Huawei G5500 User manual

HUAWEI TECHNOLOGIES CO., LTD.
Huawei FusionServer G5500 Server
Competitive Positioning

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Usage of This
Document Training materials for Huawei sales personnel, including Huawei sales, channel partners, and pre-
sales technical
support.
Description
Introduction to G5500
Comparison Between G5500 and Competitor Specifications
Advantages and Disadvantages of G5500 and Competitor Specifications (International)
Advantages and Disadvantages of G5500 and Competitor Specifications (China)
How to Defend
Restriction
Scenario
This document is used only for pre-sales learning. The product and vendor specifications provided in this
document are compiled according to the information obtained from the network. Actually, the information of each
vendor on the network is incomplete or may not be up-to-date. In addition, Huawei may update this course
without notifying the customer. Therefore, this course cannot be used as a basis for project bidding or
configuration selection.
Revised Version V1.0 (2017-10)
Special Declaration

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1Click to add Title
Introduction to the G5500
Click to add Title
2Comparison Between G5500 and
Competitor Specifications
Click to add Title
3Advantages and Disadvantages of G5500 and
Competitor Specifications (International)
Contents
Click to add Title
4Advantages and Disadvantages of G5500 and
Competitor Specifications (China)
Click to add Title
5How to Defend

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G5500 full-width server
Specifications of the G5500 Full-Width Server
Front view
Rear view
•Excellent performance: Supports 8 FHFL dual-slot 350 W GPU accelerator cards, 6 NVMe SSDs, 2 x 2.5-inch and 8 x 3.5-inch SAS/SATAHDDs.
•Flexible topology: A single server supports multiple topologies (1:4/1:8).A single node supports one-click switching of single-RC and balanced dual-
RC topologies, and supports P2P and GPUDirect RDMA.
•Easy maintenance: The CPU and GPU nodes support independent evolution and maintenance. Fan modules and PSUs can be removed and
inserted without opening the chassis, and main components can be replaced in one minute.
Highlights
Form factor Full-width single-slot 2S blade server
Node G560, full-width single node
Number of processors 2
Processor model Intel Xeon E5-2600 v4 series, up to 22 cores
Number of GPUs 8
GPU model NVIDIA Tesla P40/P100/V100
Memory 24 DDR4 DIMM slots, maximum memory capacity: 3 TB
Number of hard drives 6 x 2.5-inch NVMe SSDs, 2 x 2.5-inch SAS/SATA HDDs, and 8 x 3.5-inch
SAS/SATA HDDs
RAID support Supports RAID 0, 1, 10, 5, 50, 6, and 60
Supports supercapacitors
Power supply units 4 x 2,200 W Platinum PSUs, supporting 220 V AC and 240 HVDC, 2+2
redundancy
Fan modules 6 hot-swappable fan modules, supporting maintenance without opening
the chassis; N+1 redundancy
Operating temperature 5°C to 35°C
Dimensions
(H x W x D)
175 mm x 447 mm x 790 mm

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Front View of the G5500 Full-Width Server
GPUnode,supporting8GPUcards
TheGPUsupportsNVIDIATesla
P40/P100/V100.
Computenode, 2S +24DIMM
G560
6 x 2.5-inch NVMe SSDs
2 x 2.5-inch SAS/SATA HDDs
8 x 3.5-inch SAS/SATA HDDs
PCIex4NVMeSSD
6G/12Gbit/sSASHDD
SupportsRAID0,1,10,5,50,6,60,and
supercapacitorforcachepower-off
protection
Hard Drive
1
3.5
-inch hard drive
9
Power button/indicator
2
3.5
-inch hard drive fault indicator
10
UID button/indicator
3
3.5
-inch hard drive activity
indicator
11
Health status indicator
4
2.5
-inch hard drive
12
R
elease button
5
2.5
-inch hard drive fault indicator
13
NVMe SSD
6
2.5
-inch hard drive activity
indicator
14
NVMe SSD activity indicator
7
Slide
-out information label
15
NVMe SSD fault indicator
8
Ejector lever
2
3
1
5
6
4
13
14
15
91011 12
87

