Только Флеш, Только IP, Программноопределяемые ...ebgevents.huawei.ru/novgorod_2019/partners/materials/p/2.pdf · 2019-10-15 · Huawei AFAs:

Корпоративные данныеТолько Флеш, Только IP, Программно определяемые СХД,

Конвергенция

Dept.: Business Development Office Owner: Dubinin Denis 00262993Date:24-25 Sep 2019

Security Level:

Huawei Confidential2

Gartner

Mature all-flash tech

Google

Higher SSD reliability

IDC

Affordable SSD prices

2018

Innovation

Trigger

Source: Hyper cycle for Storage Technology

Peak of Inflated Expectation

Trough of Disillusionment

Slope of Enlightenment

Plateau of Productivity

2016

Solid-State Arrays

2017

Solid-State Arrays

Expectation

TimeHDD SSD

Detailed field study on 10 different SSD models over 6 years: Average SSD failure rates are 1/3 of HDD.

36%

10%

Source: Flash Reliability in Production: The Expected and the Unexpected

In 2018, all-flash technologies entered the stage of large-scale commercial deployment.

2018: AFA costs + costs saved thanks to data reduction = Traditional HDD storage costs

$-

$0,02

$0,04

$0,06

$0,08

$0,10

$0,12

$0,14

$0,16

$0,18

$0,20

2015 2016 2017 2018 2019 2020 2021 2022

Performance-Optimized HDD Price-per-GB Flash with Data Reduction

Source: Flash Reliability in Production: The Expected and the UnexpectedSource: Gartner Hype Cycle for Storage Technologies Report Source: IDC report

Best Time for DC Transformation


Chip

Architecture

Business

Huawei makes inclusive AFAs affordable through innovation

SSDHDD

TCO 50%CAPEX30%

Footprint82%

Power79%

Maintenance50%

Huawei AFA vs. HDD storage

Faster

More reliable

More efficient

SmartMatrix architecture Tolerates failure of up to 7 of 8 controllers for always-on services

Latency

5-year return rate

Power consumption

2 ms

13.4%

10W

0.02 ms

0.8%

3WData reduction for higher space utilization

Computing power of compute chips: 25%Batch processing latency of AI chips: 40%

Raw capacity Guaranteed capacity

Storage Industry Upgrades for Inclusive AFAs in Any Scenario


Transformation of Storage Infrastructure Monetizes Data

300% 67% 50%

One-stop government servicesMassive financial transactions Smooth 5G communications

Government service efficiencyPeak-time transactions Billing system run time

Let data do the legwork150,000 transactions per second, doubling profits

Settlement is completed within 4 hours, addressing heavy workloads at the beginning

of each month

Huawei AFAs: Benchmark-Setting Storage

Industry’s most stable A-A solution

The only storage device in the industry to obtain magnitude-9.0 earthquake resistance certification

SPC-1 test #1 performerOceanStor Dorado

OceanStor V3

OceanStor Dorado 5000/6000/18000 V3

OceanStor Dorado V3

First AFA

First converged SAN & NAS

First full NVMe-support series

World's fastest

2009-2013

2014-2016

2017

2018

2019

First AI chip

Gartner Magic Quadrant: Leader China AFA market share: No.1 Global market growth rate: No.1

Source: Gartner Magic Quadrant for Primary Storage，2019*

The Gartner Magic Quadrat for Primary storage will be released in December,2019

2016: Further ahead

2019: Leader 2018: Challenger

2014: Niche Player

Source: IDC China's All-Flash Array Market Overview, 2018 Source: Gartner Market Share, 2019

234%

43%34%

27% 22% 17% 13%

Huawei Hitachi IBM NetApp Pure Storage Dell EMC HPE

H3C18,9%

Dell EMC14,6%

IBM10,6%

NetApp6,9%

MarcoSAN 4,7%Others10,8%

Total: 457.7M$

Huawei

33.4%

Huawei Joins the AFA Market Leaders

Huawei AFAs is Highly Recognized by the Industry

Interop Grand PrizeProven storage and server awards

A leading global business technology event that selects the most competitive products

A well-known IT consulting organization that is renowned for its independent, rigorous, and practical laboratory tests

