Transcript
Huawei Server and Storage Introduction Harry Lin Sales ActForNet Technologies Inc
RH1288v2
Harry Lin Sales ActForNet Technologies Inc
RH2285H
Harry Lin Sales ActForNet Technologies Inc
RH2288H
Harry Lin Sales ActForNet Technologies Inc
RH2485v2
Harry Lin Sales ActForNet Technologies Inc
Huawei RH5885H V3 and RH5885 V3 Introduction
Version: V1.0 (2014-02-20)
Contents 1
Click to add Trends Title Multi-Socket Server Development
2
Click to add Title RH5885 V3 Introduction
3
Click to add Title RH5885 V3 Highlights
4
4-Socket Server Application Scenarios
5
Success Cases for Huawei 4-Socket Server
10
Server Development Trends 80%
x86 server revenue shares
28%
UNIX server shipments reduced in the last 4 years
40 ZB
Total data in 2020
65%
Enterprises deployment virtualization
Source: Gartner report (2013 Q2)
RISC to IA
High TCO for midrange computers • Migration to x86 servers • Higher performance than midrange computers • High reliability and smooth upgrades
Virtualization
Big data
Cloud computing requirements
Computing and storage of massive data
• Large memory • Multiple threads and cores • Mission-critical application virtualization
11
• Distributed architecture • High-performance • Large local storage capacity
High-Performance Rack Server Development Launched products RH5885 V2 (8 sockets)
RH5885 V2 (4 sockets)
2014
RH5885H/RH5885 V3 4-socket server
2014
RH8100 V3 New-generation 8socket server
12
No. 1 in the TPC-E test 12 world records for the SPEC benchmark test 35 RAS features Widely used in large enterprises, carriers and governments
2015
RH8100/RH8200/RH8300 Based on Huawei NC 2.0 chips 8-socket/16-socket/32-socket highperformance server
2016 and after
High-performance server cluster solution
For Mission-critical Applications RH5885 V3 4-socket rack server RH5885H V3 4-socket rack server
Database
Virtualiza tion
BI
Big data
• Optimal choice for mission-critical ---same performance and reliability as midrange computers • 53 RAS features to guarantee high stability • Double the performance compared with last generation servers • 4 hot-swappable PCIe cards and supports up to 4 dual-slot GPUs
60
23
53
1 minute
computing cores
2.5-inch HDDs
RAS features
online hot-swap
13
Contents 1
Multi-Socket Server Development Trends Click to add Title
2
Click to add Title RH5885H V3/RH5885 V3 Introduction
3
to add Title RH5885H V3/RH5885 Click V3 Highlights
4
4-Socket Server Application Scenarios
5
Success Cases for Huawei 4-Socket Server
14
RH5885H V3 Specifications
Highlights
Picture
Front view
Form factor
4U 4-socket rack server
Number of CPU
2 or 4
Processor model
Intel® Xeon® E7-4800 v2 6-core, 8-core, 10-core, 12-core, or 15-core processors
Number of DIMMs
96 DDR3 DIMMs, up to 6 TB (64GB for each DIMM)
Number of hard disks
8 or 23 x 2.5" SAS/SATA HDDs or SSDs
RAID support
RAID 0, 1, 10, 5, 50, 6, and 60, 1 GB cache, power-off protection with a battery or supercapacitor
PCIe expansion
16 PCIe slots, four of which support hot swap without the need for opening the chassis cover
Integrated NIC
2 x GE ports, 4 x GE ports or 2 x 10GE ports
Power supply
220 V or 110 V AC and –48 V DC, redundant PSUs
Fan module
5 hot-swappable fan modules in N+1 redundancy mode
Operating temperature
5°C-40°C
Dimensions (H x W x D)
175 mm x 447 mm x 790 mm (6.89 in. x 17.60 in. x 31.10 in.)
Rear view
• • •
Enhanced performance: supports four E5-4800 v2 processors, with up to 60 computing cores, and 6 TB memory. Super large storage: supports up to 23 x 2.5" hard disks, suitable for distributed databases and big data analysis. Simple maintenance: Hot-swappable fan modules and PCIe devices that can be maintained without the need for opening the chassis 15
RH5885H V3 Front View
1 3 5 7 9 11 13 15 17
Fan module 1 Fan module 3 Fan module 5 Health indicator Power button/indicator Hard disk active indicator DVD VGA port USB port 1 16
2 4 6 8 10 12 14 16 –
Fan module 2 Fan module 4 Network port link status indicator UID button/indicator Hard disk fault indicator Hard disk LCD USB port 2 –
RH5885H V3 Rear View
17
1
Hot swap indicator (hotswappable PCIe card)
2
Power indicator (hot-swappable PCIe card)
3
Hot swap button (hotswappable PCIe card)
4
Standard PCIe riser card 1
5 7
NIC Serial port
6 8
UID indicator VGA port
9
iMana management network port
10
USB port
11 13
Standard PCIe riser card 2 PSU indicator
12 14
PSU 2 PSU 1
15
Hot-swappable PCIe riser card
-
-
RH5885H V3 Top View BBU or supercapacitor
8 memory boards, supporting up to 8 x 12 DIMMs
12 PCIe slots
4 hot-swappable PCIe slots
4 processors 18
RH5885 V3 Specifications
Highlights
Picture
Front view
Form factor
4U 4-socket rack server
Number of CPUs
2 or 4
Processor model
Intel® Xeon® E7-4800 v2 6-core, 8-core, 10-core, 12-core, or 15-core processors
Number of DIMMs
48 DDR3 DIMMs, up to 3 TB (64 GB for each DIMM)
Number of hard disks
8 or 23 x 2.5" SAS/SATA HDDs or SSDs
RAID support
RAID 0, 1, 10, 5, 50, 6, and 60, 1 GB cache, power-off protection with a battery or supercapacitor
PCIe expansion
7 PCIe slots
Integrated NIC
2 x GE ports, 4 x GE ports or 2 x 10GE ports
Power supply
220 V or 110 V AC and –48 V DC, PSUs in 2+2 redundancy mode
Fan module
5 hot-swappable fan modules in N+1 redundancy mode, supporting maintenance without the need for opening the chassis cover
Operating temperature
5°C to 40°C
Dimensions (H x W x D)
175 mm x 447 mm x 790 mm (6.89 in. x 17.60 in. x 31.10 in.)
Rear view
• • •
Enhanced performance: supports four E5-4800 v2 processors, with up to 60 computing cores, and 3 TB memory. Super large storage: supports up to 23 x 2.5" hard disks, suitable for distributed databases and big data analysis. Energy saving: uses four 800 W or 1200 W Platinum PSUs for flexible configurations, supporting power capping and dynamic power consumption control. 19
RH5885 V3 Front View
1 2 3 4 5 6 7
Network port link status indicator Health indicator UID button/indicator Power button/indicator ESD jack Hard disk fault indicator Hard disk operating indicator
20
8 9 10 11 12 13
Hard disk DVD Indicator diagnosis panel VGA port USB port 2 USB port 1
RH5885 V3 Rear View
1 2 3 4 5
Standard PCIe card Serial port VGA port USB port Management network port
21
6 7 8 9
Integrated NIC PSU 4 indicator PSU 4 PSU 3 indicator
10
PSU 3
11 12 13 14
PSU 2 indicator PSU 2 PSU 1 indicator PSU 1
RH5885 V3 Top View 5 hot-swappable counter-rotating fan modules in N+1 redundancy mode
3 PCIe slots (fullheight, full-length)
Eight groups of DIMMs (6 DIMMs in each group), with up to 48 DIMMs
4 PCIe slots (fullheight, half-length)
4 E7 v2 processors 22
Contents 1
Click to add Title RH5885 V3 Positioning
2
to add Title RH5885H V3/RH5885Click V3 Introduction
3
to add Title RH5885H V3/RH5885Click V3 Highlights
4
4-Socket Server Application Scenarios
5
Success Cases for Huawei 4-Socket Server
23
Highlights of Huawei 4-Socket Servers 1. 53 RAS features 2. 2+2 PSUs 3. Hot-swappable PCIe and fan modules 4. Stable system operation at 40°C
Stability and reliability
1. Up to 60 computing cores 2. 6 TB memory 3. 16 PCIe slots 4. 23 x 2.5" hard disks 5. 4 dual-slot GPUs
Superb performance
1. Maintenance without the need for opening the chassis cover 2. Touch-LCD for fault diagnosis 3. eSight for unified server management 4. Black box function for quick fault location
Simple maintenance
Highlights 24
1. Redundant Platinum PSUs 2. Huawei dynamic energy management technology (DEMT) 3. Power capping 4. Non-simultaneous power-on hard disks
Energy saving
Huawei Servers Highlight Stability Comprehensive memory protection mechanism • Fault DIMM precaution • Precise fault DIMM indicated • Memory mirroring • Memory sparing
More than 53 RAS features • • •
As reliable as midrange computer Enhanced stability, data protection, and simple maintenance Same stability as midrange computers
Hot swap without the need for opening the chassis
Redundancy for hardware and software
•
•
•
Online PCIe cards replacement in 1 minute Fan modules support hot swap maintenance without the need for opening the chassis.
25
• •
Dual SATA DOM ports, supporting backup for preinstalled software Management software with dualimage backup Platinum PSUs in 1+1 or 2+2 redundancy mode
53 High Reliability Features Memory
System
7 features
15 features
Memory mirroring Memory sparing Faulty memory indication Enhanced DDDC Enhance SDDC and so on
Machine Check Architecture (MCA) Recovery I/O MCA Recovery Execution Path Enhanced MCA Predictive Failure Analysis (PFA) Error injection support and so on
26
CPU
21 features QPI link-level data retransmission QPI clock switchover QPI CRC protection (8-bit) QPI CRC protection (16-bit) QPI self-healing QPI viral mode
Software
10 features Corrected Machine Check Interrupt (CMCI) Online fault recovery for PCIe devices PCIe hot swap PCIe advanced error reporting Touch-LCD for fault diagnosis Online Fan maintenance 2+2 power redundancy
Enhanced Fault Diagnosis - eMCA
System recovery
Normal status with error prevention Service reconfiguration
Isolate/replace HW or add new resources without system down
Function
HW un-correctable errors
• • •
Error Contained
Error detected
HW correctable errors
Error corrected
Fault recovery: Correctable errors are automatically corrected on the RH5885 V3, ensuring normal system operation. Fault isolation: To deal with un-correctable errors, the RH5885 V3 isolates a faulty component. eMCA: The correctable memory errors are preferentially corrected by the BIOS.
