Transcript 幻灯片 1

Серверы Huaweiпроизводительность и надежность
www.huawei.com
[email protected]
Содержание
1
История развития
2
Обзор серверной линейки
3
Основные преимущества
Huawei Cloud Congress 2013
2
История развития серверного направления в компании Huawei
11 лет назад...
1. Массовые
внедрения 1G T8000
2. Начало
разработки 2G 8000
Начало разработки
1-го поколения блэйд
серверов
Начало продаж
блэйд серверов 1го
поколения Т8000
Платформа ATCA
(telecom)
Более 1000 сотрудников занимающаяся разработкой и
производством серверов
Более 100 патентов и участие во многих организациях по
стандартизации
Богатый исследовательский и технический опыт в
телеком,датаком сфере .
Широкое сотрудничество с производителями
оборудования и ПО, такими как Intel, AMD, SUSE и Redhat
в технических областях, в том числе проектирования
систем,разработки чипов и дизайна операционной
системы
2002
2004
2005
1. Запуск 2го
поколения T8000
2. Начало разработки
rack серверов.
2006
2007
2.Массовые инсталляции
2G T8000
2 Запуск сервера RH1120
3 Начало разработки собственных
серверных компонентов
2008
2010
2009
1. Запуск серверов
RH1280 and RH2280
2. Начало производства
сервеных компонентов
таких как сетевые карты,
SSD и комплекты памяти
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1. Запуск E6000
RH1285/2285 2G
2. Новое поколение
серверных компонентов и
начало предоставления
заказчикам высоко
производительных
датацентр решений
3
Запуск Х6000
серверного
решения для
облачных
вычислений
2. Запуск X8000
1.
Постоянные
инновации,
предложение более
конкурентоспособной
продукции
Мир изменяют данные
40
2%
Data Generation
Total amount of Data
of 40ZB in 2020
Total power
consumption of data
centers
80%
65%
Data Transfer
Increase of
unstructured data
X86 servers with
virtualization
supported
Data Compute and Storage
The huge amount of data created is the
largest challenge to data center network,
storage, and servers.
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Проблемы серверного оборудования
<30%
High Power
Consumption
Low Utilization
Per Rack power is
limited
Average Utilization
Rate
50%
2.5
Source：The Green Grid
77.7%
Internet users are
worried about security
issues
Increase in Total
Amount of Data
40ZB
2020 Global Data
Big Data Analytics
OPEX as a
percentage of total （Source：Michael Bell,
IT spending
research vice president at Stamford）
Traditional
Servers
Data Center PUE
50%
Rapid Expansion
3KW
Rapid
Expansion
Low
Reliability
Source：IDC
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5
68%
Enterprises will
experience 6 cases of
stolen data
От Compute Centric к Data Centric
Data Centric
Compute Centric
Multiple Storage
Media
Tiered Storage
Input
CPU
Output
Lower TCO
Higher
Performance
Memory
Hard Drive
Magnetic Tape
• Depends on compute power
• Data stored on memory hierarchy
• Compute is far away from data, result in
long latency and small bandwidth
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CPU
CPU
CPU
Converged
Switching
Technology
CPU
Data
CPU
Low Latency IO, supports
virtualization acceleration
CPU
Just
Enough
Computing
Just enough
Compute power for
each application
CPU
CPU
• Distributed compute nodes for computation
• Compute is closer to Data, which reduces latency
• Compute capability depends on location of data,
types of data storage, and appliation
6
Процессор более не основной компонент
Super Computer CISC
Mini Computer RISC
X86 Servers
Micro Servers
C
P
U
System z
BS2000
Power7
Memory
SPARC T4/T5 Itanium
Ethernet
Reduce
Latency
Increase BW
100GbE
iSCSI, FCoE
RRAM
Racetrack
PCM
MRAM
InfiniBand
QDR/FDR/EDR Cluster
Interconnect
500ns
PCIe Shared IO
25ns
QPI
１Gbps
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ARM Cortex
Storage
FC
2us
Intel Atom
AMD Opteron
IO Interconnect
Latency
20us
Intel Xeon
40Gbps
１00Gbps
7
128Gbp
s
BW
Просто добавь вычислений