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Rear View of the G5500 Full-Width Server
Dualmanagementmodules(G560supportsonly
onemodule)
2x10GEopticalports(currentlynotsupportedby
theG560)
GEmanagementnetworkportandserialport
Management/IO Module
Platinum PSUs, 2+2 redundancy
Maximum power consumption of a single
PSU: 2,200 W
SupportsAC and 240 V HVDC
Power Supply
6hot-swappablefanmodules, N+1redundancy
Supportsonlinemaintenancewithoutopeningthe
chassis
Fan Module
1
Management module:Active/standby
indicator
10
PSU
2
Management module: Health indicator
11
PSU
indicator
3
Management module: Power indicator
12
Fan module
4
10GE optical port
13
Fan module indicator
5
10GE optical port LINK/ACT indicator
14
Interface card slot 1
6
Management module: Serial port
15
Interface card
slot 2
7
Management module: GE electrical port
16
Interface card slot 3
8
Management module:ACT indicator of the
GE electrical port
17
Interface card slot 4
9
Management module: LINK indicator of the
GE electrical port
18
1
2
3
4
5
6
7
8
9
10
11
12
13
3or4PCIex16expansionslots
SupportsHHHLPCIecard
Management/IO Module
14
15
16
17

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Product diagram
Internal View of the G5500 Full-Width Node
G560 Node
8*PCIe x16 (FHFL GPU)
8*3.5'' HDD
G560 CPU compute module G560 heterogeneous compute module
2*E5-2600 v4
CPU
24*DDR4 DIMM PCIe interface card
RAID
controller
card
2*2.5'' HDD
6*2.5'' NVMe

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G5500 half-width server
Specifications of the G5500 Half-Width Server
•Excellent performance: A single node supports 16 HHHL 75 W GPU accelerator cards and supports 2 NVMe/SAS/SATA or M.2 SATA SSDs.
•Flexible topology: A single server supports the 1:8 topology and supports P2P and GPUDirect RDMA.
•Easy maintenance: The CPU and GPU nodes support independent evolution and maintenance. Fan modules and PSUs can be removed and
inserted without opening the chassis, and main components can be replaced in one minute.
Highlights
Form factor Full-width single-slot 2S blade server
Node G530 V2, half-width dual nodes, 16 GPUs
Number of processors 2
Processor model Intel Xeon Scalable Processors, up to 28 cores
Number of GPUs 16
GPU model NVIDIA Tesla P4
Memory 24 DDR4 DIMM slots, maximum memory capacity: 3 TB
Number of hard drives 2 x 2.5-inch SAS/SATA/NVMe or 4 x M.2 SATA SSDs
RAID support RAID 0, 1, and 10
Power supply units 4 x 2,200 W Platinum PSUs, supporting 220 V AC and 240 V HVDC, 2+2 redundancy
Fan modules 6 hot-swappable fan modules, N+1 redundancy
Operating temperature 5°C to 35°C
Dimensions (H x W x D
)
175 mm x 447 mm x 790 mm
Front view
Rear view

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Front View of the G5500 Half-Width Server
1
Slide
-out information label
7
R
elease button
2
VGA port
8
Ejector lever
3
USB3.0 interface
9
2.5
-inch hard drive
4
Power button/indicator
10
2.5
-inch hard drive fault indicator
5
UID button/indicator
11
2.5
-inch hard drive activity
indicator
6
Health status indicator
2
1
57 48
691011
GPUnode,supporting16GPUcards
TheGPUsupportsNVIDIATeslaP4.
Computenode, 2S +24DIMM
G530 V2
2 x 2.5-inch SAS/SATA/NVMe or 4 x
M.2 SATA SSDs
PCIex4NVMe
6G/12Gbit/sSASHDD
RAID0, 1,10
Hard Drive
3