27
Faulty I/O Device Isolation Function description •
When a fatal error is detected, the faulty I/O device is isolated.
28
A fatal error is detected on an I/O device. • The server enters the viral mode. • The system disconnects links from the faulty I/O device. • The fault is isolated from other devices.
Higher Performance than IBM P750 Floating-point performance 88% ahead of competitive products
Floating-point performance 64% higher than competitive products
SPECfp_rate_base2006
SPECint_rate_base2006
1730 1800
2320 2500
1600 1400
2000
1050
1230
1200
1500
1000 800
1000
600 500
400 200
0
0 IBM 750
RH5885H V3
29
IBM 750
RH5885H V3
Database Performance Data comparison Server RH5885 V3 (3 TB)
The TPC-E performance test results keep improving.
tpsE
tpsE 5311
X3850(2TB)
3218.46
6000
RH5885 V2 (1 TB)
3053.84
5000
IBM X3850 (1 TB)
2862.61
4000
RX500 S7 (1 TB)
2651.27
3000
DL580 G7 (1 TB)
2454.51
2000
5311
3218.46 2862.61
2651.27
2454.51
1000 0 RH5885H V3 (3TB)
30
X3850 (2TB)
IBM X3850 (1TB)
RX500 S7 (1TB)
DL580 G7 (1TB)
Four High-Performance GPUs RH5885H V3 supports four dual-slot GPUs to meet requirements for graphics processing, HPC, and virtual desktop applications.
Virtual desktop
HPC
• NIVIDA GRID K1&K2 • Dual slots, full-height, full-length • Pass-through graphics boards, used for desktop cloud users with high graphics processing requirements • K1: 130 W • K2: 225 W
• Tesla K10, single slot, 225 W • Tesla K20, dual slots, 225 W • Used for HPC
31
Graphics processing • Quadro 4000: 256 cores • Single slot: 142 W
Simple Maintenance Buttons and indicators are in the same area. Front fan modules can be maintained without the need for opening the chassis cover.
Modular designed memory boards
Pull-out asset tag Touch-LCD, which can be pulled out of the server and rotated
32
Handle with ergonomic design to facilitate pulling out the server
Hot-swappable PCIe devices can be maintained without the need for opening the chassis cover.
PCIe Devices Easy Maintenance
Highlights
PCIe device hot swap
• • •
Quick replacement for non-pluggable PCIe
Maintenance without the need for opening the chassis: Four hot-swappable PCIed devices can be replaced without interrupting services. Free-of-tool installation: Non-pluggable PCIe devices can be quickly installed by using riser cards without any tools. High scalability: A maximum of 16 PCIe devices are supported. 33
Touch-LCD Diagnosis Panel Touch-LCD
The touch-LCD is used to monitor installation status and running status of server components and set the server IP address. The background colors indicate various fault severities. 34
Flexible Configuration for Local Storage Up to 23 hard disks to provide an industry-leading local storage capacity
To meet requirements for various application scenarios, the RH5885 V3 uses eight or twenty-three 2.5-inch hard disks to provide an industryleading local storage capacity. Adopting the advanced RAID technology, the RH5885 V3 supports RAID 0, 1, 10, 5, and 6, a 1 GB cache, and an optional battery or supercapacitor for power-off protection.
Huawei RH5885 V3 •
HP DL580
DELL R910 •
Up to 23 x 2.5" hard disks
35
Up to 16 x 2.5" hard disks
•
Up to 8 x 2.5" hard disks
High Energy Efficiency Energy-efficient and environment friendly
PSUs in 1+1 or 2+2 redundancy mode, meeting requirements for high efficiency and reliability
Overall performance increased by 100% with the same power consumption
80 Plus Platinum PSUs with 94% power efficiency
Power capping
• Highly efficient Platinum PSUs • DC/DC onboard power efficiency of 94%
• Increased utilization of the equipment room and rack power supply • Increased device density in an equipment room and reduced rent for equipment rooms
36
DEMT • 13% increased energy efficiency by adopting DEMT • Energy-saving range covering idle to 100% loads
Stable System Operation at 40°C • Refined management of vector airflows: efficiently uses air to meet cooling requirements for 95 W, 115 W, or 130 W processors.
• Double-faced cellular board: increases the amount of system airflow input by achieving the open porosity of 43%, which is 115% increased compared with HP servers.
Refined management of vector airflows
• MIMO: provides high energy-saving efficiency for the entire server, and scored 5013 in the SPECpower_ssj2008 test.
The Huawei 4-socket servers support the ambient temperature 5°C (10°C to 35°C) higher than that supported by mainstream servers.
37
• Aluminium board embedded with copper heat sink: reduces weight by 45% compared with the general heat sink, with less thermal resistance and higher cooling efficiency.
Contents 1
Click to addTrends Title Multi-Socket Server Development
2
Click to add Title RH5885 V3 Introduction
3
RH5885 V3 Features Click to add Title
4
4-Socket Server Application Scenarios
5
Success Cases for Huawei 4-Socket Server
38
Substitute for Midrange Computers Application and middleware
Database
Traditional midrange computers Migrate to the X86 architecture RH2288 V2 2-socket server
RH2288 V2 2-socket server
RH5885 V3 4-socket server
RH5885 V3 4-socket server
Storage resource pool
Old OS
New OS
UNIX
Linux
Middleware
Weblogic for UNIX
Weblogic for Linux
Database
Oracle for UNIX
Oracle for Linux 39
• • •
Performance improvement: >10% Cost reduction: >50% Reduce capacity expansion costs after using the standard platform • Respond quickly to new business.
Mission Critical Application -- Database Recommended configuration Middleware server
Middleware server
Device
Configuration
Quantity
Middleware
RH2288
2 x E5-2620 v2, 128 GB memory
2
Database
RH5885
4 x E7-4870 v2, 1 TB memory
2
Shared storage
S6800T
Software
Database server HA
40
Middleware
WebLogic
Database
Oracle RAC
OS
SUSE Linux Enterprise
1
Mission Critical Application -- BI CRM library
Data warehouse
Data display ETL and analysis
ERP library
Other service database
Data extraction
RH5885 RH5885
SAP BusinessObjects BI SAP Sybase IQ
Data integration
41
Data analysis
Decision making support
Virtual Resource Pool Email
VDI
ERP
CRM
Email
VDI
ERP
CRM
Email
VDI
ERP
CRM
VM2
VM2
VM2
VM2
VM2
VM2
VM2
VM2
VM2
VM2
VM2
VM2
Hypervisor
Hypervisor
Hypervisor
RH5885 V3 resource pool
The RH5885 V3 resource pool applies to services that have high requirements for single-VM performance, and supports large-scale or mission critical virtualization. An RH5885 supports up to 60 computing cores, with 120 concurrent threads, and 3 TB memory, providing sufficient resources. 42
SAP HANA Appliance
Single-node appliance solution
Recommended appliance hardware configurations Processor • Intel® Xeon® E7-4800/8800 • 4 to 8 processor sockets
Memory capacity • 512 GB to 2 TB
Storage • Logs: PCIe SSDs of 800 GB, 1.2 TB, and 2.4 TB • SAS hard disks for local storage • Ratio of the memory capacity to the local disk capacity: 1:4
Network Multiple 10GE NICs
43
Contents 1
Click to add Trends Title Multi-Socket Server Development
2
Click to add Title RH5885 V3 Introduction
3
RH5885 V3 FeaturesClick to add Title
4
4-Socket Server Application Scenarios
5
Success Cases for Huawei 4-Socket Server
44
Global References Government
Telecom
Integrator
Transportation
Finance
Energy
State Archives Administration
China Mobile
SAP China
TravelSky Technology Limited
Agriculture Bank of China
China Shenhua Group
Zhengzhou Railway Bureau
People's Bank of China
Yunnan Provincial Administration of Taxation
Shanxi Provincial Environment Protection Center
China Unicom Poland S4E
China State Grid
China Telecom
Bilot, Oy, Finland
45
Xi'an Railway Bureau
Huaxia Bank
China National Offshore Oil Corporation (CNOOC)
E-commerce Ctrip
CTS, HK
Copaco Netherland
BSS System Migration from RISC to X86 Customer Benefits
BSS System
Midrange Computer
Huawei RH5885 V2
TCO saved 48% with open ecosystem
Workload reduced from 90% to 40%, Efficiency improved 37%
“The legacy RISC system took 35 hours to get the billing information, and Huawei platform takes 22 hours .The new system keeps the same reliability as midrange computer.”
46
Same reliability as midrange computer
E-Commerce Platform for CTS Hong Kong Customer Requirements
An open and universal architecture is required to reduce the cost. The platform must be flexibly scalable to meet development requirements for new services. The core platform must provide similar reliability to midrange computers.
Huawei's Solution
The x86 server RH5885 V3 is used to construct the cluster. Based on universal, commercial software, the service rollout is fast. 35 RAS features ensure high reliability.
e-Business Access and application server x86 cluster substitute for midrange computers
RH5885 database server
Customer Benefits
The platform TCO is reduced by 50%. The system running is stable, and mission critical applications run properly.
47
"The Huawei x86 servers used for constructing the travel e-commerce platform greatly reduce the cost, shorten the service rollout time, and provide high reliability, satisfying our requirements."
State Grid Scheduling System Project
Customer challenges
Solution
Customer benefits
x86 servers are to be used as the core computing devices to substitute for the existing midrange computers in the scheduling system. The deployment density and computing efficiency need to be increased, and the investment and maintenance costs need to be reduced.
