283
F.1.7 du
283
F.1.8 Hdd/Ssd
283
Table F.8 Iou Led
283
TABLE F.9 IOU Status and IOU LED Display
283
Table F.10 Iou Led
283
TABLE F.11 IOU Status and IOU LED Display
283
Table F.12 Hdd/Ssd Led
283
TABLE F.13 HDD/SSD Status and LED Display
283
Mmb
284
Lan
284
F.1.10 Lan
284
F.1.9 Mmb
284
Table F.14 Mmb Led
284
TABLE F.15 MMB (Device) Status and LED Display
284
TABLE F.16 LAN Leds
284
TABLE F.17 LAN LED and Linkup Speed
284
Opl
285
Pci_Box
285
PCI Express Slot in Pci_Box
285
F.1.11 Opl
285
F.1.12 Pci_Box
285
F.1.13 PCI Express Slot in Pci_Box
285
Table F.18 Opl Led
285
TABLE F.19 System Status and LED Display
285
TABLE F.20 Pci_Box LED
285
TABLE F.21 Pci_Box Status and Pci_Box LED Display
285
Io_Psu
286
Io_Fan
286
LED Mounting Locations
286
F.1.14 Io_Psu
286
F.1.15 Io_Fan
286
F.2 LED Mounting Locations
286
FIGURE F.1 LED Mounting Locations on Components Equipped with LAN Ports
286
Table F.23 Io_Psu Led
286
TABLE F.24 IO_PSU Status and LED Display
286
Table F.25 Io_Fan Led
286
FIGURE F.2 Mounting Locations of PSU and FANU
287
FIGURE F.3 MMB LED Mounting Locations
287
FIGURE F.4 du LED Mounting Locations
287
FIGURE F.5 System LED Mounting Locations
287
FIGURE F.6 Pci_Box LED Mounting Locations
287
F.3 LED List
288
LED List
288
TABLE F.27 LED List (1/3)
288
TABLE F.28 LED List (2/3)
289
TABLE F.29 LED List (3/3)
290
Button and Switch
291
F.4 Button and Switch
291
TABLE F.30 Usable Pci_Box Number and Models
291
Appendix G Component Mounting Conditions
292
Cpu
292
DIMM
292
G.2 DIMM
292
TABLE G.1 Numbers of Sbs and Cpus Per Partition
292
TABLE G.2 DIMM Increment Unit
292
TABLE G.3 Relationship between DIMM Size and Mutual Operability (Within an SB)
293
TABLE G.4 Relationship between DIMM Size and Mutual Operability (Within a Partition)
293
TABLE G.5 Relationship between DIMM Size and Mutual Operability (Within a Cabinet)
293
TABLE G.6 DIMM Mounting Order and DIMM Mixed Mounting Condition in each Configuration
294
TABLE G.7 DIMM Mounting Order at 1CPU/1SB (*1)
295
TABLE G.8 DIMM Mounting Order at 2CPU/1SB (*1)
295
TABLE G.9 DIMM Mixed Mounting Condition at 1CPU/1SB (*1)
296
TABLE G.10 DIMM Mixed Mounting Condition at 2CPU/1SB (*1)
297
TABLE G.11 DIMM Mounting Order at 1CPU/1SB When a Partition Includes 8 Sockets with PCI Address Mode = Segment Mode, or When DR Is Enabled in a Partition
298
TABLE G.12 DIMM Mounting Order at 2CPU/1SB When a Partition Includes 8 Sockets with PCI Address Mode = Segment Mode, or When DR Is Enabled in a Partition
298
TABLE G.13 DIMM Mixed Mounting Condition at 1CPU/1SB When a Partition Includes 8 Sockets with PCI Address Mode
299
TABLE G.14 DIMM Mixed Mounting Condition at 2CPU/1SB When a Partition Includes 8 Sockets with PCI Address Mode = Segment Mode, or When DR Is Enabled in a Partition
299
Configuration When Using 100 V PSU
300
Available Internal I/O Ports
300
Legacy BIOS Compatibility (CSM)
300
Rack Mounting
300
Installation Environment
300
G.6 Rack Mounting
300
G.7 Installation Environment
300
NIC (Network Interface Card)
300
TABLE G.15 Available Internal I/O Ports and the Quantities
300
Appendix H Tree Structure of the MIB Provided with the PRIMEQUEST 2000 Series
302
MIB Tree Structure
302
MIB File Contents
303
FIGURE H.1 MIB Tree Structure
303
TABLE H.1 MIB File Contents
303
Appendix I Windows Shutdown Settings
304
Shutdown from MMB Web-UI
304
Appendix J Systemwalker Centric Manager Linkage
305
Preparation for Systemwalker Centric Manager Linkage
305
Configuring Systemwalker Centric Manager Linkage
305
MMB Node Registration
305
SNMP Trap Linkage
306
