Huawei 2288H V5 Operation & User’s Manual

Specifications

Brand	Huawei
Model	2288H V5
Category	Server
File type	Operation & User’s Manual (PDF)
Language	English

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2288H V5 Server p. 1
Copyright © Huawei Technologies Co., Ltd. 2018. All rights reserved. p. 2
About This Document p. 3
Indicates a potentially hazardous situation which, if not p. 4
Added NVMe SSD configurations. For details, see 2.9.1 Drive p. 5
About This Document.....................................................................................................................ii p. 6
3.11 Installing the Built-in Drive Assembly.......................................................................................................................59 p. 7
5.3.3 Removing an NVMe SSD....................................................................................................................................... 120 p. 8
8 Software and Configuration Utilities....................................................................................235 p. 9
The Huawei FusionServer 2288H V5 (marked H22H-05 on the nameplate) is a 2U 2-socket p. 10
2.1 Front Panel Components p. 11
Figure 2-1 Components on the front panel of a server with eight 2.5-inch drives p. 12
Figure 2-4 Components on the front panel of a server with twenty-four 2.5-inch front p. 13
The serial number (SN) on the label is a string that uniquely identifies a server. The SN is p. 14
Figure 2-7 Indicators and buttons on the front panel of a server with eight 2.5-inch p. 15
Figure 2-10 Indicators and buttons on the front panel of a server with twenty-four 2.5- p. 16
l Steady yellow: The server is ready to power on. p. 17
Each indicator shows the status of an Ethernet port on the LOM. p. 18
Figure 2-13 Rear panel components 2 p. 19
The 1000 Mbit/s Ethernet port is used for p. 20
2.4 Rear Panel Indicators p. 21
l Steady green: The data transmission rate is p. 22
SM252 (chip: CX3) with one 56G IB optical port p. 23
Figure 2-20 SM380 with two 25GE optical ports p. 24
Flexible NIC with p. 25
Figure 2-21 Mainboard components p. 26
10GE optical port (10GE PORT1/J131) or p. 27
Figure 2-22 Backplane connecting eight 2.5-inch drives (BOM 03022HXW) p. 28
3 Mini-SAS HD connector (PORT B/J29) p. 29
Figure 2-27 NVMe backplane connecting twenty-four 2.5-inch drives (BOM 03023WAD) p. 30
3 Power connector (J1) p. 31
Figure 2-32 DIMM slot locations p. 32
Figure 2-34 Server with twelve 3.5-inch drives (expander) 1 p. 33
Figure 2-36 shows the drive slot numbers of a server with twelve 3.5-inch drives (pass- p. 34
Figure 2-38 Server with twelve 3.5-inch drives (pass-through) 3 p. 35
Figure 2-40 Server with twenty-four 2.5-inch drives (pass-through) p. 36
Table 2-8 Drive configurations p. 37
Maximum Rear Drives p. 38
Table 2-9 SAS/SATA drive indicators p. 40
2.10 Riser Cards and PCIe Slots p. 41
When installed in I/O module 1, this riser card provides slots 1 to 3. When installed in I/O p. 42
Figure 2-48 Riser card 4 (dedicated for GPUs) p. 43
Figure 2-50 Riser card 6 p. 44
Table 2-11 PCIe slot description p. 45
Figure 2-52 Fan modules p. 47
I/O module 1 p. 48
3 Basic Operations p. 49
If the PSUs are properly installed and connected to the external power supply and the p. 50
The Power Control page is displayed. p. 51
Step 3 Disconnect all power cables and signal cables from the server. p. 52
Figure 3-2 Removing an L-shaped guide rail p. 53
Figure 3-3 Removing the server p. 54
Figure 3-4 Removing an adjustable guide rail p. 55
Figure 3-5 Pulling out the server p. 56
Figure 3-6 Removing the server from the holding rails p. 57
Figure 3-7 Removing a holding rail p. 58
Lift the latch while pulling out the holding rail away from the mounting bar. See (6) and (7) in p. 59
3.5 Installing the Chassis Cover p. 60
Step 2 Power off the server. For details, see 3.2 Powering Off the Server. p. 61
When two PSUs are configured, you can remove the power cable from one PSU without p. 62
Figure 3-12 Removing a power cable p. 63
Figure 3-13 Removing cables from a DC PSU p. 64
Figure 3-14 Removing the supercapacitor cable p. 65
Step 9 Place the removed air duct in an ESD bag. p. 66
Figure 3-17 Connecting a supercapacitor p. 67
Step 7 Remove all cables from the built-in drive module. For details, see 7 Internal Cabling. p. 68
Figure 3-19 Installing the built-in drive assembly p. 69
Figure 3-20 Removing a riser card tray (1) p. 70
Figure 3-22 Removing a PCIe card from a riser card p. 71
Figure 3-23 Installing a filler panel (1) p. 72
3.13 Installing a Riser Card Tray p. 73
Figure 3-26 Removing a filler panel (2) p. 74
Figure 3-28 Installing a riser card tray (2) p. 75
4.1 Environmental Requirements p. 76
Figure 4-1 Direction of heat dissipation p. 77
Air filters installed on cabinet doors. p. 78
Determine the installation positions according to the cabinet device installation plan. p. 79
Install a floating nut to the other front mounting bar in the same way. p. 80
Figure 4-5 Installing the server p. 81
Figure 4-6 Installing an adjustable guide rail p. 82