An official certification body

Proven verification from ESG LabEasily addresses heavy-load enterprise

applications

magnitude-9.0 earthquake resistance The only product who obtain CTTL magnitude-9.0

earthquake resistance certification


Huawei OceanStor All-Flash Storage

Ever Fast with

Chip accelerated

Ever Solidwith

SmartMatrix

AI-Powered with

Efficient O&M


High-end

OceanStor Dorado 18000 V6

Mid-range

OceanStor Dorado 5000 V6OceanStor Dorado 6000 V6


Entry-level Mid-range High-end

TypeOceanStor

Dorado 3000 V6OceanStor

Dorado 5000 V6 OceanStor

Dorado 6000 V6 OceanStor

Dorado 8000 V6OceanStor

Dorado 18000 V6

Controller enclosure height 2U 2U 2U 4U 4U

Controller scalability 2–16 2–16 2–16 2–16 2–32

Max. number of disks 1200 1600 2400 3200 6400

Cores per controller 24 64 96 128 192

Cache capacity per dual controllers 192G 256G/512G 1024G 512G/1024G/2048G 512G/1024G/2048G

Front-end port type 8/16/32G FC/FC-NVMe, 10/25/40/100G Ethernet

Back-end port type SAS 3.0 SAS 3.0/100G RDMA

High-endEntry-level


OceanStor Dorado V6 Product Specifications


Recommended Configuration

Dorado 18000 V6

Dorado 5000 V6

Dorado 8000 V6At least 192G for initial

configuration of mid-range AFAs

Two levels for attackdefense

General-purpose mid-range SAN storageHigh-end advantages + mid-range storage form factor

High-end competitivenessRock-solid architecture + leading AI tech

Building competitiveness based on high-end architectureBreaking into core applications

based on NVMe/AI tech

Tolerates failure of 3 out of 4 controllers/Full

interconnection/Delivery by enclosure

Entry-level high-end storage system

Product Positioning

• OceanStor Dorado sets a new benchmark, with the industry's highest stability, best-in-class performance, efficient application self-tuning, and intelligent O&M.

Mid-range models:

• OceanStor Dorado 3000 is an entry-level mid-range storage system. Its cost-effectiveness is its edge during market entry.

• OceanStor Dorado 5000/6000 is positioned as a mid-range storage system, outperforming competitors with its high-end advantages and high-density form factors.

High-end models:

• OceanStor Dorado 8000 is an entry-level high-end storage system. Its stable architecture and competitive prices are key to expanding business scale.

• OceanStor Dorado 18000 is positioned as a high-end storage system. Its stable architecture, #1 performance, and intelligence are key to expanding high-end markets and

setting benchmark projects for core NAs.

Dorado 6000 V6

First-in-class

OceanStor Dorado Positioning

Dorado 3000 V6


Dorado 18000 V6

Dorado 5000 V6

Dorado 6000 V6

Dorado 8000 V6

Dorado 18000 V3

Dorado 3000 V6

High-End

Mid-Range

Entry-Level

Dorado 5000 V3

Dorado 6000 V3

Dorado 3000 V3

OceanStor Dorado V3 OceanStor Dorado V6

Intelligent DAE with Kunpeng chips

Intelligent DAE with Kunpeng chips

General-purpose SAS SSD enclosure

OceanStor Dorado V6 Portfolio


Front-End Interconnect I/O Module Front-End Interconnect I/O Module

Back-End Interconnect I/O Module Back-End Interconnect I/O Module

A B C D A B C D

Distributes I/Os evenly to all front-end ports.1

2

3

4

UltraPath (self-developed)

Access load balancing

Distributes I/Os evenly to all controllers.

Front-end interconnect I/O module

Front-end load balancing

All controllers are involved in service processing. LUNs have no ownership.

Global cache

Controller load balancing

Distributes data evenly to all SSDs.

RAID 2.0+

Disk load balancing

Ever Solid Load Balancing with E2E Active-Active Design


Ever Fast at any level for Pioneering Full-Series with E2E NVMe Architecture

32 Gb/s FC-NVMe/100G RDMA*

CPU 2

CPU 1

CPU 3

CPU 0

Switch

Server

Storage controller

SSD enclosure

100G RDMA

HBA

CPU

50 μs

Write Read

30 μs

100 μs

Test model: 7:3 read/write

50 x 0.3 + 130 x 0.7 = 106 μs

0.1 ms

Shorter path Wider channel Fewer interactions Ever Fast at any levelEnd-to-end Full series


2.5-inch SSD Palm-sized SSD

Dimensions (mm) 100.6 x 70 x 14.8 160 x 79.8 x 9.5

Thickness with handle (mm) 25 18.5

Weight/disk 0.25 kg 0.2 kg

Number of disks (2U disk enclosure) 25 36

Type SAS SSD\NVMe SSD NVMe SSD

Capacity 960 GB/1.92 TB/3.84 TB/7.68 TB/15.36 TB/30.72 TB 1.92 TB/3.84 TB/7.68 TB/15.36 TB