Event Monitoring Linkage
307
GUI Linkage
307
J.2.4 GUI Linkage
307
Rack Grouping Function Linkage
307
Linkage with Serverview
307
Appendix K How to Confirm Firmware of SAS RAID Controller Card
309
How to Confirm Firmware Version of SAS RAID Controller Card
309
FIGURE K.1 Boot Manager Front Page (1)
309
FIGURE K.2 Boot Manager Front Page (2)
310
FIGURE K.3 Boot Manager Menu
310
FIGURE K.4 Driver List
311
FIGURE K.5 Drivers Command of UEFI Shell
311
FIGURE K.6 Dh Command of UEFI Shell
312
FIGURE K.7 Selection of EFI Webbios / EFI CLI
312
FIGURE K.8 [Adapter Selection] Window of Webbios (1)
313
FIGURE K.9 [Adapter Selection] Window of Webbios (2)
313
FIGURE K.10 [HOME] Window of Webbios
313
How to Confirm Firmware Version of SAS Card
314
FIGURE K.11 [Controller Properties] Window of Webbios
314
FIGURE K.12 [General] Tab in the Serviewview RAID Manager
314
FIGURE K.13 Menu Window
315
FIGURE K.14 Device List in [Device Manager] Window
315
FIGURE K.15 EFI Driver Version in [LSI SAS2 MPT Controller Configuration]
316
FIGURE K.16 [Configuration Options] Window
316
How to Confirm Firmware Version and UEFI Driver Version of FC Card
317
FIGURE K.17 [Controller Management] Window
317
FIGURE K.18 [View Controller Properties] Window
317
K.3.1 How to Confirm Firmware Version for FC Card Made by Qlogic
318
FIGURE K.19 FUJITSU Logo Window
318
FIGURE K.20 Confirmation of UEFI Driver Version and Firmware Version
318
FIGURE K.21 Boot Manager Front Page (1)
319
FIGURE K.22 Boot Manager Front Page (2)
319
FIGURE K.23 Boot Manager Menu
320
FIGURE K.24 UEFI Shell
320
K.3.2 How to Confirm Firmware Version for FC Card Made by Emulex
321
FIGURE K.25 Driver List
321
FIGURE K.26 Confirmation of UEFI Driver Version
321
FIGURE K.27 Boot Manager Front Page (1)
322
FIGURE K.28 Boot Manager Front Page (2)
322
FIGURE K.29 [Device Manager] Window
323
FIGURE K.30 [Emulex Configuration Utility] Window
323
FIGURE K.31 [Adapter Selection] Window (HBA List)
324
FIGURE K.32 [Emulex Adapter Configuration Main Menu] Window
324
FIGURE K.33 [Controller Information] Window
325
Appendix L Software
326
Appendix M Failure Report Sheet
327
M.1 Failure Report Sheet
327
Appendix N Information of PCI Express Card
328
TABLE N.1 Information of PCI Express Card
328
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Fujitsu PRIMEQUEST 2400E General Description Manual (124 pages)
PRIMEQUEST 2000 Series Server
Brand:
Fujitsu
| Category:
Server
| Size: 3.62 MB
Table of Contents
General Description
1
Revision History
4
Alert Messages in the Text
5
Safety Precautions
5
About this Product
8
How to Use this Manual
9
Support and Service
9
Command Syntax
13
Table of Contents
15
CHAPTER 1 Product Overview
24
Introduction of the PRIMEQUEST 2000 Series
24
Features
24
Product Lineup
25
FIGURE 1.1 External Overview of 2400E and 2800E
25
FIGURE 1.2 External Overview of 2800B
26
PRIMEQUEST 2000 Series Configuration
27
FIGURE 1.3 Configuration Conceptual Diagram
27
FIGURE 1.4 Hardware Configuration Image (PRIMEQUEST 2400E)
28
Hardware Configuration
28
FIGURE 1.5 Hardware Configuration Image (PRIMEQUEST 2800E)
30
FIGURE 1.6 Hardware Configuration Image (PRIMEQUEST 2800B)
32
Hardware Specifications
33
TABLE 1.1 Hardware Specifications
33
Hardware Management
34
Partition Management
34
Hardware Technologies
35
Cpu
36
Hyper Threading Technology Function
36
Quickpath Interconnect (QPI)
36
Hardware RAID
37
Memory Mirror Functions
37
Memory Sparing Function
37
Reserved SB Function
37
PCI Hot Plug Function
38
Physical Partitioning (PPAR)
38
Security and Encryption Function
38
