Huawei G530 V2 Quick reference guide

Huawei G5500 Server G530 V2 Compute Node
1.0.0
White Paper
Issue 03
Date 2018-02-12
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
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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
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People's Republic of China
Website: http://www.huawei.com
Email: [email protected]
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Contents
1 About This Document.................................................................................................................. 1
2 About the G530 V2 and GP316....................................................................................................3
2.1 Overview........................................................................................................................................................................ 3
2.2 Appearance..................................................................................................................................................................... 3
2.3 Ports................................................................................................................................................................................ 7
2.4 Indicators and Buttons.................................................................................................................................................... 7
2.5 Physical Structure........................................................................................................................................................... 9
2.6 Logical Structure.......................................................................................................................................................... 19
2.7 Technical Specifications............................................................................................................................................... 21
3 Product Features...........................................................................................................................23
4 Components..................................................................................................................................24
5 Management................................................................................................................................. 30
6 Warranty........................................................................................................................................ 32
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1 About This Document
Purpose
This document describes the general-purpose compute module G530 V2 and heterogeneous
compute module GP316 of the Huawei FusionServer G5500 server in terms of appearances,
features, performance parameters, and configurations, helping users have a deep
understanding of a compute node consisting of a G530 V2 and a GP316.
NOTE
In this document, a compute node consists a G530 V2 and a GP316.
Intended Audience
This document is intended for:
lHuawei presales engineers
lChannel partner presales engineers
lEnterprise presales engineers
Change History
Changes between document issues are cumulative. The latest document issue contains all
changes made in previous issues.
Issue 03 (2018-02-12)
This is the third official release.
Mode Change Description
Modify Changed ESN to SN and modified the description of the year and
month.
Issue 02 (2018-01-05)
This is the second official release.
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Mode Change Description
Modify Modified DIMM configuration rules.
New Added the B/D/F information of PCIe devices.
Delete Deleted the CPU list. To obtain CPU models, use the Huawei Server
Compatibility Checker.
Issue 01 (2017-10-20)
This issue is the first official release.
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2 About the G530 V2 and GP316
2.1 Overview
2.2 Appearance
2.3 Ports
2.4 Indicators and Buttons
2.5 Physical Structure
2.6 Logical Structure
2.7 Technical Specifications
2.1 Overview
The G530 V2 is a half-width compute module that uses the new-generation Intel® Xeon®
Scalable processors with the Purley platform to support a large memory capacity and deliver
powerful computing capabilities. The GP316 supports a maximum of 16 half-height half-
length single-slot PCIe slots for installing general-purpose GPU (GPGPU) cards and is used
together with the G530 V2 to expand the computing capabilities.
The G530 V2 and GP316 are installed in a G5500 chassis (chassis for short) and centrally
managed by the management module. Each chassis can be installed with a maximum of two
compute nodes, and each compute node contains a G530 V2 and a GP316.
2.2 Appearance
Appearances of the G530 V2 and GP316
Figure 2-1 and Figure 2-2 show the appearances of the G530 V2 and GP316.
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Figure 2-1 Appearance of the G530 V2
Figure 2-2 Appearance of the GP316
Installation Position
The G530 V2 compute modules are installed in the lower two slots of the chassis,
corresponding to G530 V2-1 and G530 V2-2. The GP316 heterogeneous compute modules
used together with the G530 V2 compute modules are installed in the upper two slots of the
chassis, corresponding to GP316-1 and GP316-2. See Figure 2-3.
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Figure 2-3 Installation positions of the G530 V2 and GP316 modules
NOTE
lA maximum of two G530 V2 compute modules can be installed in a chassis, and each G530 V2
combines with the GP316 in its upper slot to form a G530 V2 compute node. The two combinations
are independent of each other. When configuring only one compute node, select the combination
(G530 V2-1 and GP316-1) on the left.
lIn each combination, the G530 V2 and GP316 must be installed and removed in the following
sequence: Install the GP316 and then the G530 V2. Remove the G530 V2 and then the GP316.
lMaintaining one combination does not affect the proper operation of the other combination.