OceanStor Dorado SSD Form Factor


Power supply: 1+1 redundancy, supporting 100–240V AC and 240V HVDC

Management port

Four onboard 100G RDMA expansion ports per controller

36 palm-sized NVMe SSDs Supports dual-port PCIe 3.0 x 2 NVMe SSDs 1.92 TB/3.84 TB/7.68 TB/ 15.36 TB

25 2.5-inch SAS SSDs 12 Gb SAS SSDs 960 GB/1.92 TB/3.84 TB/7.68 TB/15.36 TB/30.72 TB

Power supply:1+1 redundancy, supporting 100–240V AC and 240V HVDC

Rear panel of an NVMe or intelligent SAS enclosure

SAS enclosure rear panel (common) SAS enclosure front panel (common or intelligent)

NVMe enclosure front panel

Two onboard SAS 3.0 expansion ports per controller

Management port

OceanStor Dorado Disk Enclosure Form Factor


2 x 40/100 Gbit/s ETH ports4 x 8/16/32 Gbit/s FC ports 4 x 8/16/32 Gbit/s FC-NVMe ports4 x 10/25 Gbit/s ETH ports

Front-end interface module

Back-end interface module

4 x 12G SAS ports 2 x 100G RDMA ports

Scale-out interface module 4 x 25G RDMA ports 2 x 100G RDMA ports

For direct connection of 4 controllers of OceanStor Dorado 3000/5000/6000

For direct connection of 8 controllers of OceanStor Dorado 8000/18000

OceanStor Dorado Interface Module Form Factor


Ever Fast

2x Better than Runner-upHDS

G1000NetAppA800

Huawei OceanStorDorado 18000 V3

IBMDS8888

Huawei OceanStorDorado 18000 V6

FujitsuDX8900 S4

7,000,565

2,004,9412,401,1711,500,087

10,001,522

640,000 IOPS

Vendor E high-end AFAHuawei OceanStorDorado 18000 V6

225,000

Vendor H high-end AFA

340,000

20,000,000 IOPS

Database: 2x higher than competitors

SPC-1: Top 1 performance

Test conditions: Dual-controller, 7:3 read/write, 80% space occupied, data reduction enabled, 1 ms latency

Test conditions: 32-controller, SPC-1; test report will be released in 2020. *


Data reduction GC RAID6 Snapshots

Uncompromisingin different scenario

Huawei AFA performance after value-added features are enabled

Competitor storage performance after value-added features are enabled

Data reduction GC RAID6 Snapshots

40% lower

10% lower

Test devices: Dual-controller, 1 TB cache, 16G FC frontend, NVMe backend, 25 x 3.84 TB SSDsTest conditions: Hybrid workload, 8K I/Os, 7:3 read/write, 1 ms of average latency, 8 LUNs

Ever Fast


Report queries: 33% lower batch processing time

Online transactions: 5xmore transactions

VDI: 80% faster application response time

OceanStor Dorado 6000 V6Vendor E high-end AFA


57,000

11,500

5X

Test conditions: Dual-controller, 40 x 3.84 TB SSDs,SwingBench OE2 transaction simulation system

Transactions per Second (TPS)

Test conditions: Dual-controller, 40 x 3.84 TB SSDs, report query simulation system, 3 TB of data

Test conditions: Dual-controller, 100 x 3.84 TB SSDs, 8 TB/LUN, 50 GB/VDI

5.6 hr 3.8 hr


5s 5.1s4.7s

1.5s0.9s

1.8s

Ever Fast

5x Better User Experience


No impact during upgrade:1. Quick software component-based upgrades; components on the I/O paths can be upgraded within 1 second.2. The front-end interconnect I/O modules use Huawei-developed chips, supporting uninterrupted front-end connections

during upgrade.3. The firmware supports patch-based upgrades.

Huawei

Industry average

30 minutes

120 minutes

Online upgrade: 1s performance fluctuation

Online upgrade: 10s performance fluctuation

Performance fluctuation window

Start

Start Prepare for the upgrade Fast upgrade Check after upgrade End

Prepare for the upgrade Fast upgrade Check after

upgrade End

No Impact on Services During Upgrade


3

4

Network chip 3x lower network latency

Transmission

IntelligenceAI chip50% better read hit ratio*

Management chip30% higher fault location accuracy

Management

* The read hit ratio of semantic-related I/Os is improved. The data is from Huawei OpenLab tests.

5SSD controller chip 2x lower write latency

Storage

2Kunpeng 920 processor2x higher performance

Compute

1

OceanStor Dorado V6: 5 Intelligent Chips for Superior and Stable Performance


Flash-oriented design & disk and controller collaboration ensure stable application performance on the live network.