TABLE 1.2 Hardware RAID Level
38
Trusted Platform Module (TPM)
38
Dynamic Reconfiguration (DR) Function
39
Extended Partitioning
39
Flexible I/O
39
Table 1.3 Vt
39
Virtual Support Virtualization Technology (VT) Function
39
Management Board (MMB)
40
Network (LAN)
40
Preboot Execution Environment (PXE)
41
TABLE 1.4 PXE Boot Support (External)
41
Iscsi Boot and Iscsi Connection
42
TABLE 1.5 Iscsi Boot
42
TABLE 1.6 Iscsi Connections
42
Fcoe Boot and Fcoe Connection
43
TABLE 1.7 Fcoe Boot
43
TABLE 1.8 Fcoe Connections
43
Active Processor Cores Function
44
Green Support and Power Saving Technology
44
Sadump
44
TABLE 1.9 WOL Support
44
Wake on LAN (WOL)
44
Air Flow Monitoring
45
Optimal Fan Control Cooling (Optimization of Rotation Per Minute of Fans)
45
Optimal Power Allocation (Optimization of the Number of Operation Power Sources)
45
Power Consumption Monitoring
45
TABLE 1.10 Active Processor Cores Specifications
45
Agentless Monitoring
46
Power Saving
46
Software Technologies
46
Firmware
46
TABLE 1.11 Power Consumption Monitoring Support
46
Operating System and Virtualization Software
47
Server Management Software
47
FIGURE 1.7 Configuration Diagram of the PRIMEQUEST 2000 Series Operation Management
48
FIGURE 1.8 SVIM Setup Flow
49
Clustering
50
Fujitsu Middleware Products
50
CHAPTER 2 Hardware Configuration
51
Components
51
TABLE 2.1 Maximum Installation Number of Components
51
Base Cabinet
53
FIGURE 2.1 PRIMEQUEST 2400E/2800E Front View
53
FIGURE 2.2 PRIMEQUEST 2400E/2800E Rear View
53
FIGURE 2.3 PRIMEQUEST 2400E/2800E Top View
53
FIGURE 2.4 PRIMEQUEST 2400E/2800E Right View
54
FIGURE 2.5 PRIMEQUEST 2400E/2800E Perspective View
54
FIGURE 2.6 PRIMEQUEST 2800B Front View
54
FIGURE 2.7 PRIMEQUEST 2800B Rear View
55
FIGURE 2.8 PRIMEQUEST 2800B Top View
55
FIGURE 2.9 PRIMEQUEST 2800B Right View
55
Cpu
56
Support CPU List
56
DIMM (Memory Module)
56
FIGURE 2.10 PRIMEQUEST 2800B Perspective View
56
TABLE 2.2 Available CPU
56
DIMM Installation Group
57
DIMM Slot Locations
57
Supported DIMM
57
SB (System Board)
57
SB Specifications
57
TABLE 2.3 SB Specifications
57
FIGURE 2.11 SB External View
58
FIGURE 2.12 System Diagram
59
Usb
59
Vga
60
MMB (Management Board)
60
MMB Specifications
60
TABLE 2.4 MMB Specifications
60
FIGURE 2.13 External View of the MMB
61
MMB LAN Interface
61
MMB Serial Interface
61
External Ports of the MMB
62
IOU (IO Unit)
62
IOU (Iou_1Gbe/Iou_10Gbe) Specifications
62
TABLE 2.5 (Iou_1Gbe/Iou_10Gbe) Specifications
62
TABLE 2.6 the Specification of the IOU Built-In LAN Controller
62
FIGURE 2.14 External View of Iou_1Gbe
63
IOU Card Slot
64
DU (Disk Unit)
64
FIGURE 2.15 External View of Iou_10Gbe
64
DU Specifications
65
FIGURE 2.16 du Conceptual Diagram
65
TABLE 2.7 Connection of IOU with du
65
TABLE 2.8 du Specifications
65
FIGURE 2.17 External View of the du
66
Internal Storage Device
67
Internal HDD (Hard Disk Drive)
67
TABLE 2.10 the HDD Capacity in Maximum Configuration, and the Maximum LUN Capacity in a RAID Configuration
67
TABLE 2.9 HDD Bays in the SB and the HDD Specifications of the du
67
Internal SSD
68
OPL (Operator Panel)
68
TABLE 2.11 the SSD Capacity in Maximum Configuration and the Maximum LUN Capacity in a RAID Configuration
68
FIGURE 2.18 External View of OPL
69
OPL Specifications
70
Pci_Box
70
Pci_Box Interface
70
Pci_Box Specification
70
TABLE 2.12 OPL Specifications
70
TABLE 2.13 Pci_Box Specification
70
FIGURE 2.19 Pci_Box Conceptual Diagram
71
FIGURE 2.20 Orthographic View of the Pci_Box Cabinet
72
Pci_Box Mounting Structural Diagram
72
FIGURE 2.21 Perspective Views of the Pci_Box Cabinet
73
FIGURE 2.22 Pci_Box Block Diagram
73
Pci_Box Block Diagram
73
FIGURE 2.23 Pci_Box Connection Diagram (Maximum Configuration) for Mounted Four Iou_1Gbes
74
Pci_Box Component List
74
Pci_Box Connection Pattern
74
TABLE 2.14 Pci_Box Components
74
TABLE 2.15 Number of Connectable Pci_Boxes
74
FIGURE 2.24 Pci_Box Connection Diagram (Maximum Configuration) for Mounted Four Iou_10Gbes
75
FIGURE 2.25 Straight Connection (Permitted)
76
FIGURE 2.26 Crossover Connection (Permitted)
76
PCI _Box Connection Conditions
76
FIGURE 2.27 Connection to Different Pci_Boxes Pattern 1 (Permitted)
77
FIGURE 2.28 Connection to Different Pci_Boxes Pattern 2 (Permitted)
77
FIGURE 2.29 Connection from Iou_1Gbe and Iou_10Gbe (Permitted)
77
Pci_Box Number
78
PCI Express Slot
78
FIGURE 2.30 Pci_Box Shared by Different PRIMEQUEST Cabinet (Not Permitted)
78
PCI Express Slot (IOU) Specifications
78
PCI Express Slot (Pci_Box) Specifications
78
TABLE 2.16 PCI Express Slot (IOU) Specifications
78
TABLE 2.17 Maximum Number of PCI Express Slots
78
PCI Express Cassette
79
Middle Plane (MP)
79
Power Supply Unit (PSU)
79
TABLE 2.18 PCI Express Slot (Pci_Box) Specifications
79
FIGURE 2.31 External View of the PSU
80
PSU_P Specifications
80
LED of PSU
81
Number of Psus Required
81
PSU_S Specifications
81
TABLE 2.19 PSU_P Specifications
81
TABLE 2.20 PSU_S Specifications
81
TABLE 2.21 LED of PSU
81
TABLE 2.22 PSU Status and LED Display
81
AC Cable Specifications
82
Dual Power Feed Configuration
82
Mounting Conditions When Using 100V Power Supply
82
Fan (Cooling Mechanism)
82
Fcoe
82
Fcoe List Supported
82
TABLE 2.23 Fcoe Connection (External)
82
TABLE 2.24 Fcoe Connection (Internal)
84
CHAPTER 3 Software Configuration
85
Bundled Electronic Media
85
Bundled Software
85
TABLE 3.1 List of Bundled Software
85
Supplied Drivers
86
Firmware
86
Operations Management Software
86
CHAPTER 4 Functions Provided by the PRIMEQUEST 2000 Series
87
Basic Architecture
87
Management with MMB
87
FIGURE 4.1 Basic Architecture
87
MMB Functions
87
MMB Firmware
88
MMB Operating Environment
88
FIGURE 4.2 [System Status] Screen (Example of Configuration Display Screen)
89
Hardware Monitoring and Configuration Display
89
Partition Settings and Configuration Display
90
REMCS (Automatic Notification Function)
90
FIGURE 4.3 Example of Mounting Different os and Versions on each Partition
90
Saving and Restoring System Settings Information
91
Power Supply Monitoring and Control
91
FIGURE 4.4 REMCS (Automatic Report Function)
91
PSU Configuration
91
Optimal Power Allocation
92
Power Consumption Monitoring
92
TABLE 4.1 Power Supply Pattern
92
TABLE 4.2 PSU Mounting Location (PRIMEQUEST 2400E)
92
TABLE 4.3 PSU Mounting Location (PRIMEQUEST 2800E/2800B)
92
Remote Power Supply Operations
93
Scheduled Operations
93
Ups
93
Clock Feature
93
MMB, BIOS and BMC Time Management
93
NTP Client
94
Proactive Monitoring
94
FIGURE 4.5 Diagram of Time Synchronization (of Three 3 NTP Servers)
94
Video Redirection
96
FIGURE 4.6 Flow of Proactive Monitoring
96
Text Console Redirection
97
Virtual Media
97
Sadump
97
Sadump Firmware
97
Memory Dump Function (Linux)
97
FIGURE 4.7 Sadump Conceptual Diagram
97
Memory Dump Function (Windows)
98
CHAPTER 5 Partitioning
99
Partitioning Function
99
Physical Partitioning (PPAR)
99
FIGURE 5.1 Conceptual Diagram of the Partitioning (PRIMEQUEST 2400E)
99
TABLE 5.1 Maximum Number of Partitions for each Model (PPAR)
99
Partition Granularity
100
FIGURE 5.2 Conceptual Diagram of the Partitioning (PRIMEQUEST 2800E)
100