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Rear View of the G5500 Half-Width Server
Dualmanagementmodules
2x10GEopticalports
GEmanagementnetworkportandserialport
Management/IO Module
Platinum PSUs, 2+2 redundancy
Maximum power consumption of a single
PSU: 2,200 W
AC and 240 V HVDC
Power Supply
6hot-swappablefanmodules, N+1redundancy
Supportsonlinemaintenancewithoutopeningthe
chassis
Fan Module
1
2
3
4
5
6
7
8
9
10
11
12
13
4PCIex16expansionslots
SupportsHHHLPCIecard
Management/IO Module
14
15
16
17
1
Management module:Active/standby
indicator
10
PSU
2
Management module: Health indicator
11
PSU
indicator
3
Management module: Power indicator
12
Fan module
4
10GE optical port
13
Fan module indicator
5
10GE optical port LINK/ACT indicator
14
Interface card slot 1
6
Management module: Serial port
15
Interface card
slot 2
7
Management module: GE electrical port
16
Interface card slot 3
8
Management module:ACT indicator of
the GE electrical port
17
Interface card slot 4
9
Management module: LINK indicator
of
the
GE electrical port
18

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Product diagram
Internal View of the G5500 Half-Width Node
G530 V2 node
2*Xeon Scalable
Processors
24*DDR4 DIMM PCIe interface card
RAID
controller
card
2*2.5'' NVMe
/4*M.2
16*P4
G530 V2 CPU compute module G530 V2 heterogeneous compute module

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G5500 Topology Summary
Topology 1: 8-card P2P, single-RC,
GPUDirect RDMA; applicable to DL
Topology 2: Balanced, 4-card P2P, dual-RC, GPUDirect RDMA;
applicable to public cloud and HPC; 4GPU or 8GPU configuration
options supported
CPU1 CPU2
PCIe
SW1
GPU GPU GPU GPU
PCIe
SW2
GPU GPU GPU GPU
IO_4
IO_3
IO_1
IO_2
1:4
SDI
CPU1 CPU2
PCIe
SW1
GPU GPU GPU GPU
PCIe
SW2
GPU GPU GPU GPU
IO_4
IO_3
IO_1
1:8
SDI
8GPU server (G560 single node)
16GPU server (G530 V2 dual nodes)
Topology 5: High-density, 32*P4/NPU; applicable to AI inference and AVI applications
CPU
1CPU2
IO_1 IO_2
PCIe SW2
GPU GPU GPU GPU
GPU GPU GPU GPU
PCIe SW1
GPU GPU GPU GPU
GPU GPU GPU GPU
1:8
CPU
1CPU2
IO_1 IO_2
PCIe SW2
GPU GPU GPU GPU
GPU GPU GPU GPU
PCIe SW1
GPU GPU GPU GPU
GPU GPU GPU GPU
Node1 Node2

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Contents
1Click to add Title
Click to add Title
2
Click to add Title
3
Click to add Title
4
Click to add Title
5
Introduction to the G5500
Comparison Between G5500 and
Competitor Specifications
Advantages and Disadvantages of G5500 and
Competitor Specifications (International)
Advantages and Disadvantages of G5500 and
Competitor Specifications (China)
How to Defend

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8*GPU PCIe 8*GPU NVLink
Models of International Vendors
4U-8G Huawei
G5500-G560 4U-8G SuperMicro
SYS-4028GR-TXRT
1U-4G SuperMicro
SYS-1028GQ-TXRT
4*GPU PCIe
4U-8G SuperMicro
SYS-4028GR-TRT2
2U-4G SuperMicro
SYS-2028GR-
TRHT
1U-4G Dell
PowerEdge C4130
4U2N-8G HPE
Apollo 6500
1U-4G SuperMicro
SYS-1028GQ-TRT
4U2N-16G Huawei
G5500-G530 V2
3U-8G NVIDIA
DGX-1
4*GPU NVLink
1U-4G Dell
PowerEdge C4130

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Parameter
G5500
-G560
G5500
-G530 V2
SuperMicro 4028GR
-
TRT2
HPE Apollo 6500+
SuperMicro 4028GR
-
TXRT
NVIDIA DXG
-1
Advantage
Dimensions
(H x W x D)
4U (175*447*790)
4U (175*447*790)
4U
4U (177*448*960) +
1.5U
4U
3U (131*444*866)
No obvious advantage
Architecture
Modular
Modular, dual
-node
Integrated
Modular, dual
-node,
power
shelf required
Modular
Integrated
Structured design, powerful upgrade and
evolution capability, and convenient
maintenance of components
CPU+DIMM
2S + 24DIMM
Scalable, 4S +
48DIMM
2S + 24DIMM
4S + 32DIMM
2S + 24DIMM
2S + 16DIMM
The G530 V2 dual nodes support Scalable,
and a single CPU supports 24 DIMMs.
Maximum
CPU power
300 W
205 W
145 W
145 W
145 W
145 W?
The CPU uses independent air channels
and has strong evolution capability.
GPU
8*P100/P40
32*P4
10*P100/P40
16*P100/P40
8*P100 NVLink
8*P100 NVLink
The G530 V2 dual nodes support 32*P4.
Maximum
GPU power
350 W
350 W
250 W
350 W
300 W
300 W
High
-power GPU with strong scalability
CPU:GPU
topology
1:8/1:4
orchestratable
1:16
1:8
1:8/1:4
1:8
1:8
G560 full
-width servers support flexible
orchestration via software.
Hard drive
6*2.5'' NVMe SSD
2*2.5'' SAS/SATA
HDD
8*3.5'' HDD
4*2.5'' NVMe/SAS
/SATA SSD/HDD or
8*M.2
24*2.5'' SSD/HDD
Single node: 8*2.5
''
SAS/SATA SSD/HDD
16*2.5'' SSD/HDD
(8*NVMe SSD)
4*2.5'' SATA SSD
Supports NVMe and 3.5
-inch LFF drives.
RAID
RAID
0/1/10/5/50/6/60
RAID 0/1/10
RAID 0/1/10
Optional: RAID 5/50/6/6
0
RAID 0/1/10/5/50/6/60
RAID 0/1/10/5/50/6/60
RAID 0
No obvious advantage
PCIe
expansion
3 or 4*PCIe x16 LP
4*PCIe x16 LP
1*PCIe x16 + 1*PCIe x8
4*PCIe x16 LP
4*PCIe x16 (2*PCIe x8 and
hard drives are optional)
4*PCIe x16 LP
No obvious advantage
On
-board
network
adapter
/
4*10GE
2*GE/10GE electrical port
4*GE
2*GE/10GE electrical port
2*10GE
G530 V2 dual nodes provide 4 x 10GE
optical ports.
Power supply
4*2200 W hot swap,
2+2
4*2200 W
hot swap,
2+2
4*2000 W hot swap, 2+2
External power
shelf,
6*2650W hot swap,
3+
3
4*2000 W hot swap, 2+2
4*1600 W hot swap,
2+2, front
-access
High
power supported and can evolve to
3000 W.
Fan
6 hot swap, 5+1
6 hot swap, 5+1
The built
-in fans do not
support hot swap. When the
fan fails, heat dissipation is
affected.
8 hot
-swappable
8 hot
-swappable, 7+1
4
fans; the built-in
fans
do not support hot
swap.
The fan
modules are hot-swappable,
which
supports easy maintenance and
N+
1 redundancy.
Temperature
5
°C to 35°C
5
°C to 35°C
10
°C to 35°C
10
°C to 35°C, 5*P100
25
°C
10
°C to 35°C
10
°C to 35°C
No restriction for f
ull configuration.

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Parameter
G5500
-G560
G5500
-G530 V2
SuperMicro
2028GR
-TR
SuperMicro
1028GQ
-TRT
SuperMicro 1028GQ-
TXRT
Dell
C4130 PCIe
Dell
C4130 NVLink
Advantage
Dimensions
(H x W x D)
4U (175*447*790)
4U (175*447*790)
2U (89*437*787)
1U (43*437*894)
1U (43*437*894)
1U (43*439*885)
1U (43*439*885)
There is no advantage. The
competitor density is high, but the
application is limited.
Architecture
Modular
Modular, dual
-node
Integrated
Integrated
Integrated
Integrated
Integrated
Structured design, powerful upgrade
and evolution capability, and
convenient maintenance of
components
CPU+DIMM
2S + 24DIMM
Scalable, 4S +
48DIMM
2S + 16DIMM
2S + 16DIMM
2S + 16DIMM
2S + 16DIMM
2S + 16DIMM
The G530 V2 supports Scalable
Processors and a single CPU
supports 24 DIMMs.
Maximum
CPU power
300 W
205 W
145 W
145 W
145 W
145 W
145 W
The CPU uses independent air
channels and has strong evolution
capability.
GPU
8*P100/P40
32*P4
4*P100/P40
4*P100/P40
4*P100 NVLink
4*P100/P40
4*P100 NVLink
G530 V2 dual
-node 4 32*P
Maximum
GPU power
350 W
350 W
300 W
250 W
300 W
300 W
300 W
High power consumption GPU with
strong scalability
CPU:GPU
topology
1:8/1:4
orchestratable
1:16(P4)
1:4
1:4
1:4
1:4/1:2
1:4
G560 full
-width servers support
flexible orchestration
via software.
Hard drive
6*2.5'' NVMe
SSD
2*2.5''
SAS/SATA HDD
8*3.5'' HDD
4*2.5'' NVMe/SAS
/SATA SSD/HDD or
8*M.2
10*2.5'' SATA
SSD/HDD
4*2.5'' SATA
SSD/HDD, two of
which are built
-in
2*2.5'' SAS/SATA
SSD/HDD,
2*2.5'' hard drives are
built
-in
2*1.8'' SATA SSD
C
onfigured
alternatively
with PSU2
:
4*2.5'' SAS/SATA
SSD/HDD
2*1.8'' SATA SSD
C
onfigured
alternatively
with PSU2
:
4*2.5'' SAS/SATA
SSD/HDD
Supports NVMe and 3.5
-inch LFF
drives
.
RAID
RAID
0/1/10/5/50/6/60
RAID 0/1/10
RAID 0/1/10/5 (
PCH
)
RAID 0/1/10/5 (
PCH
)
RAID 0/1/10/5/50/6/60
Pluggable R
AID
controller
card
(occupying
the PCIe
expansion slot
)
Pluggable R
AID
controller
card
(occupying the PCIe
expansion
slot)
Independent R
AID controller card
with full functions
PCIe
expansion
3 or 4*PCIe x16
4*PCIe x16
1*PCIe x8
2*PCIe x8 LP slots
3*PCIe x16, 1*PCIe x8
LP slot
2*PCIe x16
2*PCIe
x16
Supports 4*PCIe
x16 cards
On
-board
network
adapter
/
4*10GE
2*GE/10GE
2*10GE
2*10GE
2*GE
2*GE
G530 V2 dual nodes provide 4 x
10GE optical ports.
Power
supply
4*2200 W
hot
swap, 2+2
4*2200 W hot swap,
2+2
2*2000 W hot swap,
2+2
2*2000 W hot swap,
1+1
2*2000 W hot swap,
1+1
2*2000 W hot swap,
1+1
2*2000 W hot swap, 1+1
High
power supported and can
evolve
to 3000 W.
Fan
6 hot swap, 5+1
6 hot swap, 5+1
Non
-hot swap (5
fans)
Non
-hot swap (11
fans)
Non
-
hot swap (9 fans)
The built
-in fans
do not
support hot swap
.
When
the fan fails, heat
dissipation
is affected.
The built
-in fans
do not
support hot swap
.
When
the fan fails, heat
dissipation
is affected.
The fan
modules are hot-
swappable,
which
supports easy maintenance
and N+
1 redundancy.
Temperature
5
°C to 35°C
5
°C to 35°C
10
°C to 35°C
10
°C to 35°C
10
°C to 30°C
10
°C to 25°C
10
°C to 25°C
The temperature range is wide
, and
no restriction for
full configuration.

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Models of Chinese Vendors
2U-8G Inspur
NF5288M5(AGX-2)
3U-8G ASRock
3U8G C612/V
3U-8G Asus
ESC8000 G3
8*GPU PCIe
4*GPU PCIe
8*GPU NVLink
4*GPU NVLink
4U-8G Huawei
G5500-G560
No detailed information is
available, which will be
supplemented later.
No detailed information is
available, which will be
supplemented later.
2U-8G Inspur
NF5288M5(AGX-2)

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Parameter
G5500
-G560
G5500
-G530 V2
Asus ESC8000 G3
ASRock 3U8G
-C612/V
Inspur AGX
-2
Advantage
Dimensions (H
x W x D)
4U (175*447*790)
4U (175*447*790)
3U (130.6*447*759)
3U
2U
There is no advantage, and the 3 U density
is high.
Architecture
Modular
Modular, dual
-node
Integrated
Integrated
Integrated
Structured design, powerful upgrade and
evolution capability, and convenient
maintenance of components
CPU+DIMM
2S + 24DIMM
Skylake, 4S + 48DIMM
2S + 24DIMM
2S + 16DIMM
2S +
16DIMM
G530 V2 dual nodes support Skylake and
4S + 48 DIMMs.
Maximum CPU
power
300 W
205 W
145 W
145 W
145 W
The CPU uses independent air channels
and has strong evolution capability.
GPU
8*P100/P40/P4
8*P100/P40/P4 or
32*P4
8*P100/P40/P4
8*P100/P40/P4
8*P100/V100 NVLink
Or 8*P100/P40 PCIe GP U
G530 V2 dual
nodes support 32*P4.
Maximum
GPU power
350 W
350 W
300 W
300 W
300 W
High power consumption GPU with strong
scalability
CPU:GPU
topology
1:8/1:4
orchestratable
1:4/1:2/1:16 (P4)
1:8 (1:4)
1:8
1:8
G560 full
-width servers support flexible
orchestration via software.
Hard drive
6*2.5'' NVMe SSD
2*2.5'' SAS/SATA HDD
8*3.5'' HDD
4*2.5'' NVMe/SAS
/SATA SSD/HDD or 8*M.2
6*2.5'' SATA SSD/HDD.
SAS SSD/HHD is supported
when the PCIe R
AID
controller
card is configured.
6*2.5'' SATA SSD/HDD
8*2.5'' NVMe/SAS/SATA
SSD/HDD
Supports NVMe and 3.5
-inch LFF drives.
RAID
RAID 0/1/10/5/50/6/60
RAID 0/1/10/5/50/6/60
PCH: RAID 0/1/10/5
When the PCIe RAID
controller card is used: RAID
0/1/10/5/50/6/60
? (No R
AID controller
card
?)
RAID 0/1/10/5/50/6/60
No obvious advantage
PCIe
expansion
3 or 4*PCIe x16
4*PCIe x16
1*PCIe x8 LP card; when
8*dual
-
slot cards are not fully
configured, 1*PCIe x8 FHFL
card can be
configured.
1*PCIe x16 or 2*GE/10GE
NVLink: 4*PCIe x16 LP,
2*PCIe x8 LP (blocking air
ventilation)
PCIe: 2*PCIe x8 LP
(blocking air ventilation
)
Supports 4*PCIe
x16 cards
On
-board
network
adapter
/
4*10GE
/
/
4*10GE
G530 V2 dual nodes provide 4 x 10GE
optical ports.
Power supply
4*2200 W hot swap, 2+2
4*2200 W
hot swap, 2+2
3*1600 W hot swap, 2+1
4*1200 W hot swap, 3+1
2*3000 W hot swap, 1+1,
front
-
access power supply
High
power supported and can evolve to
3000 W.
Fan
6 hot swap, 5+1
6 hot swap, 5+1
Non
-hot swap (14 fans)
Non
-hot swap (8 fans)
Non
-hot swap (5 fans)
The fan
modules are hot-
swappable, which
supports
easy maintenance and N+1
redundancy
.
Temperature
5
°C to 35°C
5
°C to 35°C
10
°C to 35°C
10
°C to 35°C
5
°C to 35°C
No obvious advantage

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www.huawei.com ▪Huawei Confidential ▪18
OEM Relationship Between International/Chinese
Vendor Products
Vendor Model OEM Vendor OEM Model Height
Microway
?
SuperMicro
4028GR TXRT
4U
Microway
NumberSmasher
SuperMicro
1028GQ
-TXRT 1U
Microway
Octoputer 4U
SuperMicro
4028GR
-TR2 4U
Sugon
W740
-G20
SuperMicro
2028GR
-TR 2U
Sugon
W780
-G20
SuperMicro
4028GR
-TR2 4U

19
www.huawei.com ▪Huawei Confidential ▪19
Contents
1Click to add Title
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2
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3
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4
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5
Introduction to the G5500
Comparison Between G5500 and
Competitor Specifications
Advantages and Disadvantages of G5500 and
Competitor Specifications (International)
Advantages and Disadvantages of G5500 and
Competitor Specifications (China)
How to Defend