Generic CPU + Application specific CPU = Heterogeneous
CPU
Processors are moving
toward specialization
Heterogeneous CPUs can be more flexible, higher cost
performance, and high power performance
• First used by storage systems
• Internet server begin small scale deployment from
2013～2014
• Enterprise server application still lag behind 3~5 years
•
Performance per Watt is
becoming more important
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Рост твердотельных накопителей

Another level in the memory hierarchy
1
CPU
Clock
7
20
60
100uS
10mS
100mS
100S
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64K
D&I
Buffer
L2 Cache
Shared L3 Cache
Main Memory (Electrical)
Solid-State
DiskDisk
(PCIE)
Solid-State
(PCIE)
Solid-State Disk (SATA)
Hard
Disk
(Magnetic)
Hard
Disk
(Magnetic)
CD DVDCD
Blu-ray
(Optical)
DVDROM
Blu-ray
ROM
(Optical)
Tape (Magnetic)
Tape (Magnetic)
9
Random
Access
Memory
256K
20M
1.5T
2.5T
4T
Serial
Access
Memory 125G
5T
Конвергенция –будущее сетей

Ethernet supports DCB

Ethernet supports RDMA

Convergence of FC and Ethernet to FCoE

Converged Switching of Infiniband, Ethernet, and FC:
SwitchX

Infiniband bandwidth still leads Ethernet, but the amount
of lead is reducing, while FC is lagging far behind.
Ethernet is absorbing many new features from other IO
technology, and a Ethernet based converged network is
forming.
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Немного о виртуализации

65% WW workloads Virtualized

Tier 1 Apps being virtualized

NFV being promoted by Telcos

More Memory per Server

Higher Network BW per Server
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Автоматизация –путь к снижению TCO

VM Sprawling, IT Management 65+% of IT Spending

IT Automation critical to lower TCO

Support for IT Automation:

Stateless Computing – Physical Server

Agentless Server Status Monitoring

Bare metal Server Deployment Automation
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Content
1
История развития
2
Обзор серверной линейки
3
Основные преимущества
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Стратегические направления Huawei Server
16S ~ 64S RH8XXX
8S RH5885
2S RH22XX
4S RH5885
E9000
Scale up
Mission-critical enterprise applications, virtualization, and midrange computer migration
HPC
Private cloud
Appliance
Virtualization
Converged
SSD card
Massive data
processing
X8000
Web 2.0 application
Public cloud
Scale out
Data compression card
iNIC
Application acceleration card
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X6000
14
Cloud server
Полный набор технологий в одном вендоре
The only global server vendor who develops chips, boards, cards, and builds up servers by oneself
Node Controller, BMC, etc.
ASICs
Indigenous R&D
Huawei Server
I/O
Accelerator
Interconnect
Architect
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I/O Acceleration cards, help improve full system performance
High performance interconnect technology for server products
System level architecture design to improve performance and
reliability
15
Серверное портфолио
«Решения»
PCIe SSD card
E9000
Блейд
сервера
12U, 8/16 лезвий
2S HW blade
CH121
2*CPU(E5-2600)
24*DIMMs
2*2.5’’ HDDs
1*PCIe x8 FHHL
E6000
8U, 10 лезвий
N2000 NAS
12*3.5”+2*2.5”HDDs
Supports CIFS, NFS, iSCSI, etc.
Windows Storage Server 2012
800GB
1.2TB
2.4TB
2S FW blade
CH221
CH220
2*CPU(E5-2600)
24*DIMMs
2*2.5’’ HDDs
4*PCIe x8FHHL
2*CPU(E5-2600)
24*DIMMs
2*2.5’’ HDDs
2*PCIe x16FHFL
2S blade
BH621 V2
BH620 V2
2*CPU(E5-2400)
12*DIMMs
4*2.5’’HDDs
Exchange Appliance
600users(3GB/user)
1200users(3GB/user)
3000users(5GB/user)
2*CPU(E5-2600)
24*DIMMs
15*2.5” HDDs
1*PCIe x8FHHL
2*CPU(E5-2400)
12*DIMMs
2*2.5’’HDDs
1*PCIe x8
Сервера
высокой
плотности
2U, 2/4 ноды
XH310 V2
1U 2S
RH1288 V2
Стоечные
сервера
2*CPU(E5-2600)
24*DIMMs
4*3.5’’HDDs
or 8*2.5’’HDDs
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1*CPU(E3-1200 V2)
4*DIMMs
4*2.5’’HDDs
2U 2S
RH2285 V2
2*CPU(E5-2400)
12*DIMMs
12*3.5’’+2*2.5’’
HDDs or
8*2.5’’ HDDs or
26*2.5’’ HDDs
4S blade
BH640 V2
2*CPU(E5-2600)
24*DIMMs
2*2.5’’HDDs
XH311 V2
1*CPU(E3-1200 V2)
4*DIMMs
1*3.5’’HDD
4*CPU(E5-4600)
48*DIMMs
8*2.5” HDDs
or 4*2.5” HDDs +
1*PCIe x16FH3/4L
BH622 V2
1S HW node
X6000
4S FW blade
CH240
CH222
4*CPU(E5-4600)
24*DIMMs
2*2.5’’HDDs
RH2485 V2
2*CPU(E5-2600)
24*DIMMs
12*3.5’’+2*2.5’’
HDDs or
8*2.5’’HDDs or
26*2.5’’HDDs
4*CPU(E5-4600)
48*DIMMs
8*2.5’’HDDs
16
CX seres
GE, 10GE, FCoE, FC,
Infiniband QDR/FDR
Switch series
NXseries
1GE, 10GE, FC
2S HW node
XH320 V2
2S FW node
XH621 V2
2*CPU(E5-2400)
12*DIMMs
4*2.5’’HDDs
2*CPU(E5-2600)
24*DIMMs
8*2.5’’HDDs
2U 4S
RH2288 V2
Switch module
4U 4S
RH2488 V2
4*CPU(E7-4800)
32*DIMMs
6*3.5’’HDDs
8U 8S
RH5885 V2 (4S)
RH5885 V2 (8S)
4*CPU(E7-4800)
64*DIMMs
10*2.5’’HDDs
8*CPU(E7-8800)
128*DIMMs
16*2.5’’HDDs
HUAWEI Tecal ES3000
Высокопроизводительная карта SSD PCIe
Емкость
Тип памяти
Интерфейс шины
Карта SSD PCIe HUAWEI Tecal ES устраняет
ограничения системы ввода/вывода и позволяет
раскрыть
потенциал
любых
серверов
стандартной архитектуры.
ES3000
поможет
значительно
сократить
эксплуатационные затраты и TCO, вместе с тем
ускорив работу ваших приложений.
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800 ГБ
MLC
PCIe 2.0 x8
Максимальная
2,2 ГБ/с
проп. способность
при чтении
IOPS при чтении
570,000
granule
MLC
(стабильное Flash
Form factor
Full-height, half-length
значение, 4 КБ,Bus interface
PCIe 2.0 x8
Maximum read bandwidth
2.2 GB/s
100% случайно)
Read IOPS (Stable value, 4 KB,
570,000
100% random)
IOPS при чтении
600,000
Read IOPS (Maximum value,
600,000
(максимальное4 KB, 100% random)
49 µs
значение, 4 КБ,Read latency
Maximum write bandwidth
1.2 GB/s
100% случайно)Write IOPS (Stable value, 4 KB,
120,000
100% random)
Задержки при
49 us
Write IOPS (Maximum value,
330,000
чтении 4 KB, 100% random)
260,000
Write latency
Mixed
IOPS (4 KB, R/W: 7/3)
8 µs
(R/W: 180,000/80,000)
IOPS при записи
120,000
20 W to 35 W
Power consumption
(стабильное Weight
300g
Power-down protection
значение, 4 КБ,
Yes
Granules failure protection
Yes
100% случайно)
Supported trim
Yes
IOPS при записи
330,000
(максимальное
значение, 4 КБ,
100% случайно)
Задержки при
8 us
записи
17
1,2 ТБ
MLC
PCIe 2.0x8
2,4 ТБ
MLC
PCIe 2.0 x8
3,2 ГБ/с
3,2 ГБ/с
760,000
1.2TB
2.4TB
760,000
MLC
MLC
Full-height, half-length
Full-height, half-length
PCIe 2.0 x8
3.2 GB/s
PCIe 2.0 x8
3.2 GB/s
760,000
760,000
770,000
770,000
49 µs
49 µs
1.8 GB/s
2.8 GB/s
180,000
240,000
480,000
630,000
400,000
8 µs
430,000
8 µs
(R/W: 300,000/130,000)
25 W to 50 W
25 W to 60 W
350g
350g
Yes
Yes
Yes
Yes
Yes
Yes
770,000
49 us
(R/W: 280,000/120,000)
180,000
770,000
49 us
240,000
480,000
630,000
8 us
8 us
Content
1
История развития
2
Обзор серверной линейки
3
Основные преимущества
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Полно управляемое решение
1
Server Device
Manager
2 Server Performance
Server resource Management; Remote
maintenance, batch configuration
deployment; Alarm system