TABLE 5.2 Partition Granularity of Components Making up a Partition (PPAR)
100
TABLE 5.3 Relationship between du and IOU Connection
100
Configuration Rules of the Extended Partitioning
101
Partition Configuration Rule
101
Partition Granularity of the Extended Partitioning
101
TABLE 5.4 Partition Configuration Rule (Component)
101
TABLE 5.5 Partition Granularity of each Component that Makes up the Partition (Extended Partitioning)
101
Use Conditions of the Extended Partitioning
101
Reserved SB
102
Partition Configuration Definition Method
102
Notes on the Partition Configuration
102
FIGURE 5.3 [Partition Configuration] Screen
102
TABLE 5.6 Minimum and Maximum Configuration of Extended Partitioning
102
Dynamic Reconfiguration Function
103
Flexible I/O Mode
103
FIGURE 5.4 Conceptual Diagram of Flexible I/O
103
CHAPTER 6 Redundancy
105
Redundancy of Components
105
Redundancy of HDD
105
Redundancy of the System Disk
105
Redundancy of the Management LAN
106
Operation LAN Redundancy
106
TABLE 6.2 Redundancy of External Storage
106
Degradation Function
107
CHAPTER 7 Applicable Components for Hot Maintenance
108
Overview of Hot Maintenance
108
List of Components
108
Graphical User Interface (GUI)
109
Overview of Operations Management Tools
109
Command Line Interface (CLI)
110
Text Console Redirection
110
Video Redirection
110
Virtual Media
110
Serverview Suite (SVS)
110
TABLE 8.1 List of SVS Function Manuals
111
Uefi
112
CHAPTER 9 Server Maintenance
113
Maintenance Policy / Preventive Maintenance
113
Notes on Maintenance
113
Firmware Setting Information
113
Logs Collected by the MMB
113
FIGURE 9.1 [System Event Log] Screen
114
CHAPTER 10 Hardware Installation and Connection
115
Appendix A Component Mounting Locations
116
Appendix B Mounting Locations, BUS Numbers, and Slot Numbers
117
Appendix C Status Checks with Leds
118
Appendix D Component Mounting Conditions
119
Appendix E Cable (Specifications
120
Appendix F Tree Structure of the MIB Provided with the PRIMEQUEST 2000 Series
121
Appendix G Linkage Functions and Services
122
G.1 Linkage with Systemwalker Centric Manager
122
G.2 Remote Customer Support System (REMCS)
122
Appendix H Function List Supported by os
123
Fujitsu PRIMEQUEST 2400E Design Manual (129 pages)
PRIMEQUEST 2000 Series
Brand:
Fujitsu
| Category:
Server
| Size: 6.4 MB
Table of Contents
Table of Contents
2
Preface
5
PRIMEQUEST Overview
8
Product Lineup
9
Specifications
10
Supported os
11
Component Names
12
Basic Configuration
13
Features
20
Memory Mirror Function
21
Degradation Function
22
Hot Plug
23
Boot Devices
24
Basic Hardware Configuration
27
Operator Panel (OPL)
28
System Board (SB)
29
Memory Mirror
40
Management Board (MMB)
41
IO Unit (IOU)
44
Disk Unit (DU)
47
PCI Box
48
Power Supply Unit (PSU)
52
FAN Unit (FANU)
53
Peripherals Configuration
54
Sales Representative
55
Hardware Configuration Design
58
Key Points for MMB Design
59
Key Points for Hardware Partitioning Design
60
Reserved Sb Function
64
Dynamic Reconfiguration
70
Dynamic Reconfiguration Function
70
Key Points for I/O Configuration Design
84
Management Lan
93
Power Supply Redundancy
100
Key Points for Cluster Configurations
102
Operation Management Design
108
Key Points for Console Operation
109
Key Points for Server Operation Management
111
Key Points for Backup and Restoration Configurations
113
Optional Products
114
Key Points for NTP Operation
115
Os/Support
116
Arrangement Information
117
Appendices
118
Appendix A Bundled Software
119
Appendix B os Specifications
121
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