Front Panel
Figure 2-4 shows the front panel of the G530 V2.
Figure 2-4 Front panel of the G530 V2
1Label plate 2 USB 3.0 ports
3 Power button/indicator 4 UID button/indicator
5 HLY indicator 6 Release button
7 M.2 module adapter 8 M.2 module
9 Ejector lever 10 2.5-inch hard disk
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11 Hard disk activity indicator 12 Hard disk fault indicator
13 Product model 14 M.2 module activity indicator
15 M.2 module fault indicator 16 VGA port
Figure 2-5 shows the front panel of the GP316.
Figure 2-5 Front panel of the GP316
1 Ejector release button 2 Ejector lever
NOTE
When a compute node is installed in the chassis, the ejector release button and ejector lever on the
GP316 front panel are invisible because they are blocked by the G530 V2. After the G530 V2 is
removed, they can be seen.
SN
A serial number (SN) is a string that uniquely identifies a server. A SN is required when you
apply for Huawei technical support.
Figure 2-6 shows the SN format.
Figure 2-6 SN example
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No. Description
1 Indicates the SN ID (two digits). The value is fixed to 21.
2 Indicates the item identification code (eight characters).
3 Indicates the vendor code (two characters). 10 indicates Huawei
and other values indicates manufacturing partners.
4 Indicates the year and month (two characters).
lThe first character indicates the year. The digits 1 to 9
indicate 2001 to 2009, the letters A to H indicate 2010 to
2017, the letters J to N indicate 2018 to 2022, and the letters
P to Y indicate 2023 to 2032.
NOTE
The years from 2010 are represented by upper-case letters excluding
I, O, and Z because the three letters are similar to the digits 1, 0, and
2.
lThe second character indicates the month. The digits 1 to 9
indicate January to September, and the letters A to C indicate
October to December.
5 Indicates the sequence number (six digits).
6 Indicates RoHS compliance (one character). Y indicates
compliance.
7 Indicates the internal model of the board.
2.3 Ports
Table 2-1 Port description
Port Type Quantit
y
Description
USB port USB 3.0
Type A
2 The panel provides two USB 3.0 ports, which
are compatible with USB 2.0.
VGA port DB15 1 The panel provides a DB15 VGA port for local
maintenance of the compute node.
2.4 Indicators and Buttons
This section describes the indicators and buttons of the G530 V2.
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Table 2-2 G530 V2 indicators
Silk
Screen
Indicator/Button Color State Description
PWR Power button/
indicator
Yellow
and green
lOff: The compute node is not
connected to a power source.
lBlinking yellow: The power button is
locked. The power button is locked
when the iBMC is being started during
the compute node startup.
lSteady yellow: The compute node is
ready to be powered on.
lSteady green: The compute node is
properly powered on.
NOTE
lWhen the compute node is powered on,
you can press this button for less than 1
second to shut down the OS.
lWhen the compute node is powered on,
holding down this button for 6 seconds
will forcibly power off the compute node.
lWhen the compute node is ready to be
powered on, you can press this button for
less than 1 second to start it.
UID UID button/indicator Blue The UID indicator is used to locate the
compute node in a chassis. You can
remotely control the UID indicator status
(off, on, or blinking) by using the
management module.
lOff: The compute node is powered off
or not being located.
lOn: The compute node is located.
lBlinking: The compute node is located
and differentiated from other located
compute nodes.
NOTE
lYou can press this button for less than 1
second to turn on or off the UID indicator.
lYou can hold down the UID button for 4 to
6 seconds to reset the iBMC.
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Silk
Screen
Indicator/Button Color State Description
HLY Health indicator Red and
green
lOff: The compute node is not powered
on.
lSteady green: The compute node
hardware is operating properly.
lBlinking red (at 1 Hz): A major alarm
has been generated for the compute
node.
lBlinking red (at 5 Hz): A critical alarm
has been generated for the compute
node, or the compute node is not
securely installed.
Hard disk or M.2
module activity
indicator
Green lOff: The hard disk is faulty or not
detected.
lBlinking green: Data is being read
from or written to the hard disk, or
synchronized between hard disks.
lSteady green: The hard disk is not
being accessed.
Hard disk or M.2
module fault
indicator
Yellow lOff: The hard disk is operating
properly.
lBlinking yellow: The hard disk is
being located, or RAID is being
rebuilt.
lSteady yellow: The hard disk is faulty
or not detected.
NVMe SSD activity
indicator
Green lOff: The hard disk is faulty or not
detected.
lBlinking green: Data is being read
from or written to the hard disk, or
synchronized between hard disks.
lSteady green: The hard disk is not
being accessed.
NVMe SSD fault
indicator
Yellow lOff: The hard disk is operating
properly.
lSteady yellow: The hard disk is faulty
or not detected.
2.5 Physical Structure
This section describes:
lComponents, PCIe devices, mainboard layout, and connectors of the G530 V2
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lComponents, PCIe devices, PCIe board layout, and connectors of the GP316
Components
Figure 2-7 G530 V2 components
1 RAID controller card 2 TPM (optional)
3 USB flash drive (optional) 4 VGA adapter
5 Supercapacitor (optional) 6 Heat sink
7 M.2 adapter (optional) 8 M.2 FRUs (optional)
9 Hard disk 10 Mainboard
11 Hard disk tray 12 CPUs
13 Mezzanine card 14 BIOS battery
15 DIMMs - -
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Table 2-3 G530 V2 component description
No. Item Description
1 RAID
controller card
The RAID controller card expands the storage capacity of the
compute node through hard disks and ensures data security.
The G530 V2 supports an LSI SAS3008 RAID controller card.
The RAID controller card provides two SAS/SATA ports for
hard disks or four SATA ports for M.2 FRUs. RAID 0 and
RAID 1 are supported.
2 TPM (optional) The G530 V2 supports Trusted Platform Module (TPM) 2.0.
The TPM is a cost-effective security solution that complies
with the Trusted Computing Group (TCG) standards. It
enhances platform security by preventing viruses or
unauthorized operations.
3 USB flash drive
(optional)
The USB port on the mainboard connects to a USB 3.0 device.
Dimensions: 33.9 mm (height) x 14.5 mm (length) x 7.12 mm
(width).
4 VGA adapter The integrated video adapter on the mainboard uses this VGA
adapter to provide a DB15 VGA port for the local maintenance
of the compute node.
5 Supercapacitor
(optional)
The position of a supercapacitor is reserved to facilitate the
capacity expansion of the RAID controller card. The
supercapacitor is not used in this version.
6 Heat sink Cools processors. The two processors of the G530 V2 use a
conjoined heat sink, which can meet cooling requirements for
CPUs of up to 165 W thermal design power (TDP). The heat
sink with low fin density corresponds to CPU 1 and the heat
sink with high fin density corresponds to CPU 2.
7 M.2 adapter
(optional)
The M.2 adapter can be installed in a 2.5-inch hard disk slot to
provide two SATA 3.0 ports for installing two M.2 field
replaceable units (FRUs).
The M.2 adapter is a reserved function module and is not
provided currently.
8 M.2 FRU
(optional)
An M.2 SATA 3.0 SSD is a high-performance, compact, and
high-stability storage component. The M.2 2280 form factor is
supported.
Each 2.5-inch hard disk slot can be configured with two M.2
FRUs, which require one M.2 adapter. A hard disk slot does
not support mixed configuration of a hard disk and an M.2
module.
The M.2 FRU is a reserved function module and is not
provided currently.
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No. Item Description
9 Hard disk A maximum of two 2.5-inch HDDs or SSDs (including SAS
SSD/SATA SSD/NVMe SSD) can be configured. The hard
disks are hot-swappable and can be independently installed and
removed.