Figure 4-7 Installing the server p. 83
Figure 4-8 Installing the front and rear ends of a holding rail p. 84
Figure 4-9 Pulling out an inner rail p. 85
Figure 4-10 Attaching the server to the rails p. 86
(Optional) Tighten the captive screws on the mounting ears to secure the server. See p. 87
Figure 4-13 Installing a CMA p. 88
4.5.1 Cabling Overview p. 89
4.5.2 Connecting Cables to a Mouse, Keyboard, and VGA Port p. 90
Step 3 Number the new network cable. p. 91
Bind the new network cable in the same way as the existing network cables. You can also p. 92
Figure 4-16 Connecting an optical cable p. 93
Figure 4-17 Removing an SFP+ cable p. 94
Step 7 Bind the new optical cable. p. 95
Figure 4-19 Removing a 56G IB cable p. 96
Step 6 Check that the new cable is properly connected. p. 97
Step 1 Wear an ESD wrist strap. For details, see 12 Preventing Electrostatic Discharge. p. 98
Figure 4-23 Connecting a power cable p. 99
Figure 4-24 Securing a power cable p. 100
Figure 4-25 Connecting cables to a DC PSU p. 101
4.6.1 Default Data p. 102
Figure 4-26 Initial configuration process p. 103
Configure RAID for the server. For details, see the Huawei V5 p. 104
Figure 4-27 BIOS startup screen p. 105
Figure 4-28 IPMI iBMC Configuration p. 106
Step 9 Select IPv4 IP Address and press Enter to go to the configuration screen, and set an IPv4 p. 107
Figure 4-31 iBMC login page p. 108
Figure 4-32 Checking the 2288H V5 p. 109
Figure 4-33 Querying version information p. 110
Backup Uboot Version: 2.1.04 (May 27 2017 - 14:24:27) p. 111
The default iBMC user account is Administrator. p. 112
Cannot be the same as the user name or user name in reverse order. p. 113
4.6.7 Configuring RAID p. 114
Figure 4-37 BIOS configuration process p. 115
Figure 4-38 BIOS startup screen p. 116
Figure 4-39 Boot screen p. 117
If there are multiple boot devices of the same type, you can configure the boot sequence. The p. 118
Figure 4-41 Security p. 119
4.6.9 Installing an OS p. 120
5 Optional Part Installation p. 121
5.18 Right Mounting Ear p. 122
Step 3 Press the securing button and remove the front bezel. See Figure 5-2. p. 123
Figure 5-3 Installing the front bezel p. 124
Step 4 Keep the key properly. p. 125
Figure 5-5 Opening the handles of the built-in drive module p. 126
Step 7 If you do not install a new drive immediately, install a drive filler in the slot. p. 127
Step 5 Take a spare drive out of its ESD bag. p. 128
Step 9 If the server is equipped with a front bezel, install the bezel after installing the front drive. For p. 129
Step 4 Select the NVMe SSD to be removed. p. 130
Download the kernel upgrade package to your PC. p. 131
Run the following command for the modification to take effect: p. 132
Root Port (B/D/F) p. 133
For drive locations and slot numbers, see 2.9.1 Drive Slot Numbers. p. 134
Step 13 If you do not install another drive into the slot immediately, install a filler module. p. 135
Figure 5-17 Removing a PSU filler p. 137
Step 5 Connect the power cable to the PSU. See Figure 5-19. p. 138
Figure 5-20 Securing a power cable p. 139
Figure 5-21 Removing the PSU filler panel p. 140
Connect the power cables to the wiring terminal on the PSU until the power cables are p. 141
Figure 5-24 Removing a PCIe card filler panel p. 142
The power cable connection methods are as follows: p. 143
5.6 DVD Drive p. 144
Figure 5-28 Installing the DVD drive p. 145
Figure 5-29 Installing a fan module bracket p. 146
Figure 5-30 Installing a fan module p. 147
Step 9 Install the chassis cover. For details, see 3.5 Installing the Chassis Cover. p. 149
Step 10 Align the connector on the RAID controller card with the port on the mainboard, and insert p. 150
Figure 5-35 Installing an M.2 SSD module p. 152
Figure 5-36 Installing a supercapacitor p. 153
Figure 5-37 Installing a supercapacitor tray p. 154
Figure 5-38 Removing the RAID controller card p. 155
Figure 5-39 Installing a TFM p. 156
To install a CPU, perform the following steps: p. 157
Step 8 Remove the heat sink filler. p. 158
Figure 5-42 Installing the other edge of a CPU p. 159
Figure 5-44 Smeared thermal compound layer p. 160
Figure 5-45 Installing a CPU carrier p. 161
Figure 5-46 Checking the positioning pins p. 162
Step 19 Shine a light at various angles onto the CPU bonding pad and the CPU socket and check for p. 163
Step 23 Install the chassis cover. For details, see 3.5 Installing the Chassis Cover. p. 164
Rated voltage (V) p. 165
Table 5-5 Channels p. 166
Figure 5-49 DIMM slot locations p. 167
Figure 5-50 DIMM installation rules (one CPU) p. 168
The server memory control subsystem selects a proper rank within the DIMM when data is p. 169
Maximum memory speed p. 170
Installation Rules for the Memory Patrol Mode p. 171
Figure 5-54 Installing a DIMM p. 172
Upon locating a broken or disfigured rivet on an installed TPM/TCM, administrators p. 173
Figure 5-56 Installing a TPM/TCM p. 174
Step 7 The server automatically restarts for the TPM settings to take effect. p. 175
Figure 5-57 Removing the rear drive module p. 176
Figure 5-58 Removing the NIC filler panel p. 177
Figure 5-59 Installing the flexible NIC p. 178