Deploy Huawei blade servers in the intelligent simulation system to increase the deployment density. Deploy Huawei high-end, 4-socket, x86 servers for the power scheduling system to provide a highperformance, high-reliability platform.
Reduce the TCO by 50%. Improve system performance by 15% by using customized testing and optimization. Provide quick service rollout by using the open, universal architecture.
48
SAP HANA Appliance
Challenge
Huawei solution
A top Italy retailer wanted to upgrade the inventory management system The legacy information system had over 2 hours delay Distribution of goods can’t catch up with the goods consumption Need a real-time inventory management system
RH5885 with SAP HANA in-memory database The server based on Intel CPU can provide 4TB memory and 16TB local storage maximum
Result
Up to 1000x faster data analytics speed than original Data Warehouse
Efficiency is improved from 2 hours to 5 seconds after the deployment
49
HUAWEI ENTERPRISE ICT SOLUTIONS A BETTER WAY
Copyright © 2014 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.
HUAWEI E9000 Converged Infrastructure Blade Server
Content 1
Click to add Development Title Converged Infrastructure Trends
2
Click to add Title E9000 Product Highlights
3
Click to add Title E9000 Product Overview
4
Application Scenarios
5
Application Case
52
New-generation IT System Features Data Center Development Trends Server-centric Real-time online data
LAN Switch
UNIX、PC Server
Internal Storage
Storage-and-Server-centric SAN Switch
Heterogeneous resource integration and unified management
Provisioning of multiple services sharing platform
Cloud Big Data
Independent RAID array
Separated SAN network and LAN network
Unified network Data Center Ethernet
ECoE
Unified Data Center Management
Automatic Architecture Management of massive data
On-demand and spacebased deployment Elastic, smooth expansion
Convergence Architecture
Smooth Expansion
Application Transparency
Research by Gartner indicates that 30% of data centers will use converged infrastructure by 2015.
Rapid response 53
IT Architecture Development Trends Traditional IT Architecture
Memory
Convergence Architecture
I/O acceleration (exclusive)
Unified physical machine and virtual machine management
Virtualization CPU
Network
I/O acceleration (exclusive / shared) CPU
External storage
External storage
Network
Memory Storage
Application Integration Application deployment template Management Platform Physical and virtual resource pool management I/O acceleration (exclusive / shared) High-speed network CPU
System efficiency and agility are increased, and operating expense (OPEX) is lowered
54
Memory
Storage
Server
Network
Memory
Server
CPU
Server
Server
I/O acceleration (exclusive)
Virtualization Infrastructure
New IT System Construction Objectives Current IT status quo and challenges
Time-consuming IT system construction
Difficulties in system expansion
System upgrades and expansion fail to keep pace of business growth
Simplicity
Significant energy challenges as deployment scale growing
55
High integration and rapid deployment
Efficiency
Information silos anywhere Ever-increasing management costs
System energy consumption challenges
Accelerated application and outstanding performance
Agile Flexible expansion and adaption to changes Green High energy efficiency
Difficulties in system maintenance
Trends such as big data and cloud computing impose new requirements on the IT system
New IT construction objectives
Content 1
Click to add Development Title Converged Infrastructure Trends
2
Click to add Title E9000 Product Highlights
3
Click to add Title E9000 Product Overview
4
Application Scenarios
5
Application Case
56
E9000 Converged Infrastructure Blade Server 1
2 • •
Storage Distributed storage solution provides cost-effective solution for applications of big data
•
Network 8 kinds of switch modules support GE/10GE/FCoE/FC/IB QDR/FDR
•
Management Esight unified management improves management efficiency over 70%
57
No.1 Storage Density
CH222（Full width）support 15*2.5 inch HDDs Single-frame support 120*2.5 inch HDDs
3
E9000 switch module base on advanced Huawei DataCenter No.1 Switch Technology 15.6T midplane switch capacity，support maximum 128*10GE Switch Performance ports and evolution to 40GE and 100GE Support Ethernet，IB，FC ports, flexible networking
4
Support running at 40°C No.1 Reliability The failure rate is 15% lower than competitors
5
No.1 Energy Efficiency
Rank first in China Mobile and China Unicom competition testing Chinese green energy certification
6
Convenient O&M
Plug and Play Automatic configuration and transmission data, including BIOS, RAID, network card
Computing 7 kinds of computing nodes，fully support E5-2600/E54600/E7-4800 processors
No.1 One chassis supports 32*2P notes、64*Romley EP 130W CPU Computing One chassis Maximum floating point performance Density 16.5TFlops
No.1 Computing Density E900 Highest Computing Density
One chassis supports 32*2P notes、64*Romley EP 130W Quantity of CPUs/Chassis CPU Maximum floating point performance 16.5TFlops Single node maintenance Every node supports 8 memory channels, leading memory bandwidth Quantity of memory channel
HUAWEI CH140 Half width slot support 2*2P nodes, E5-2600 CPU，every node support 8 memory channels, support single node maintenance
IBM FlexSystem X222 full width slot 4 nodes support E5-2400 CPU，every node only support 6 memory channels
58
HUAWEI E9000
DELL M1000e
IBM FlexSystem
SuperMicro SuperBlade
64
32
32
40
Yes
Yes
No
No
8
6
6
8
DELL Power420 Full hight 4 nodes support E52400 CPU, every node only support 6 memory channels. Not support single node maintenance
SuperMicro SBI-7227R-T2 Full hight 2 nodes support E52600 CPU, every node support 8 memory channels. Not support single node maintenance
No.1 Storage Density E9000 Highest Storage Density
E9000 CH222（Full width）support 15*2.5 inch HDDs
Single-frame support 120*2.5 inch HDDs，the biggest memory
Quantity of HDDs per slot Quantity of HDDs per chassis
HUAWEI E9000
DELL M1000e
IBM FlexSystem
15
7
12
120
56
84
capacity in one chassis Note: E9000 chassis supports 8 CH222 computing nodes
HUAWEI CH222
DELL internal SAN PS-M4110x
E9000 CH222：Support 15*2.5’ HDDs，SAS, SATA, NL-SAS, 120 HDDs in one chassis
Dell SAN PS-M4110x occupies double slots，support 14 HDDs， 56 HDDs in one chassis
59
IBM FlexSystem storage node IBM PureFlex storage note, support 14*2.5’ HDDs， 98 HDDs in one chassis
No.1 Switch Performance E9000 switch performance overall leading
E9000 switch module base on advanced Huawei DataCenter Switch Technology 15.6T midplane switch capacity，support maximum 128*10GE ports and evolution to 40GE and 100GE Support Ethernet，IB，FC ports, flexible networking
Backplane bandwidth Quantity of 10GE
E9000 Switch Module Switch slot uplink 32 ports，single-frame maximum 128*10GE ports， support more than 3 plane network
EN4093 10Gb switch board： 14*10G+2*40G
60
IBM FlexSystem
HP C7000
15.6T
8.96T
6.27T
7.168T
128
48
88
64
IBM: single-frame max 88*10GE ports，only 2 network plane HP/DELL：switch module uplink 16*10GE ports
CX317 10GEpass-thru: 32ports
CX911 multi-plane switch board
DELL M1000e
Other Manufacture
EN4091 10Gb Board： 14 ports CX116 GE pass-thru: 32ports
HUAWEI E9000
10G switch board ：8 ports HP 6120XG 10G switch board: 8 ports IB switch board ：8ports
No.1 Reliability Ensure Reliability by Advanced Design and Strict Testing
Failure Rate(According to Support stable operation at 40°C high temperature, ensuring business continuity
The failure rate is 15% lower than competitors
Independent air-duct, improving system heat dissipation
Passive backplanes avoid single points of failure
•
•
Front and rear independent air-duct
•
Duct design optimization
The passive backplanes contain no active components such as resistors, capacitors, and ICs, except PCBs and connectors
the statistical result from customer T)
The most stringent standards of reliability testing for components • High and low temperature test, HALT • 3000 times Power cycle test • Continuous 30 days stress test
Others
0.87%
1.12%
Quality control throughout the whole process
• • • • •
61
HUAWEI
Supplier Certification Component selection and control IPD process from module to system 150 reliability patents EMC testing, safety testing
No.1 Energy Efficiency Leading Energy Efficiency, Energy Saving
Rank No.1 in SEPC power testing
Rank No.1 in in China Mobile and China Unicom competition testing 80PLUS Platinum Power efficiency 94.6%
• •
80PLUS Platinum power, 94.6% conversion efficiency , 5% higher than industry onboard DC/DC 94% conversion efficiency
Chinese Green Energy Certification
• •
Non-toxic design, Energy saving Green energy, to meet customer requirements of environmental protection
62
Chinese green energy certification
DEMT--Dynamic Energy Management Technology
Power Capping Technology • •
Improve power utilization of the equipment room and cabinet Improve equipment room density, reduced rental costs;
• •
Improve energy efficiency over 13% by DEMT Range of energy saving cover idle～100％ load
Convenient O&M Initial deployment
•
Deployment, changing or migration of blades or switch modules
Offline Configuration
Mass deployment
Equipment changing
Configuration Remains
Plug and play
Equipment migration
Configuration Migration
Configuration migration with equipment location
• Plug and play • Parameters automatically configured and migrated (including configurations of BIOS，network card，RAID etc.)