NOTE
In Legacy mode, the BIOS does not support 4Kn hard disks (which
have 4K bytes sectors in both the physical layer and logical layer).
10 Mainboard The mainboard holds the CPUs, DIMMs, hard disk interface
modules, power control module, iBMC, logic module, chipset,
and video adapter. The Intel® C620 chipset is used. The video
adapter is integrated in the iBMC Hi1710 chipset to provide a
32 MB display memory. The maximum resolution is 1920 x
1200 at 60 Hz with 16 M colors.
11 Hard disk tray The hard disk tray holds hard disks.
12 CPU The G530 V2 supports two CPUs.
lThe G530 V2 supports Intel® Xeon® Scalable (Bronze
3100, Silver 4100, Gold 5100/6100, and Platinum 8100)
processors, each with up to 165 W TDP and a maximum of
28 cores.
lEach processor integrates memory controllers for
supporting six DDR4 memory channels. Each memory
channel supports two DDR4 DIMMs of 2400 or 2666
MT/s.
lEach processor integrates PCIe controllers for supporting
PCIe 3.0 and providing 48 lanes.
lThe two processors are interconnected through two
UltraPath Interconnect (UPI) links at 10.4 GT/s.
lThe maximum frequency is 3.6 GHz.
NOTE
The G530 V2 does not support single-processor configuration, and
the two processors must be of the same model.
13 Mezzanine card The G530 V2 supports one mezzanine card. The mezzanine
card provides two PCIe 3.0 x16 channels and is connected to
the mainboard through four connectors and to the GP316
through the chassis backplane. For details, see 2.6 Logical
Structure.
14 BIOS battery When the G530 V2 is not powered on, the BIOS battery
supplies power to the real time clock (RTC).
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No. Item Description
15 DIMM The mainboard provides 24 slots for installing DDR4 DIMMs
(12 DIMMs for each processor).
lMaximum memory speed: 2666 MT/s
lMemory protection technology for reliability, availability,
serviceability (RAS): error checking and correcting (ECC),
memory mirroring, and memory sparing
lRegistered DIMMs (RDIMMs) and load-reduced DIMMs
(LRDIMMs) are supported.
Figure 2-8 GP316 components
1 Riser card trays 2 PCIe board
3 PCIe switches 4 Half-height half-length single-
slot cards
5 Riser cards - -
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Table 2-4 GP316 component description
No. Item Description
1 Riser card tray Each riser card tray houses one riser card and a maximum of
four half-height half-length single-slot PCIe cards. The GP316
has four riser card trays.
2 PCIe board The PCIe board is configured with two PCIe switches. It can
house four riser cards and one full-height full-length single-slot
PCIe card connecting to the G530 V2 and I/O module through
the chassis backplane.
3 PCIe switch Two PCIe switches on the PCIe board provide 16 PCIe 3.0 x8
slots, connecting to four riser cards.
4 Half-height
half-length
single-slot card
Installed in a riser card tray. Each riser card tray supports up to
four half-height half-length single-slot PCIe cards.
NOTE
Install filler modules in vacant PCIe card slots.
5 Riser card A riser card houses half-height half-length single-slot PCIe
cards by providing four PCIe 3.0 x16 connectors. Each
connector provides x8 bandwidth.
PCIe Slots
Table 2-5 and Table 2-6 describe the relationships between the PCIe slots and the CPUs of
the G530 V2 and GP316, PCIe standards, and Bus/Device/Function Number (B/D/F)
information.