5.17 Left Mounting Ear p. 180
Step 13 Install the chassis cover. For details, see 3.5 Installing the Chassis Cover. p. 181
Figure 5-62 Installing the right mounting ear p. 182
6 Software and Hardware Compatibility p. 183
7 Internal Cabling p. 184
7.1 Internal Cabling for a Server with 8 x 2.5-inch Drives p. 185
Table 7-2 DVD drive cabling p. 186
VGA Board Cabling p. 187
Left and Right Mounting Ear Cabling p. 188
Front Drive Backplane Power Cabling p. 189
Front Drive Backplane Signal Cabling p. 190
SAS Signal Cabling p. 191
7.2 Internal Cabling for a Server with 12 x 3.5-inch p. 192
Front Drive Backplane Power and Signal Cabling p. 193
SAS Signal Cabling (Server with a Screw-in RAID Controller Card) p. 194
SAS Signal Cabling (Server with a Plug-in PCIe RAID Controller Card) p. 195
Rear Drive Backplane Cabling (1) p. 196
Rear Drive Backplane Cabling (2) p. 197
I/O module 2 cannot be configured with hard disks when a plug-in PCIe RAID controller card is p. 198
Built-in Drive Backplane Cabling (Server with a Plug-in PCIe RAID Controller p. 199
7.3 Internal Cabling for a Server with 12 x 3.5-inch p. 200
Rear Drive Backplane Cabling p. 203
7.4 Internal Cabling for a Server with 12 x 3.5-inch Pass- p. 204
7.5 Internal Cabling for a Server with 12 x 3.5-inch Pass- p. 209
7.6 Internal Cabling for a Server with 12 x 3.5-inch Pass- p. 212
Built-in Drive Backplane Cabling p. 215
7.7 Internal Cabling for a Server with 8 x 2.5-inch SAS/ p. 216
Drive Backplane Power and Signal Cabling p. 217
SAS Signal Cabling (PCH Pass-through) p. 219
NVMe SSD Adapter Signal Cabling p. 220
7.8 Internal Cabling for a Server with 24 x 2.5-inch Front p. 221
A standard RAID controller card can be installed only in I/O module 1 or 2. p. 224
7.9 Internal Cabling for a Server with 24 x 2.5-inch NVMe p. 225
USB and VGA Signal Cabling p. 228
7.10 Internal Cabling for a Server with 25 x 2.5-inch Front p. 230
7.11 Internal Cabling for a Server with 25 x 2.5-inch Front p. 235
7.12 Internal Cabling for the Riser Card in I/O Module 3 p. 239
Figure 7-57 Internal cabling for the drive backplane of I/O module 3 (server with a screw-in p. 240
Figure 7-58 Internal cabling for the drive backplane of I/O module 3 (server with twelve 3.5- p. 241
Figure 7-59 Internal cabling for the drive backplane of I/O module 3 (server with twelve 3.5- p. 242
Figure 7-60 Internal cabling for the drive backplane of I/O module 3 (server with twenty-five p. 243
8 Software and Configuration Utilities p. 244
Figure 8-1 BIOS in the system p. 245
The iBMC offers screen snapshots and videos, which simplify routine preventive p. 246
If the existing driver versions on a server are inconsistent with the driver version mapping or p. 247
uMate can be used directly after the software package is decompressed locally. Windows p. 248
The Huawei Server Troubleshooting Guide covers: p. 249
10.1 Removing the Battery p. 250
Figure 10-1 Removing the battery p. 251
Figure 10-2 Installing the battery p. 252
11 Warranty and Safety p. 253
12 Preventing Electrostatic Discharge p. 254
During parts replacement, keep new server components in ESD bags before installation, p. 255
13 Product Specifications p. 256
l A maximum of 24 DDR4 RDIMMs or LRDIMMs p. 257
l The 2288H V5 has two types of mainboards. One mainboard provides p. 258
l Ten PCIe 3.0 slots, among which one is a dedicated PCIe slot for a p. 259
– Uses an independent port. p. 260
The server fits into a universal cabinet that complies with the IEC 297 p. 261
Operating temperature: 5°C to 45°C (41°F to 113°F) (ASHRAE CLASS A2 to A4 p. 262
13.3 PSU Specifications p. 265
14 Common Operations p. 266
Figure 14-1 BIOS startup screen p. 267
Figure 14-2 IPMI iBMC Configuration p. 268
Querying the IP Address on the iBMC CLI p. 269
Step 3 Click Java Integrated Remote Console (Private), Java Integrated Remote Console p. 270
Figure 14-6 Real-time operation console (HTML5) p. 271
Step 4 On the client, open the SSH tool and set related parameters, such as the IP address. p. 272
Step 3 Open HyperTerminal and set the following parameters: p. 273
Windows 7 32-bit or 64-bit p. 274
Private Mode: allows only one user to access and manage a server at a time. p. 275
Ubuntu 14.04 LTS and Ubuntu 16.04 LTS are supported. p. 276
Step 1 Download the IRC package for windows kvm_client_mac.zip to the local PC and p. 278
Figure 14-15 Security risk information p. 279
14.5 Logging In to the Server over a Serial Port Using p. 280
Figure 14-17 PuTTY Configuration window p. 281
Step 1 Download the latest version of PuTTY from the chiark website, and install PuTTY on the p. 282
Step 5 In the navigation tree, choose Session. p. 283
15 Support and Other Resources p. 284
Send emails to [email protected] or visit Global Service Hotline. p. 285
Server Model and p. 286
A.1 Logical Structure p. 287
The LBG-2 bridge chip provides two GE electrical LOM ports, and two 10GE optical p. 288
Intel UPI Link Level p. 289
baseboard management controller p. 290
redundant array of independent disks p. 291
digital video disc p. 292
Media Access Control p. 293