63
•
Time-saving, changing equipment would only cost 2 minutes instead of 20 minutes
Hardware Acceleration Solutions Hardware acceleration solutions greatly accelerate services
PCIe SSD cards improve the IOPS by 100 times
Data compression cards improve Hadoop performance by 40%
The PSTM application coprocessor speedup ratio increases by 300%
The iNIC improves the Vswitch performance by 200%
HUAWEI 4T financial data query test
SSD card
Exadata
HUAWEI
SQL17
timeout
320s
SQL13
905s
319s
SQL12
737s
124s
SQL7
85s
15s
Top17 SQL Query
iNIC
Intel Phi Coprocessor
CH221 IO Expansion Computing Node
64
E9000 Chassis
Comparison of E9000 and competitors’ products
E9000 and competitors products
Key Competitiveness
Key feature
HP C7000 G8
IBM FlexSystem
Cisco UCS G3
Huawei E9000
Engineering capability
heat dissipation for front ,rear slots and power supply
1200W/100W
1200W/100W
1200W/100W
1400W/280W
Computing capability
Computing density
32
56
16
64
Memory capacity
Memory capacity per chassis (mainstream granules)
8.2T
10.8T
6.14T
12.3T
2.5" disk quantity per slot
12
12
12
15
External SAN
Internal SAN
External SAN
External SAN Internal DS
6.144Tbps
7.168Tbps
1.28Tbps
15.6Tbps
10GE/FCoE/8G FC/IB switch
Y
Y
Y
Y
40GE
Y
N
Y
Y
RoCE
N
Y
N
Y
16G FC
N
Y
N
N
PCIe resources expansion
N
2*PCIe 8x+2*PCIe 16x
N
4*PCIe 8x or 2*PCIe 16x
5°C~35°C
5°C~40°C
5°C~35°C
5°C~40°C
Storage capability Computing and storage converged Backplane Bandwidth
network
PCIe expansion Running environment
Ambient temperature
65
Content 1
Click to add Development Title Converged Infrastructure Trends
2
Click to add Title E9000 Product Highlights
3
Click to add Title E9000 Product Overview
4
Application Scenarios
5
Application Case
66
E9000 Product Panorama chassis
chassis
E9000 chassis
• • • •
Adopts the modular design for compute nodes, storage nodes, switch modules, fan modules, and power supply modules 12U high chassis, providing 8 full width or 16 half width slots Support next 3 generation Intel processors Support evolution of next decade network technology
Computing node
Computing node CH121
HW 2S Node High density Large memory
CH140
HW 2*2P Twin Node Ultra high density high performance
CH220
FW IO Expansion Node Large memory Strong expansion
CH221
FW IO Expansion Node Large memory Strong expansion
CH222
FW Storage Node Large memory Ultra large storage
CH240
FW 4P Node High performance Ultra large memory
CH242
FW 4P Node Ultra high performance Large memory
Switch module
Switch module CX110
GE switch module
CX116
CX310
CX311
CX317
CX610
CX911
GE pass-thru module
10GE converged switch module
10GE/FCoE converged switch module
10GE pass-thru module
QDR/FDR switch module
10GE/FC Multiplane switch module
67
E9000 Chassis Front view
Rear view Half width slot
E9000 chassis
Fan module
Management module
Switch module Power supply module
Full width slot
specification
• • • •
•
Chassis specification Installed in a standard 19-inch rack, the E9000 is 12 U high. Its dimensions are: 530.2 mm x 442 mm x 840 mm (H
x W x D) An E9000 chassis houses 16 half-width slots or 8 full-width slots Management modules support 1+1 redundancy and management protocols and interfaces such as IPMI 2.0, SOL, SSL, SSH, and web Supports up to 6 Platinum PSMs (AC 3000 W/DC 2500 W) in N+N/N+1 redundancy with up to 95% efficiency under 50% load and supports dynamic management for PSMs in the hibernation state Provides 14 fan modules(3 groups) and every group supports single-fan failures 68
CH121 Half Width Computing Node Front view
CH121 product view
Isometric view
Highlights
• •
•
Form factor
Half-width 2-socket computing node
Number of CPUs
1 or 2
Processor model
Intel Xeon E5-2600/core options: 4,6 or 8
Number of DIMMs
24 DDR3 DIMMs, providing a maximum capacity of 768G
Number of HDDs
2 2.5 inch SSDs or SAS/SATA HDDs
RAID support
Support RAID 0 and 1
PCIe expansion Operating systems supported
2 PCIe x16 mezz modules 1 standard PCIe x8 full-height half-length card Microsoft Windows Sever 2008 R2 Enterprise/Standard Edition 32/64bit Red Hat Enterprise Linux SUSE Linux Enterprise Server Citrix XenServer VMware ESX
Operating temperatures
5℃-40℃
Dimensions
215 mm(8.46 in.)*525mm(20.67 in.)*60.46mm(2.38 in.)
High performance: Half slot provides a dissipation capacity of 700W, supporting 2 E5-2690 processors Cost-effective large-memory: Provides 24 DIMMs at 1.5 times the usual height that apply mainstream granules to double capacity with a total of up to 768 GB DDR3 memory capacity (most cost-effective for large-memory applications) Flexible PCIe expansion: support 1 standard FHHL PCIe card，users can choose proper PCIe acceleration solution for service optimization 69
CH140 Half Width Twin Computing Node Front view
CH140 product view
Isometric view
Form factor
Half-width 2*2-socket computing node
Number of CPUs
2*1 or 2
Processor model
Intel Xeon E5-2600/core options: 4,6 or 8
Number of DIMMs
Each 2S node provides 8 DDR3 DIMMs
Number of HDDs
1 2.5 inch SSD
PCIe expansion
Each node provides 2 PCIe x8 mezz modules
Operating systems supported
1*2.5inch HDD SSD
4DIMMs
Microsoft Windows Sever 2008 R2 Enterprise/Standard Edition 32/64bit Red Hat Enterprise Linux SUSE Linux Enterprise Server Citrix XenServer VMware ESX
4DIMMs
Operating temperatures
5℃-35℃
Dimensions
215 mm(8.46 in.)*525mm(20.67 in.)*60.46mm(2.38 in.)
Highlights
•
High performance : CH140 support 4 maximum 130W E5-2600 processors(E5-2680, 8 cores at 2.7GHz)
•
Ultra-high computing density: One chassis supports 32*2P notes、64*Romley EP 130W CPU, industry highest density
•
Single node maintenance 70
CH220/CH221 Full Width IO Expansion Node Front view
CH220/CH221 product view
Isometric view
Highlights
• • •
Form factor
Full-width 2-socket computing node
Number of CPUs
1 or 2
Processor model
Intel Xeon E5-2600/core options: 4,6 or 8
Number of DIMMs
24 DDR3 DIMMs, providing a maximum capacity of 768G
Number of HDDs
2 2.5 inch SSDs or SAS/SATA HDDs
RAID support
Support RAID 0 and 1
PCIe expansion Operating systems supported
2 PCIe x16 mezz modules(Note: MEZZ2 has been occupied) 4 PCIe x8 FHHL(CH220)or 2 PCIe x6FHHL(CH221) Microsoft Windows Sever 2008 R2 Enterprise/Standard Edition 32/64bit Red Hat Enterprise Linux SUSE Linux Enterprise Server Citrix XenServer VMware ESX
Operating temperatures
5℃-40℃
Dimensions
423 mm(16.65in.)*525mm(20.67 in.)*60.46mm(2.38 in.)
Strong expansion capability: support standard PCIe card, a maximum of 4 PCIe cards are supported in one full width slot, industry No.1 PCIe expansion capability High performance: full width slot provides a dissipation capacity of 1400W, adoption of FHFL GPU cards can greatly improve HPC application performance Cost-effective large-memory: Provides 24 DIMMs at 1.5 times the usual height, most cost-effective for large-memory applications 71
CH222 Full Width Storage Expansion Node Front view
CH222 product view
Isometric view
Highlights
• • •
Form factor
Full-width 2-socket computing node
Number of CPUs
1 or 2
Processor model
Intel Xeon E5-2600/core options: 4,6 or 8
Number of DIMMs
24 DDR3 DIMMs, providing a maximum capacity of 768G
Number of HDDs
15 2.5 inch SSDs or SAS/SATA HDDs
RAID support
Support RAID 0,1,10,5,50,6,60, 1GB RAID cache
PCIe expansion Operating systems supported
2 PCIe x16 mezz modules 1 PCIe x8 FHHL card Microsoft Windows Sever 2008 R2 Enterprise/Standard Edition 32/64bit Red Hat Enterprise Linux SUSE Linux Enterprise Server Citrix XenServer VMware ESX
Operating temperatures
5℃-40℃
Dimensions
423 mm(16.65in.)*525mm(20.67 in.)*60.46mm(2.38 in.)
Ultra-Large storage: Full width slot provides 15 2.5 inch HDD bays, providing a maximum capacity of 15T, very suitable for applications of big data and distributed computing Flexible PCIe expansion: support 1 standard FHHL PCIe card，users can choose proper PCIe acceleration solution for service optimization Cost-effective large-memory: Provides 24 DIMMs at 1.5 times the usual height, most cost-effective for large-memory applications 72
CH240 Full Width Computing Node Front view
CH240 product view
Isometric view
Form factor
Full-width 4-socket computing node
Number of CPUs
2 or 4
Processor model
Intel Xeon E5-4600/core options: 4,6 or 8
Number of DIMMs
48 DDR3 DIMMs, providing a maximum capacity of 1.5TB
Number of HDDs
8 2.5 inch SSDs or SAS/SATA HDDs
RAID support
Support RAID 0,1,10,5,50,6,60, 512MB/1GB RAID cache
PCIe expansion
2 PCIe x16 mezz modules Microsoft Windows Sever 2008 R2 Enterprise/Standard Edition 32/64bit Red Hat Enterprise Linux SUSE Linux Enterprise Server Citrix XenServer VMware ESX
Operating systems supported
Highlights
• • •
Operating temperatures
5℃-40℃
Dimensions
423 mm(16.65in.)*525mm(20.67 in.)*60.46mm(2.38 in.)
High performance: full width slot supports 4 E5-4600 processors and 48 DDR3 DIMMs, providing a maximum memory capacity of 1.5TB Large storage: full slot provides 8 2.5 inch HDDs bays, suitable for database applications requiring both computing performance and local storage capacity Cost-effective large-memory: Provides 48 DIMMs at 1.5 times the usual height, most cost-effective for large-memory applications 73
CH242 Full Width Computing Node Front view
CH242 product view
Isometric view
Form factor
Full-width 4-socket computing node
Number of CPUs
2 or 4
Processor model
Intel Xeon E7-4800/core options: 6,8 or 10
Number of DIMMs
32 DDR3 DIMMs, providing a maximum capacity of 1TB
Number of HDDs
8 2.5 inch SSDs or SAS/SATA HDDs
RAID support
Support RAID 0,1,10,5,50,6,60, 1GB RAID cache
PCIe expansion
4 PCIe x8 mezz modules Microsoft Windows Sever 2008 R2 Enterprise/Standard Edition 32/64bit Red Hat Enterprise Linux SUSE Linux Enterprise Server Citrix XenServer VMware ESX
Operating systems supported
Operating temperatures
5℃-40℃
Dimensions
423 mm(16.65in.)*525mm(20.67 in.)*60.46mm(2.38 in.)
Highlights
•High performance: full width slot supports 4 E7-4800 processors and 32 DDR3 DIMMs, providing a maximum memory capacity of 1TB •Large storage: full slot provides 8 2.5 inch HDDs bays, suitable for database applications requiring both computing performance and local storage capacity •Flexible PCIe expansion: support 1 standard FHHL PCIe card，users can choose proper PCIe acceleration solution for service optimization 74
E9000 Switch Modules Switch Modules CX116
GE switch module
GE pass-thru module
CX310
CX311
10GE converged switch module Uplink: 16*10GE Downlink: 32*10GE
10GE/FCoE converged switch module Uplink: 16*10GE and 8*8GFC Downlink: 32*10GE
CX317
CX610
CX911
Switch Modules
CX110
Uplink : 12*GE and 4*10GE Downlink: 32*GE
Uplink: 32*GE Downlink: 32*GE
10GE pass-thru module Uplink: 32*10GE Downlink: 32*10GE
QDR/FDR switch module Uplink: 18*QDR/FDR IB Downlink: 16*QDR/FDR IB
Highlights
Enables data center TRILL large layer 2 network construction Supports DCB lossless Ethernet to bear FCoE and iSCSI Supports a converged network, virtual paths, and flexible Ethernet and FC configuration 75
10GE/FC Multi plane switch module Uplink: 16*10GE and 8*8GFC Downlink: 32*10GE and 16*8GFC
MEZZ Modules Front view
Isometric view
Mainboard connecter MEZZ Modules
Backplane highspeed connecter Model
Available slot
GE
MZ110
MEZZ1/2
NIC mezz module with 4 x GE ports
10GE
MZ510
MEZZ1/2
CNA mezz module with 2 x 10GE ports
Supports FCoE, and FCoE supports NPIV and NPAR. A physical port can be split up to 4 NPARs.
MZ512
MEZZ1/2
CNA mezz module with 4 x 10GE ports
Supports FCoE, and FCoE supports NPIV and NPAR. A physical port can be split up to 4 NPARs.
Multi-IO
MZ910
MEZZ1/2
FC mezz module with 2 x 10GE and 2 x 8G FC ports FC ports support NPIV.
InfiniBand
MZ610
MEZZ1/2
HCA mezz module with 2 x 4X InfiniBand QDR ports
MZ611
MEZZ1/2
HCA mezz module with 2 x 4X InfiniBand FDR ports
Models
Type
76
Specification
Description
Mezz Card and Blade Compatibility Matrix Compatibility Matrix Blade Type
GE Mezz Module
10GE Mezz Module
Multi-IO Mezz Module
InfiniBand Mezz Module
Matrix
MZ110
MZ510
MZ512
MZ910
MZ610①
MZ611①
CH121
Mezz1 /2
Mezz1 /2
Mezz1 /2
Mezz1 /2
Mezz 2
Mezz 2
CH220
Only Mezz1②
Only Mezz1②
Only Mezz1②
Only Mezz1②
Not Support②
Not Support② Mezz 2④ 【Only customized in HPC projects】
CH221
Only Mezz1③
Only Mezz1③
Only Mezz1③
Only Mezz1③
Mezz 2④ 【Only customized in HPC projects】
CH222
Mezz1 /2
Mezz1 /2
Mezz1 /2
Mezz1 /2
Mezz 2
Mezz 2
CH240
Mezz1 /2
Mezz1 /2
Mezz1 /2
Mezz1 /2
Mezz 2
Mezz 2
CH242
Mezz1 /2/3/4
Mezz1 /2/3/4
Not Support⑤
Mezz1 /2/3/4
Mezz 2/4
Mezz 2/4
Remark
① You are advised to install the InfiniBand mezz modules in Mezz2/Mezz4 (Releated to slots 1E and 4E), for cabling convenience because of the high port density and thick InfiniBand cables. ②By default configuration, the Mezz2 slot of CH220 is already occupied (By the signal connector for standard PCIe card expansion slot) , so only Mezz1 of CH220 can be used to deploy network mezz module. ③By default configuration, the Mezz2 slot of CH221 is already occupied (By the signal connector for standard PCIe card expansion slot) , so only Mezz1 of CH221 can be used to deploy network mezz module by default. ④ But in HPC projects, when used CH221 to support GPGPU/co-processors, customized -configuration by PO of CH221 can be provided, the customized-CH221 can use Mezz2 to deploy IB card. (Note: Customized CH221 need to be tracked by R&D now) ⑤CH242 not support MZ512.
77
Mapping Between MEZZ and Switch Slots Mapping between MEZZ and switch slots
MEZZ and Switch Slots
X2
E1
E4
X2
X3
E4 Switch slots Computing nodes
MEZZ 1
MEZZ 2
Blade
E1 X3 Description
Description
Mezz1 is mapped to switch module slots 2 and 3. Mezz2 is mapped to switch module slots 1 and 4. Mezz module types must match switch modules. Two mezz modules can be flexibly configured with two pairs of switch modules.
78
MEZZ and Switch Module Compatibility Matrix-1 category GE module
10GE module
Switch module CX110
MEZZ Module
A GE switch module with 32 x GE downlink ports and 12 x GE + 4 x 10GE uplink ports
Typical Combination
Remark
MZ110
4 x GE
Yes
MZ510
2 x 10GE CNA
The CX110 supports communications with the MZ510. However, the MZ510 port rate is decreased to GE. The combination use of the MZ510 and the CX110 is not recommended.
MZ512
4 x 10GE CNA
The CX110 supports communications with the MZ512. However, the MZ512 port rate is decreased to GE. The combination use of the MZ512 and the CX110 is not recommended.
MZ110
4 x GE
Yes
compatibility
CX116
32 x GE pass-through electrical ports
CX310
A 10GE converged switch module with 32 MZ510 x 10GE downlink ports and 16 x 10GE MZ512 uplink ports MZ110
2 x 10GE CNA
Yes
4 x 10GE CNA
Yes
A 10GE/FCoE converged switch module with 32 x 10GE downlink ports, 16 x 10GE uplink ports, and 8 x 8G FC uplink ports
MZ510
2 x 10GE CNA
Yes
10GE/FCOE run on the link between the MZ510 and the CX311. FCF on the CX311 will end FCoE communications and switch FCoE communications to 8G FC communications.
MZ512
4 x 10GE CNA
Yes
10GE/FCOE run on the link between the MZ512 and the CX311. FCF on the CX311 will end FCoE communications and switch FCoE communications to 8G FC communications.
MZ110
4 x GE
The CX311 supports communications with the MZ110. However, the rate of ports on the CX311 is decreased to GE.. The combination use of the MZ110 and the CX311 is not recommended.
2 x 10GE CNA
With the same features as the CX310, the CX312 provides eight more 10GE uplink ports than the CX310, applying to scenarios that require more uplink ports.
4 x 10GE CNA
With the same features as the CX310, the CX312 provides eight more 10GE uplink ports than the CX310, applying to scenarios that require more uplink ports.
MZ110
4 x GE
The CX312 supports communications with the MZ110. However, the rate of downlink ports on the CX312 is decreased to GE. The combination use of the MZ110 and the CX312 is not recommended.
MZ510
2 x 10GE CNA
The CX317 supports communications with the MZ510. However, half of ports on the panel are not used.
MZ512
4 x 10GE CNA
CX311
CX312
CX317
A 10GE converged switch module with 32 MZ510 x 10GE downlink ports and 24 x 10GE uplink ports MZ512
32 x 10GE pass-through ports
79
The CX310 supports communications with the MZ110. However, the rate of downlink ports on the CX310 is decreased to GE. The combination use of the MZ110 and the CX310 is not recommended.
4 x GE
Yes
MEZZ and Switch Module Compatibility Matrix-2 category Multi-plane switch module
Switch module CX911
compatibility InfiniBand module
remark
1. 2. 3. 4. 5. 6. 7.
CX610
MEZZ Module
Multi-plane switch module MZ910 16 x 10GE + 8 x 8G FC uplink MZ510 ports 32 x 10GE + 16 x 8G FC downlink ports MZ512
QDR/FDR InfiniBand switching16 x 4X QDR InfiniBand/ 4X FDR InfiniBand downlink ports 18 x QDR QSFP/FDR QSFP+ uplink ports
2 x 10GE + 2 x 8G FC
Typical Combination
Remark
Yes
2 x 10GE CNA
The CX911 supports communications with the MZ510. However, the FC switching plane of the MZ510 is not used. The combination use of the MZ510 and the CX911 is not recommended.
4 x 10GE CNA
The CX911 supports communications with the MZ512. However, the FC switching plane of the MZ512 is not used. The combination use of the MZ512 and the CX911 is not recommended.
MZ110
4 x GE
The CX911 supports communications with the MZ110. However, the rate of downlink ports on the CX911 is decreased to GE, and the FC switching plane of the MZ110 is not used. The combination use of the MZ110 and the CX911 is not recommended.