Kunpeng chip + Service splitting enable faster reconstruction

Global I/O priority ensures stable and low latency

Metadata Data

Independent metadata partitioning reduces garbage collection

Large-block sequential writes reduce write amplification

Discrete writes of multiple small blocks

Sequential writes of one large block

Mixed Partitioning

Read/write I/Os are top priority.

FlashLink® Intelligent Algorithms

Intelligent disk enclosure

Reconstruction15 min/TB

300 min/TB

1010101010101010101

0101010101010101010

1010101010101010101

101010101

010101010

101010101

Controller

Smart disk enclosure

AI chip + Intelligent cache algorithm improve cache hit ratio

Actively analyzes and understands I/O rules based

on machine learning frameworks

50% higher cache hit ratio

53,1371,57

73,05 77,53 81,79

Order insequenceof startups

1 2 3 4 5

Uncompromising Ever Fast for Innovative FlashLink® Intelligent Algorithms

SSDwith Intelligent chip

Controller enclosure with Intelligent chips

23

VMDatabase

Block File

OA HPC

Object

IOTHadoop

KV/Table

RDS(OLTP)ADS(OLAP)

Huawei Cloud Storage: FusionStorage

STaaS - for Cloud Workloads

Unified OpenElastic• Distributed block, file, and

object storage• Unified hardware and

resource sharing

• Wide Hypervisor interoperability

• Hadoop and OpenStackecosystem

• Scalable to 4,096 nodes with ten-million IOPS and EB-level capacity

24

Distributed Block Storage

Traditional apps

Cloud basedapps

Cloud nativeapps

FusionStorage Block

FusionSphere OpenStackvSphere KVMXen Hyper-V

DB2 ORACLEMySQL SAP HANA SQL server WEB server

10+ millionIOPS

Millisecondresponse

Thousandsnodes

Minute-levelexpansion

Enterprisefeatures

FusionStorage Block: Distributed Block for Enterprise Workloads

Use Cases & Requests

Database VSI DataCenter

Long TTM ExpandableSilos

Weeks

Hours

Hope

EB

PB

Hope

• Enterprise features request• Commodity hardware

25

FusionStorage File: High Bandwidth for HPC and Video

FusionStorage File

HPC

Performance：

• 10 – 200 GB/s bandwidth• 10ms latency Scalability：

• Hundreds PB

Video

High definition：• From 4 K / 8 K to VR/AR• Bandwidth 40x increaseNo vertigo ：• VR video transmission latency < 20 ms• Storage latency < 5 ms

Use Cases & Requests

Globalnamespace

Millisecondlatency

Hundredsnodes

1000MB/sPer Node

Lifecyclemanagement

Minute-levelexpansion

26

Ingest Store DeliverAnalyze

IntelligentMarketing

ParallelGraph

CreditProof

Finance

Carrier

Government

DataMining

Real-timeAnalysis

InteractiveAnalysis

DataMart

FusionStorage Object: Data Lake Storage for Big Data and IOT

Thousands TPSper bucket

HDFS/MPP DBsupport

Unlimitednodes

Fifteen 9sdurability

File/ObjectCo-exist

EB level expansion

HDFSNFSSwift

SMBSCSI

S3Social, IoT

Web, Mobile

Enterprise Apps Table File

Video Image

Text Log

27

Converged Computing and Distributed Block Storage

Each node：2CPU+ 12*3.5’hotplug HDD

FusionCube6000

4U/4nodes

Each node：2CPU+6*NVMe SSD/SAS

2U/4nodes

FusionCube6000C

1U Rack server

FusionCube2000

2-4 CPU+2*GPU +12*3.5’hotplug HDD

FusionCube9000

12U/16or 8nodes

Each node：2CPU+ 2.5 12*NVme SSD/SAS

2U Rack server

2CPU+ 10*NVME SSD/SAS

FusionCube2000C

FusionCube Cloud Platforms for Diverse Workloads

28

Plug&Play

Attendance-Free

Edge-CloudSynergy

One cabinet for firewall, router, switch, server, storage and UPS

Quickly deploy branch within 2 hours

Remotely manage branches devices and resources

Lower 65% cost of operations

Applications deployed from center to branches, branch data backup to cloud

Shorten 50% time for online new applications

FusionCube for ROBO: Simplified and Designed for Branches

FusionROBO 900

for large-sized branches

FusionROBO 800for medium-sized branches

FusionROBO 600for small-sized branches

Copyright©2019 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.

Bring digital to every person, home, and organization for a fully connected, intelligent world.

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Documents

Только Флеш, Только IP, Программноопределяемые ...ebgevents.huawei.ru/novgorod_2019/partners/materials/p/2.pdf · 2019-10-15 · Huawei AFAs: