+ All Categories
Home > Documents > Hyper-converged Infrastructure for OpenStack

Hyper-converged Infrastructure for OpenStack

Date post: 19-Oct-2021
Category:
Upload: others
View: 11 times
Download: 0 times
Share this document with a friend
22
Copyright © 2015 Bigtera limited. All rights reserved. Proprietary and confidential. Do not distribute. Hyper-converged Infrastructure for OpenStack Leander Yu Bigtera Limited.
Transcript
Page 1: Hyper-converged Infrastructure for OpenStack

Copyright © 2015 Bigtera limited. All rights reserved. Proprietary and confidential. Do not distribute.

Hyper-converged Infrastructure for OpenStack

Leander Yu

Bigtera Limited.

Page 2: Hyper-converged Infrastructure for OpenStack

How Do You Build a SDDC

◢Servers

◢Network switches

◢Storages

2

Need a software to manage the resources

Page 3: Hyper-converged Infrastructure for OpenStack

Why OpenStack

◢Agility

◢Availability

◢Efficiency

◢Self-service

◢Open source with driving innovation and robustness

● 250+ supporting organization and 11,000+ individual members

◢Commodity hardware with no vendor lock-in

◢De facto standard for private cloud

3

Page 4: Hyper-converged Infrastructure for OpenStack

Get Your Hand Dirty

4

Page 5: Hyper-converged Infrastructure for OpenStack

Challenge of OpenStack Deployment

◢ 5~7 physical machines are minimal requirement

◢Network

◢Storage

● For VM and applications

● Capacity plan

● Redundancy

● SLA

◢ In return you get one compute node

5

It only make sense in large scale deployment !?

Page 6: Hyper-converged Infrastructure for OpenStack

How about ROBO

◢A full set of OpenStack is way too much

◢HCI is good for ROBO but…

● It’s another system

● Can’t talk to OpenStack infrastructure built in headquarter

6

Page 7: Hyper-converged Infrastructure for OpenStack

Value of HCI

7

Gartner: HCI grows 79% to $5bn in 2019.

◢HCI vs. to Traditional Storage infrastructure:

Less acquisition

cost

Less operation

cost

Less maintenance

cost

Page 8: Hyper-converged Infrastructure for OpenStack

Introducing OpenStack HCI

Powered by AIC, Bigtera and Gemini

8

Page 9: Hyper-converged Infrastructure for OpenStack

HCI Appliance for OpenStack

9

Page 10: Hyper-converged Infrastructure for OpenStack

Company Introduction

◢About AIC

AIC is a leading provider of both standard OTS (off-the-shelf) and OEM/ODM server and

storage solutions. With expert in-house design, manufacturing and validation capabilities,

AIC’s products are highly flexible and configurable to any form factor, standard or custom.

◢About Bigtera

Established in year 2012, Bigtera is a disruptive innovator of industry-leading enterprise

software-defined storage solutions. Bigtera’s mission is to empower enterprise customers

with the freedom to define their storage infrastructure.

◢About Gemini Open Cloud (GOC)

Gemini Open Cloud (GOC) is a management layer on top of OpenStack to enable

Enterprise IT to improve their efficiency and lower their cost by moving applications to the

Cloud and operate as Services. GOC also leverages our own PaaS capabilities to deliver

turnkey solutions in the area of IT, Video Surveillance, Big Data, and Disaster Recovery.

10

Page 11: Hyper-converged Infrastructure for OpenStack

Product Highl ight

11

Page 12: Hyper-converged Infrastructure for OpenStack

True HCI with De Facto Standard

12

Page 13: Hyper-converged Infrastructure for OpenStack

Semi-HCI v.s . True HCI

◢Semi-HCI

● Compute and storage are in different physical node but in the same chassis

● Compute and storage are in the same node but there are dedicated control

nodes

◢Challenge of semi-HCI

● Resource is not optimized

● Flexibility and reliability

◢ True HCI

● Each node can be compute, storage and control nodes

◢Benefit

● Simple - better flexibility and reliability

● Fully optimized resources

13

Page 14: Hyper-converged Infrastructure for OpenStack

Infrastructure That Fits Applicat ions

14

Page 15: Hyper-converged Infrastructure for OpenStack

Infrastructure That Fits

◢Application requires not only local disk but also SAN or NAS

● Solution now is to purchase another storage devices

◢Bigtera OpenStack HCI allow your to provision SAN, NAS even Object

storages from storage resources in HCI

● No external storage device is required

15

Simple architecture to lower CPAX and OPEX

Page 16: Hyper-converged Infrastructure for OpenStack

Software Defined

16

Page 17: Hyper-converged Infrastructure for OpenStack

Everything is Software Definable

◢Define your compute resource

● CPU, RAM

◢Define your network

● #NIC, Switches

◢Define your storage

● Virtual disk, SAN, NAS and object storage devices

● Standard protocol (CIFS,NFS, iSCSI, FC)

● IO QoS

● Redundancy

● Cloud backup and restore

● Multi-tenant

17

Defined multiple datacenter in the same HCI

Page 18: Hyper-converged Infrastructure for OpenStack

Interoperable Between Datacenters

18

Page 19: Hyper-converged Infrastructure for OpenStack

Interoperable

◢Build a stretch cluster with other datacenter

◢Remote DR

◢Multi-region object storage service with single name space support

19

Bigtera storage

SiteA

DR site

HW team SW team

Real-time replication

10 Gbits/sec, 0.2 ms*

10 Gbits/sec, 0.2 ms* 10 Gbits/sec, 0.2 ms*

Page 20: Hyper-converged Infrastructure for OpenStack

Recap

◢ True HCI with de facto standard

◢ Infrastructure that fit your application

◢Everything is software definable

◢ Interoperable between datacenters

20

Full features SDDC in one single box

Page 21: Hyper-converged Infrastructure for OpenStack

There are more…

◢Seamless migrate from legacy

◢Backup/restore to Amazon S3

◢Object storage full context search and

indexing

◢ Full flash

◢Consolidate Bigtera HCI solution for VMware

◢Scale-out with pure storage nodes

◢ Log archiving with full context search and

indexing add-on

◢…

21

Page 22: Hyper-converged Infrastructure for OpenStack

www.bigtera.com

Copyright © 2015 Bigtera limited. All rights reserved.

The Bigtera is trademarks or registered trademarks of Bigtera limited.

All other products, services and company names mentioned herein may be trademarks of their respective owners.

Thank You


Recommended