MZ610
2 x 40G QDR
Yes
MZ611
2 x 56G FDR
Yes
Remark If a mezz module is installed in slot MEZZ1, the mezz module connects to switch modules in slots 2X and 3X If a mezz module is installed in slot MEZZ2, the mezz module connects to switch modules in slots 1E and 4E A mezz module provides the same functions no matter it is installed in slot MEZZ1 or MEZZ2 You are advised to install the CX116s or CX317s in slots 1E and 4E for cabling convenience because of the high port density You are advised to install the CX310s, CX311s, CX312s, or CX110s in slots 2X and 3X You are advised to install the InfiniBand switch modules in slots 1E and 4E for cabling convenience because of the high port density and thick InfiniBand cables You are advised to install the CX911s in slots 2X and 3X 80
E9000 MM910 Management Module Main parts and ports
FPGA
DSP
Management Module
CPU
Local KVM port
Management GE port Management serial port
description
Description
•
The MM910 manages the E9000, complies with IPMI 2.0, and provides management functions such as remote startup, shutdown, reset, logging, hardware monitoring, SOL, KVM over IP, virtual media, fan monitoring, and PSM monitoring.
•
The MM910 supports 1+1 redundancy, and provides a local KVM port for server management. 81
Content 1
Click to add Development Title Converged Infrastructure Trends
2
Click to add Title E9000 Product Highlights
3
Click to add Title E9000 Product Overview
4
Application Scenarios
5
Application Case
82
E9000 Application Scenarios Enterprise Datacenter
Physical machine, VM, and infrastructure with converged computing, storage, and networking resources
Virtual Desktop
VDI in a BOX
Appliance
Application performance acceleration， High-speed Fabric interconnection， Business intelligence/DW, memory database, big data
HPC
Key Application
Four-socket compute nodes supported in half-width slots, InfiniBand switching
RISC to IA
The modular converged architecture meets various workload requirements Computing
2S, 4S computing nodes, storage expansion, IO expansion computing nodes
Storage
IPSAN, FC-SAN, FCoE, distributed storage
Network
GE, 10GE, 8GFC, FCoE, Infiniband switch, TRILL large layer 2 data center switches
IO Acceleration components
PCIe SSD, GPU, FPGA, MIPS
83
Enterprise Data Center Application Physical and Virtual Servers Enterprise Datacenter Application
Typical Configuration • E9000 chassis • CH121 2-socket compute node (for web, middleware, and application VM
LAN
deployment)
GE
• CH220 resource expansion 2-socket compute node • CH222 storage expansion 2-socket compute node • CH240 4-socket compute node (database physical machine deployment)
10GE 8*8G FC
10GE LAN
• Large-capacity SSD cards with application acceleration for email, ERP,
8G FC SAN
CRM, databases, and BI • CX110 and CX311 switch modules
iSCSi FCOE
IPSAN FCSAN
• GE, 10GE, FCoE, and FC switching, providing a converged network to improve management convenience, flexibility, and scalability. FC SAN
84
VDI in a Box Computing and Storage Convergence Without SAN VDI in a box
Typical Configuration • • • •
E9000 chassis CH222 storage expansion 2-socket compute node CX110 switch module PCIe SSD card
Features
GE/10GE LAN
• Supports 128 processor cores, 6 TB memory capacity, and up to 128 TB raw storage capacity. • Supports 500 (heavy) to 1000 (light) virtual desktop infrastructure (VDI) users. • Supports deployment of an OS and hot applications on PCIe SSD cards, which reduces the VDI startup peak, increases IOPS by 800%, and reduces costs by 20%. • Supports the disk drawer and hot-swappable disks to reduce the time required to rebuild data during disk replacement. • Supports the virtual block storage (VBS) distributed harsh table (DHT) ring to protect shared disk storage in cross-server mode.
85
MPP Architecture OLAP for BI, DW, and In-memory Database MPP Architecture
Typical Configuration • E9000 chassis • CH222 storage expansion 2-socket compute node • CH240 4-socket compute node (1.5 TB memory capacity) • PCIe SSD card • CX311 switch module
10GE LAN
Features • Provides 2-socket 24-DIMM computing capability per node. Supports 15 disks per node. • A 4-socket 48-DIMM analysis node provides 1.5 TB memory capacity to support the memory database and real-time analysis. • Each node provides service bandwidth of 20GE. The switch latency is in ns, which removes the IO bottleneck during the ETL process. • The large-capacity PCIe SSD card is used for the index and hot data cache, which greatly improves the IOPS of the parallel database.
56G IB
86
Unstructured Database Application Hadoop, Hbase Application Unstructured Database Application
Typical Configuration • E9000 chassis • CH121 2-socket compute node • CH222 2-socket storage expansion compute node (for web, middleware, application VM deployment) • Hadoop hardware compression card • CX110 switch module
GE LAN
Features •
10GE
•
•
87
A NameNode 2-socket compute node can provide a cost-effective large memory with up to 768 GB memory capacity. A DataNode 2-socket compute node supports 15 x 2.5" disks, and provides 40GE service bandwidth (4GE per node). The compression card improves Hadoop performance by 20%, and reduces network traffic by more than 60%, CPU usage by over 80%, used disk space by more than 50%, and disk I/O data read and write operations by over 50%.
Key Applications RISC to IA, Unix Migration Key Applications 32 x 10GE uplink ports LAN
16 x 10GE uplink ports
Typical Configuration
12 x GE uplink ports
• E9000 chassis • CH121 2-socket compute node (for web, middleware, and application VM deployment) • CH240 4-socket compute node (database physical machine deployment) • CH280 8-socket compute node (2013) • PCIe SSD card • CX110 and CX311 switch modules
Features
8 x GE downlink ports
8G FC SAN FC
8 x GE downlink ports
88
• Supports the VM resource pool for web, application, and middleware layers and virtual NICs to increase network throughput, which ensures VM security. • The OLTP database is deployed on physical machines, which supports stateless computing and migration, and use FC SAN for shared storage. • Supports a large-capacity cache by using PCIe SSD cards to improve I/O performance for databases. • Supports highly reliable redundancy for PSMs (N+1/N+N) and fan modules.
High Performance Computing HPC Application HPC
Feature
• CH140 4S high density computing node
CH221 IO expansion 2S computing node
89
CH140 Twin Computing Node: High-density computing •
Supports 2*2-socket compute nodes in half-width slots
•
Supports 64 Intel Xeon E5-2600 processors in a chassis.
•
Supports 192 E5-2600 processors in a rack(3 chassises).
•
Supports 12 TB memory capacity
•
Supports InfiniBand QDR/FDR
•
Supports InfiniBand EDR evolution
•
Supports GPU and SSD resource expansion
Content 1
Click to add Development Title Converged Infrastructure Trends
2
Click to add Title E9000 Product Highlights
3
Click to add Title E9000 Product Overview
4
Application Scenarios
5
Application Case
90
Case: Dispatching and directing management system for CREC Customer requirements
As the dispatching and directing management system is closely related to production security, the China Railway Engineering Corporation (CREC) requires a system with high reliability and security. The dispatching and directing management system frequently transmits data, which imposes a high requirement on the data transmission latency. The system must be easy to maintain.
Highlights
91
Reliability: The E9000 uses a passive midplane and fully redundant key components, which greatly improves system reliability. Real-time capability: The E9000 midplane provides a switching capability of up to 15.6 Tbit/s, ensuring high-speed data switching for internal service modules. Maintainability: The E9000 provides unified eSight management interfaces for configuring, monitoring, and managing the chassis, PSUs, fan modules, switch modules, and compute nodes.
Case: virtual laboratory of Shanghai Maritime University Customer requirements
Simplicity: IT resources are centrally managed, which improves IT resource O&M efficiency. High efficiency: The E9000 maximizes performance of the existing platform, increasing cost-effectiveness for applications. Agility: The E9000 supports high scalability, which meets requirements on IT resources of scientific researches.
Solution
92
The E9000 provides integrated management for hardware and software resources, enabling automatic deployment and highly efficient maintenance. The E9000 supports GPUs and PCIe SSD cards to improve network and graphics processing performance. The system supports cascading of up to eight chassis, which meets requirements for service expansion.
Case: HPC for UK XX University Customer requirements • • •
Storage: The distributed storage solution is used to allow all compute nodes to share the storage space. Computing: The system supports the next-generation Intel CPUs with the data processing capability of 8 TFLOPS at peak values. Network: The multiple-plane networking is used to isolate the computing, storage, and management networks.
Solution • • • 93
The Lustre distributed storage solution is used, and compute nodes and storage nodes are selected for the Lustre networking. The existing platform can be smoothly upgraded to Ivy Bridge, which meets requirements for the architecture and computing performance. The GE, 10GE, and IB networking solutions are provided, and physical planes are isolated, which ensures stable service operating.
HUAWEI ENTERPRISE ICT SOLUTIONS A BETTER WAY
Copyright©2012 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.