View Extracted Full Text

2288H V5 Server
V100R005
User Guide
Issue
04
Date
2018-09-04
HUAWEI TECHNOLOGIES CO., LTD.

Copyright © Huawei Technologies Co., Ltd. 2018. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior written
consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective
holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and the
customer. All or part of the products, services and features described in this document may not be within the
purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information,
and recommendations in this document are provided "AS IS" without warranties, guarantees or
representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the
preparation of this document to ensure accuracy of the contents, but all statements, information, and
recommendations in this document do not constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address:
Huawei Industrial Base
Bantian, Longgang
Shenzhen 518129
People's Republic of China
Website:
http://e.huawei.com
Issue 04 (2018-09-04)
Copyright © Huawei Technologies Co., Ltd.
i

About This Document
Purpose
This document describes the appearance, functions, structure, and parameters of the 2288H
V5, and how to install an OS, replace parts, and install, remove, configure, and troubleshoot
the server.
You can perform installation, removal, power-on, power-off, basic configuration, OS
installation, parts replacement, and troubleshooting of the 2288H V5 by referring to this
document.
Intended Audience
This document is intended for:
l
Huawei technical support engineers
l
Technical support engineers from channel partners
l
Enterprise administrators
Symbol Conventions
The symbols that may be found in this document are defined as follows.
Symbol
Description
Indicates an imminently hazardous situation which, if
not avoided, will result in death or serious injury.
Indicates a potentially hazardous situation which, if not
avoided, could result in death or serious injury.
Indicates a potentially hazardous situation which, if not
avoided, may result in minor or moderate injury.
2288H V5 Server
User Guide
About This Document
Issue 04 (2018-09-04)
Copyright © Huawei Technologies Co., Ltd.
ii

Huawei 2288H V5 Operation & User’s Manual

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