Table 2-5 G530 V2 PCIe device description
PCIe
Device
CPU PCIe
Stand
ard
Conn
ector
Band
width
Bus
Band
width
Port
Num
ber
Root
Port
B/D/F
Devic
e
B/D/F
Slot Size
RAID
controller
card
CPU 1 PCIe
3.0
x8 x8 Port
1A
17/00/0 18/00/0 Non-
standard
device
Mezzanin
e card
channel 1
CPU 1 PCIe
3.0
x16 x16 Port
2A
- - Non-
standard
device
Mezzanin
e card
channel 2
CPU 2 PCIe
3.0
x16 x16 Port
2A
- - Non-
standard
device
NVMe
SSD 0
CPU 2 PCIe
3.0
x4 x4 Port
1C
85/02/0 86/00/0 2.5-inch
disk
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PCIe
Device
CPU PCIe
Stand
ard
Conn
ector
Band
width
Bus
Band
width
Port
Num
ber
Root
Port
B/D/F
Devic
e
B/D/F
Slot Size
NVMe
SSD 1
CPU 2 PCIe
3.0
x4 x4 Port
1D
85/03/0 87/00/0 2.5-inch
disk
NOTE
The preceding B/D/F information is the default system configuration.
Table 2-6 GP316 PCIe device description
PCIe
Device
CPU PCIe
Stand
ard
Conn
ector
Band
width
Bus
Band
width
Port
Num
ber
Root
Port
B/D/F
Devic
e
B/D/F
Slot Size
Riser 1
slot 1
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 b2/00/0 Half-
height
half-
length
single-slot
Riser 1
slot 2
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 b1/00/0 Half-
height
half-
length
single-slot
Riser 1
slot 3
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 b4/00/0 Half-
height
half-
length
single-slot
Riser 1
slot 4
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 b3/00/0 Half-
height
half-
length
single-slot
Riser 2
slot 1
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 c7/00/0 Half-
height
half-
length
single-slot
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PCIe
Device
CPU PCIe
Stand
ard
Conn
ector
Band
width
Bus
Band
width
Port
Num
ber
Root
Port
B/D/F
Devic
e
B/D/F
Slot Size
Riser 2
slot 2
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 c8/00/0 Half-
height
half-
length
single-slot
Riser 2
slot 3
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 c5/00/0 Half-
height
half-
length
single-slot
Riser 2
slot 4
CPU 2 PCIe
3.0
x16 x8 Port
2A
ae/00/0 c6/00/0 Half-
height
half-
length
single-slot
Riser 3
slot 1
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 3e/00/0 Half-
height
half-
length
single-slot
Riser 3
slot 2
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 3d/00/0 Half-
height
half-
length
single-slot
Riser 3
slot 3
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 40/00/0 Half-
height
half-
length
single-slot
Riser 3
slot 4
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 3f/00/0 Half-
height
half-
length
single-slot
Riser 4
slot 1
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 53/00/0 Half-
height
half-
length
single-slot
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PCIe
Device
CPU PCIe
Stand
ard
Conn
ector
Band
width
Bus
Band
width
Port
Num
ber
Root
Port
B/D/F
Devic
e
B/D/F
Slot Size
Riser 4
slot 2
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 54/00/0 Half-
height
half-
length
single-slot
Riser 4
slot 3
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 51/00/0 Half-
height
half-
length
single-slot
Riser 4
slot 4
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 52/00/0 Half-
height
half-
length
single-slot
Expansion
slot
CPU 1 PCIe
3.0
x16 x8 Port
2A
3a/00/0 3e/00/0 Full-
height
full-length
single-slot
I/O slots 1
and 3
CPU 1 PCIe
3.0
x16 x16 Port
2A
3a/00/0 41/00/0
41/00/1
Half-
height
half-
length
single-slot
I/O slots 2
and 4
CPU 2 PCIe
3.0
x16 x16 Port
2A
ae/00/0 b5/00/0
b5/00/1
Half-
height
half-
length
single-slot
NOTE
lThe expansion slot and riser 3 slot 1 cannot be enabled at the same time. Only one of the two slots
can be enabled by software programming. By default, the expansion slot is disabled.
lThe preceding B/D/F information is the system default configuration. If PCIe cards with the PCI
bridge function are configured, the B/D/F allocation result will change.
lThe B/D/F allocation result of an I/O card with two ports is used as an example. Each port
corresponds to one B/D/F allocation result.
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