Huawei Tecal X6000 High-Density Server Main Slides
Content 1
Product Positioning
2
3
4
96
Best Choice for Large-Scale Server Applications
Cloud computing
Web 2.0
Enterprise informatization
X6000
HPC
97
Virtual host Cloud computing Distributed computing
Internet searching CDN E-commerce Online games and communities
Enterprise portal Application middleware Database Branches CRM/ERP/SCM Cluster rendering Modeling and simulation Business intelligence
Challenges Facing the System Cloud computing, Web 2.0, Enterprise informatization, and HPC…
Compact Higher power consumption More complex management
98
New-Generation, High-Density Servers IBM iDataPlex
HP SL6500
DELL C6220
SL250s Gen8 SL230s Gen8
dx360 M4
Cabinet server expandable with multi-node servers High density
4 U multi-node server High density High scalability
99
2 U multi-node server High density Large-capacity storage
Huawei High-Density Server: Tecal X6000
Super high density
High energy efficiency
Simple management and maintenance
High performance to 8 CPUs in a 2 U server (160 equivalent to 4 Up CPUs in a cabinet) rack servers Consumes at least 10% less energy than same-density rack servers Deployment time one-third less than the earlier version
2 U high-density node server
100
Content 1
2
X6000 Overview
3
4
101
X6000 Appearance
2 U shelf houses 4 half-width nodes or 2 full-width nodes. The passive backplane combined with redundant PSUs and fan modules eliminate single point failures. Hot-swappable N+1 fan modules
2U
PCIe slots
Expansion slots for node servers
High-density ports (available on all node servers) 1 VGAand 3 USB ports
102
Hot-swappable 1+1 PSUs
PCIe slots
Management Service network ports for network ports node servers for node servers
X6000 Node Server Family
XH310 V2
XH320 V2
XH621 V2
New-generation platforms Intel Xeon E3-1200 V2 22nm Sandy Bridge
Intel Xeon E5-2400 32nm Sandy Bridge
XH311 V2
Intel Xeon E5-2600 32nm Sandy Bridge XH620
XH320
Earlier platforms Foxhollow and Westmere
XH310
2011
2012
103
2013
2014
X6000 Node Server Classification
Smooth upgrade helps maximize ROI
Streamlined computing
2 U, 4 nodes
XH310 V2 XH311 V2
2 U, 2 nodes
XH621 V2
Dense computing XH320 V2
104
Computing and storage balance
High-density, Streamlined Computing with Half-width, Single-CPU Server Nodes 1 CPU 4 UDIMMs
1 x 3.5inch SATA disk
XH310 V2
1 CPU
4 UDIMMs
4 x 2.5-inch SAS disks, SATA disks, or SSDs
XH311 V2
105
1 Intel Xeon E3-1200 V2 CPU 4 DDR3 UDIMMs 1 x 3.5-inch SATA disk (no hot swap) 2 onboard GE ports and 1 PCIe x8 slot Hot-swappable node TPM
1 Intel Xeon E3-1200 V2 CPU 4 DDR3 UDIMMs 4 x 2.5-inch hot-swappable SAS disks, SATA disks, or SSDs; supports RAID 0, 1, 10, 5 , etc. Cache capacity of 512 MB or 1 GB; optional battery or super capacitor 2 onboard GE ports and 2 PCIe slots Hot-swappable node TPM
High-density, High-performance Computing with Half-width, Dual-CPU Server Nodes
2 CPUs
12 RDIMMs 4 x 2.5-inch SAS disks, SATA disks, or SSDs
2 Intel Xeon E5-2400 CPUs
12 DDR3 RDIMMs
4 x 2.5-inch hot-swappable SAS disks, SATA disks, or SSDs; supports RAID 0, 1,
10, 5, etc. Cache capacity of 512 MB or 1 GB; optional battery or super capacitor
2 onboard GE ports and 1 or 2 PCIe slots
XH320 V2
106
Hot-swappable node and disks TPM USB port and USB flash card port
High-Performance, Dense Computing with fullwidth, Dual-CPU Server Nodes
2 CPUs
8 x 2.5-inch SAS disks, SATA disks, or SSDs
24 RDIMMs
XH621 V2
107
2 Intel Xeon E5-2600 CPUs 24 DDR3 RDIMMs 8 x 2.5-inch hot-swappable SAS disks, SATA disks, or SSDs; supports RAID 0, 1, 10, 5, etc. Cache capacity of 512 MB or 1 GB; optional battery or super capacitor 2 onboard GE ports and 2 or 4 PCIe slots Hot-swappable node and disks TPM USB port and USB flash card port
X6000: Broadest Range of High-density Server Nodes Server Nodes Vendor
Product Model
Height
PSU
Node Quantity
Model
CPU Quantity
CPU Type
DIMM Slot Quantity
Disk
Expansion Slot Quantity
Service Network Port
XH310 V2
1
Intel E31200 V2
4
1 × 3.5"
1
2 × GE
XH311 V2
1
Intel E31200 V2
4
4 × 2.5"
2
2 × GE
XH320 V2
2
Intel E52400
12
4 × 2.5"
1 or 2
2 × GE
2
XH621 V2
2
Intel E52600
24
8 × 2.5"
2 or 4
2 × GE
4 Huawei
X6000
2U
2
Dell
C6220
2U
2
4
C6220
2
Intel E52600
16
Shared by nodes: 12 × 3.5" or 24 × 2.5"
1 or 2
2 × GE
IBM
iDataPlex
2U
2
2
dx360 M4
2
Intel E52600
16
1 × 3.5" or 2 × 2.5" or 4 × 1.8" SSDs
2
2 × GE
2
4
SL250s
2
Intel E52600
16
4 × 2.5" + 4 × 2.5 " (or GPU)
2
2 × GE
SL230s
2
Intel E52600
16
6 × 2.5" or 2 × 3.5 + 2 × 2.5" (2 × 2.5" disks occupy 1 PCIe slot)
1
2 × GE
CX270 S1
2
Intel E52600
16
12 × 3.5" or 24 × 2.5" (shared by nodes)
2
2 × GE
Intel E52600
16
6 × 2.5" or 3 × 3.5"
2
2 × GE
Intel E52600
8
6 x 2.5" (24 x 2.5" for an entire node server)
1
2 or 4 × GE
HP
SL6500
4U 2
Fujitsu
CX400
2U
2
8
4 CX250 S1
Inspur
SA5248L
2U
2
4
SA5248L
108
2
Most energyefficient
Most DIMMs and highest scalability
Power Consumption Comparison Between the X6000 and Rack Servers Test data on power efficiency between the X6000 and common 1 U rack servers Server configuration: 2 CPU, 12 DIMMs, 2 x 2.5“ SAS HDDs CPU Stress
XH320 (X6000 power consumption per node)
Rack Server
Energy-Saving Wattage (watts)
Percentage
0%
90.25
169
78.75
47%
10%
133.5
190
56.5
30%
20%
154.5
207
52.5
25%
30%
173
222
49
22%
40%
192.25
238
45.75
19%
50%
211.75
256
44.25
17%
60%
233.75
273
30.25
14%
70%
250
289
39
13%
80%
268.5
304
35.5
12%
90%
287.5
320
52.5
10%
100%
304.5
337
32.5
10%
The X6000 consumes 10% to 20% less power per node compared with identically configured 1 U rack servers.
109
Content 1
2
3
Features
4
110
X6000: Various Nodes and Flexible Scalability • Provides node servers with different configurations based on service types and computing requirements. • Supports flexible shelf-to-cabinet deployment and smooth upgrades for node servers. XH311 V2
XH320 V2
XH310 V2
XH621 V2
X6000
111
Up to 20 X6000 servers in a cabinet Independent configurations for node servers in an X6000 Compatibility with earlier node servers with smooth upgrades
X6000: Stable Architecture and a Reliable System
• Hot swap for all FRUs. • Redundant architecture • No single-node system failure
• 12 V passive backplane • Carrier-class components and manufacturing • Industry-leading RAID solution Failure mode affecting analysis
EMC Standards
…Industrial standards… Reliability, maintainability, and availability
Black box diagnosis protects OS health
CCC, UL, CE, and FCC certified
Customer tests confirm that the X6000 offers the highest stability and lowest failure rates.
112
X6000: Highest Energy Efficiency The half-width node uses 10% to 20% less energy than an identically configured 1 U rack server. • Fan module design shares architecture to realize centralized heat dissipation • Optimized heat dissipation achieved by isolating PSUs and node ventilation channels • Dynamic load-balancing lowers frequency • Efficient AC power supply gives a power conversion efficiency of 94% • Centralized 12 V DC power supply • Flexible power options
X6000 performs best in the Spec test for energy efficiency
113
X6000: Convenient Management and Maintenance Management network
Flat management architecture (same as rack servers)
Node 4
Node 3
Node 2
Node 1
Management features
Virtual shelf
Virtual shelf
Virtual shelf
Virtual shelf
Physical shelf
Flat management architecture
114
Intelligent black box monitoring locates faults System fault diagnosis Hot-swappable components facilitate rapid maintenance Proprietary ASIC management chips Zero Touch remote management
Content 1
2
3 4
Features
Application Scenarios and Success Stories
115
X6000: Application Scenarios Application Features
Application Features High scalability Strong integer arithmetic capability High memory capacity High density High reliability Easy management Secure
Application Features High scalability Strong integer arithmetic capability High memory capacity High storage capacity High reliability
Best high-density application scenarios for full-width, dual-CPU node servers maximize costefficiency
Cloud Computing
Enterprise informatization Best dense application scenarios for full-width, dual-CPU node servers optimize performance
Best high-density deployment scenarios for single-CPU node servers minimizes cost
Web 2.0
HPC
High scalability Strong integer arithmetic capability Strong floating-point arithmetic capability High memory capacity High density High reliability Secure
Application Features
Strong integer arithmetic capability Best high-density Strong floating-point deployment scenarios for arithmetic capability half-width, dual-CPU node High memory capacity servers optimize computing High storage capacity performance High density Secure
Easy management Secure
116
Huawei Servers Help Tencent Build an Efficient IT System Customer Requirements
QQ mailbox
Lower TCO: Over 200,000 servers in use in Tencent, which charges 1 billion RMB for electricity each year. Reducing operation costs and cabinet rents are in demand. Rapid deployment: To address waves of Internet service requirements, Tencent requires rapid delivery of the infrastructure. Stable operation: Servers are regarded as product lines in Tencent, so stable operation of servers is of utmost importance. Batch faults are not allowed for scale deployment of servers.
Solution
The 2 U 4-node high-density X6000 servers increase space utilization, and reduce power consumption and operating costs. Various node servers are provided to fit in different classifications of servers. Carrier-class components are highly reliable.
2 CPUs/high memory capacity /2U45V
Value • • •
1CPU/low costs/2U45V
Lower TCO: Reduces space occupation by 50%, lowers power consumption by 15%, and decreases TCO by 30%. Improve deployment efficiency greatly: Deploying a chassis of 20 server nodes takes only 10 minutes compared with 5 hours in the past. Reduce faults: Solves the problem of batch faults; Huawei servers DB application/ are of the lowest faults according to the statistics by Tencent. high stability
117
Huawei and Tencent Strengthen Cooperation
Storage server
Customized cabinet server
High-capacity RH2285 passes Tencent's TS server tests.
2008
2009
Searching Servers for Large-scale Sales Successful tests on SSD products and S6 package servers greatly increase the performance of S6 package servers, reducing TCO sharply.
118
Customized cabinet servers based on Tencent's requirements for its IDC cabinet servers.
2010 Customized X6000 Huawei provided a fully customized the X6000 for Tencent.
2011
Huawei Servers Help StarHub Build Efficient IaaS Customer Requirements
Flexible cloud service platform: With the development of the Singapore NGNBN project, the enterprises covered by StarHub increase from 800 to 20000, which requires a resilient cloud service platform to support sustainable service development. Rapid deployment: It is required that the vendors can rapidly deliver servers to deploy IT services in the shorted time. Competitiveness: The solution should be advantageous in TCO to enhance operating competitiveness.
Solution
Huawei provides laaS oriented to all enterprise users for StarHub and builds services, networks, storage systems, and Web and storage services. The X6000 servers are used to build a distributed cloud computing platform to support million-level node cluster computing.
Value • •
•
Virtualization computing: Provides virtualization computing resources to support a resilient cloud system. Rapid deployment: Deploying a cabinet of 20 servers takes only 10 minutes and deploying hundreds of servers takes only a few days. Lower TCO: Improves space utilization by 50%, reduces power consumption by 15%, and decreases TCO by 30%.
119
HUAWEI ENTERPRISE ICT SOLUTIONS A BETTER WAY
Copyright©2012 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.
HUAWEI Tecal ES3000 HighPerformance PCIe SSD Card Main Slides
Prominent I/O Bottleneck Under Growing Performance Gap Between CPUs and Disks I/O imbalance becomes noticeable as users and applications increase exponentially, and the imbalance development between processors and storage sharpens. Data read/write performance must be improved to ensure stable service operating and enhance user experience.
Applications
Video
Search
Storage I/O bottleneck
CDN, Cache... High-performance database
High I/O performance applications Experience Client System end
Storage
Storage IOPS
About 20 times
1984 19871990 1993
I/O imbalance Expansion
About 570 times
Processor performance (MHz)
4,000 3,500 3,000 2,500 2,000 1,500 1,000 500
Server
20102012
15,000 r/min
2.8 times Hard disk 5,400 r/min rotational speed
3 TB
Capacity 41 times
73 GB
PCIe SSD Card Simplifies Storage Paths to Resolve the Storage I/O Bottleneck The PCIe SSD card directly communicates with the CPU over the PCIe bus to shorten storage access paths. It also combines flash high read and write performance to significantly improve storage performance and resolve the storage I/O bottleneck.
Memory CH.0 CH.1
CPU Intel Xeon
CH.2 CH.3
1. PCIe SSD storage system
PCIe x8
PCIe x8
PCIe x8 2. Local hard disk storage 3. FC disk array storage RAID controller system system FC HBA card
SAS hard disk
FC disk array
Excellent Read/Write IOPS and Bandwidth Performance The PCIe SSD storage system provides 600K@4 KB 100% random read IPOS performance and 3000 MB/s read/write bandwidth to meet customers' service requirements for high I/O and bandwidth.
100% random read IOPS @4 KB 700000 600000 500000
Maximum read/write bandwidth (MB/s) 3500
600000
Improves by 24 to 1000 times.
2000
300000
1500
200000
1000 600
26000
500
7000
800 370
150
0
0 SAS mechanical HDD SATA SSD
Improves 4 to 20 times
2500
400000
100000
3000
3000
FC disk array PCIe SSD card
SAS mechanical HDD
Local Hard Disk Storage System
SATA SSD
FC disk array PCIe SSD card
FC Disk Array Storage System
PCIe SSD Storage System
Maximum capacity of a hard disk
600 GB (SAS HDD)
400 GB (SSD)
7.2 TB (12 SAS HDDs)
2.4 TB
100% random read IOPS of a hard disk
0.6K (@4 KB)
26K (@4 KB)
7K (@4 KB)
600K (@4 KB)
Maximum bandwidth of a hard disk
150 MB/s
370 MB/s
800 MB/s
3000 MB/s
Average response latency
10–100 ms
0.1–1 ms
1–10 ms
10–100 µs
IOPS performance per GB
Low
Average
Low
High
Improving SQL Server 2012 Query Performance by at Least Four Times Performance query by second Improves 1.5 to 4 times
Average query time (ms)
7520
8000
37
7000
6000 5000 4000 3000 2000
40
5477
Imroves 15 to 3000 times 30 20
1704
10
0.159
1000
0.01
0
0 SAS mechanical HDD
SATA SSD
ES3000
SAS mechanical HDD
SATASSD
ES3000
Fast Track for SQL Server 2012 Server Configurations SAS RH2288 V2: 2 x E5-2690, 16 x 8 mechanical GB, 12 x 600 GB SAS HDD HDD RH2288 V2: 2 x E5-2690, 16 x 8 SATA SSD GB, 12 x 400 GB SATA SSD ES3000
RH2288 V2: 2 x E5-2690, 16 x 8 GB, 2 x 2.4 TB ES3000
Maximum User Rated User Performance I/O Average Average Query Data Capacity Data Capacity Query by Performance Query Block Size (KB) (TB) (TB) Second Query (MB/s) Time (ms) 8
5.5
436
1704
743
37
7
5
438
5477
2399
0.159
10
8
427
7520
3211
0.01
Improving the Performance of the UFIDA U8 ERP Appliance by More Than 30% Average efficiency improved by 20%
Efficiency improvement in concurrent application scenario 30.00%
Efficiency improvement in the BI scenario
26.61% 23.17%
25.00%
20.31%
20.00%
19.57%
18.39%
40.00% 16.88%
16.53%
31.71%
30.64% 21.36%
15.62%
20.00%
15.00%
0.00%
10.00% 5.00% 0.00%
Efficiency improvement at the end of each month 70.00% 60.00% 50.00% 40.00%
30.00% 20.00% 10.00% 0.00%
63.33%
Overall efficiency improved by 37%.
60.19% 49.19%
45.83% 44.98% 43.39% 35.77% 35.24% 33.64%
30.45% 19.22%
16.36% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00%
Average efficiency improved by 30%
Excellent Platform for Exchange Email Servers
Excellent platform performance Supports 500 to 3000 email users. The number of users can be smoothly adjusted. In the Jetstress test, Huawei appliance has much higher performance than similar competitors' Exchange appliance servers. IOPS
Comparison with other vendors’ Model Flash granule Capacity
MLC 785 GB
Form factor
1.2 TB HH-HL
Bus interface Read bandwidth
1.5 GB/s (1 MB)
1.5 GB/s (1 MB)
275,000 (512B) 245,000 (4 KB)
Read latency Write bandwidth
800,000(5 12B) 230,000(4 KB)
Write IOPS
Mixed IOPS(W:R = 3:7)
Power consumption Operating temperature Air flow (LFM)
Huawei ES3000
MLC
MLC
MLC
MLC
MLC
FH-HL
FH-HL
HH-HL
HH-HL
HH-HL
Gen 2 x8
Gen 2 x4
Gen 2 x8
Gen 2 x8
3.0 GB/s (1 MB)
1.4 GB/s
2 GB/s
1.5 GB/s (1 MB)
143,000 (512B) 136,000 (4 KB)
540,000 (512 B) 480,000 (4 KB)
1.3 GB/s(1 MB)
2.5 GB/s(1 MB)
800,000(512 B) 250,000(4 KB)
535,000(512B ) 242,000(4 KB)
1100,000(512 B) 490,000(4 KB)
-
-
25 W 0℃ to 55℃ 300
Intel SSD 910
300 GB, 600 GB, 1.2 TB
550 GB, 1100 GB
1100 GB, 2200 GB
1.6 GB/s (64 KB)
400 GB
800 GB
800 GB
HH-HL
2.7 GB/s(64 KB)
1.2 TB
2.4 TB
FH-HL
Gen 2 x8
Gen 2 x8
Gen 2 x8
1 GB/s
2 GB/s
2.2 GB/s
3.2 GB/s
3.2 GB/s
570,000 (4KB, stable value) 600,000 (4 KB, maximum value)
760,000 (4 KB, stable value) 770,000(4 KB, maximum value)
760,000 (4 KB, stable value) 770,000(4 KB, maximum value)
144K
-
578,000 (512B) 175,000 (4KB)
1130,000 (512B) 350,000 (4KB)
90,000 (4KB)
180,000 (4KB)
<50 us
-
76 us(4 KB)
78us(4KB)
65 us
65 us
0.6 GB/s
2 GB/s
540 MB/s(64 KB)
1 GB/s(64 KB)
0.75 GB/s
1 GB/s
1.2 GB/s
1.8 GB/s
2.8 GB/s
75,000(4 KB)
120,000 (4 KB, stable value) 330,000(4 KB, maximum value)
180,000 (4 KB, stable value) 480,000 (4 KB, maximum value)
240,000 (4 KB, stable value) 630,000 (4 KB, maximum value)
49 us
163,000
250,000(4kB) 160,000(8kB)
-
-
< 50 us
-
16 us(512 B)
18 us(512 B)
-
55,000(8 KB)
-
105,000(4 KB)
217,000(4 KB)
-
-
260,000 (R/W: 180,000/80,000 )
400,000 (R/W: 280,000/120, 000)
430,000 (R/W: 300,000/130, 000)
55 W
-
16 W
-
-
8 W to 30 W
12 W to 38 W
20 W to 35 W
25 W to 50 W
25 W to 60 W
0℃ to 55℃
0℃ to 70℃
0℃ to 45℃
0℃ to 55℃
0℃ to 55℃
100
200
200
300
15 us
-
Virident FlashMAX II
480 GB/980 GB
1.3 GB/s(1 MB)
Write latency
OCZ ZDrive CM84/RM84
2.4 TB
68 us 1.1 GB/s(1 MB)
STEC s1120
3.0 TB
Gen 2 x4
270,000 (512B) 215,000 (4 KB)
Read IOPS
ioDrive2 Duo
Fusion-IO ioDrive2
38,000(4 KB)
65 us
8 us
For more competitiveness analysis: http://3ms.huawei.com/mm/docMaintain/mmMaintain.do?method=showMMDetail&f_id=SV13042059580069
Thanks for watching! Qestions/Answers Harry Lin Sales ActForNet Technologies Inc