Reporter
Server performance monitor;
Analyze performance bottleneck,
system optimization

Device Management platform
Enterprise management platform
Centralized device management
Life Cycle
3rd
party
software
eSight
IT Infrastructure
Storage
Network
Server
Operation
Management
Service
Remote control
Firmware
Upgrade
Installation
deployment
Incident
response
Performance
monitor
Hardware
monitor
Asset inventory
Fault
Management
Fault response
Fault alarm
Fault prediction
Provide 3rd party management software plug-in, to support a full management solution.
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Производительность –
83 SPEC Benchmark Records
•
•
High computing performance: 74 SPEC records in SPEC integer and floating-point computing performance
Power-efficient: 9 records in the SPECpower_sj2008 benchmark
Records
increasing
Huawei servers have
refreshed 83 world
records in the SPEC
benchmark test by now.
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Качество
200,000 carrier-class server blades have been delivered to telecom users.
500,000 servers
in large-scale
use
Precise design
Strict test
High reliability
Architecture design capability
Laboratories with sufficient equipment
Outstanding reliability in both components and
300,000 rack servers, blade servers, and high-density servers have been delivered to
enterprise users.
Board design, server design, and the test process meet Integrated Product Development
(IPD) standards.
35 Reliability, Availability, and Serviceability (RAS) features are supported.
150 patents on reliability designs are obtained.
Huawei's fault-tolerant architecture provides comparable reliability as RISC midrange
computers.
Huawei has the design capability for architecture with 99.999% reliability for high-end
products.
Supplier certification, component selection, and quality control
EMC laboratory, vibration test laboratory, high temperature test laboratory, and safety
regulation laboratory
systems
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Высококачесвенные компоненты
Huawei servers utility strict telecommunication grade
component derating during design phase, to make sure
component will not fail under stress(electrical and thermal),
also to delay component wear out, and extend component
useful life.
Component Type
De-rating requirements
Capacitor
Operating voltage derating<0.6; Case temperature derating<0.8; Maximum voltage derating <rated voltage(mainly
for aluminum electrolytic capacitor);
Resistor
Power derating<0.6; Voltage derating<0.75; Power derating for Precision wirewound resistors<0.5;
Transistor
Junction temperature derating<0.85; Voltage derating<0.7; Current derating<0.7; yes to safe operating area
derating;
Diode
Junction temperature derating<0.85; Voltage derating<0.7; Current derating<0.7; Surge derating<0.6;
Integrated Circuit
Junction temperature derating<0.85;
Crystal Oscillator
Frequency precision derating<0.9; Power consumption derating<0.7; Ripple amplitude derating<0.5;
Magnetics
Operating temperature increase<30°C or 40°C; Hot spot temperature<110°C; Operating current derating<0.8;
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Архитектура повышенной надежности
Product design with consideration for high altitude, high temperature, high humidity,
dusty, corrosive environments, Huawei is designing high reliability servers.
Standard server operating temperature:
10℃~35℃
Huawei server operating temperature:
5℃~40℃
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Huawei Server can operate
continuously at 5℃~40℃
23
Энергоэффективный дизайн
High efficiency thermal
design
OS energy management &
performance optimization
DEMT*
Energy
Efficiency
High efficiency power
supply design
Power capping technology
Hibernation & wakeup
Note：DEMT（Dynamic Energy Management Technology）Huawei proprietary
technology, reduce power consumption when system is under utilized
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Thank you
www.huawei.com
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.