scale-on-scale : part 1 of 3 - production environment

11
How Scale Computing uses Scale's ICOS Storage Webcast 1 of 3 – Scale Production Bill Waller Director of IT

Upload: scale-computing

Post on 23-Jun-2015

232 views

Category:

Technology


2 download

DESCRIPTION

How Scale’s production environment is configured, monitored, and expanded.How does Scale Computing: Take advantage of Scale's unique Intelligent Clustered Operating System (ICOS™) technology? Use VMWare for a private cloud? Monitor cluster health? Know when it's time to add capacity and performance?Watch the video presentation of this slide deck here:http://lp.scalecomputing.com/scale_on_scale_webinar_pt_1.html

TRANSCRIPT

Page 1: Scale-on-Scale : Part 1 of 3 - Production Environment

How Scale Computing uses Scale's ICOS Storage

Webcast 1 of 3 – Scale Production

Bill Waller

Director of IT

Page 2: Scale-on-Scale : Part 1 of 3 - Production Environment

Agenda

Who We Are

ICOS

Virtualization

Monitoring

Scale Production

Page 3: Scale-on-Scale : Part 1 of 3 - Production Environment

Who We Are

Founded in 2007, Scale Computing has led the way in unified, scale-out, enterprise class storage for small and medium-sized enterprises. The company is rapidly growing with offices in California, Indianapolis and London with global distribution partners.

Page 4: Scale-on-Scale : Part 1 of 3 - Production Environment

Scale ICOS

Every Scale storage cluster is powered by ICOS™ Technology: an advanced storage operating system combining powerful features with intelligence that makes storage easy-to-manage, even for novices.

Generation 3.0 Storage

Scale-Out ArchitectureCapacity Performance

Density Agnostic

Unified SAN/NAS

No Controllers

Thin Provisioning

Global Namespace

ReplicationAuto-load balancing

Snapshots

Page 5: Scale-on-Scale : Part 1 of 3 - Production Environment

Virtualization

Virtualization is transforming the IT landscape, and with good reason. With virtualization, traditionally static resources such as networking, desktops, and servers are dynamically allocated and centrally managed. This flexibility has far-reaching business benefits: •Get more out of existing resources. Non-virtualized servers rarely exceed 30% resource utilization. Consolidation into a virtualized environment can exceed 80% utilization of the hardware.

•Increase the availability of workloads. Virtualization provides methods to migrate workloads to different hardware in the event of planned maintenance or unplanned downtime.

•Improve IT service levels. Provision and deploy servers and desktops faster with reduced management overhead.

•Shrink operational costs. By reducing the physical footprint of the datacenter, costly data center build out are avoided and power and cooling costs shrink.

•Leverage legacy applications. Lengthen the life of legacy applications by operating them on virtual machines.

Page 6: Scale-on-Scale : Part 1 of 3 - Production Environment

Distributed Office Locations

Page 7: Scale-on-Scale : Part 1 of 3 - Production Environment

Distributed Production Environment

2 - Virtual Servers3 - S4 Storage Nodes

2 - Virtual Servers3 – S1 Storage Nodes

4 – Virtual Servers3 - R4 Storage Nodes

Page 8: Scale-on-Scale : Part 1 of 3 - Production Environment

Scale Production Environment

• 4-Node ESXi 4.1 HA Cluster

• 3-Node R4 Scale Storage Cluster (12TB)

• 100% Virtualized Environment– Exchange 2010 (DAG)

– Windows 2008 R2 (Domain Controllers/Active Directory)

– Linux/CentOS (Web Site/MySQL/Atlassian Tools)

– 45 Virtual Machines

• Highly Available/Fully Redundant environment

• Scalable

Page 9: Scale-on-Scale : Part 1 of 3 - Production Environment

Scale Production Monitoring

• Monitor the percentage full (<80%)

Page 10: Scale-on-Scale : Part 1 of 3 - Production Environment

Scale Production Monitoring

• Perfmon

• Current Disk Queue

• Disk Writes/Sec

• Disk Reads/Sec

Page 11: Scale-on-Scale : Part 1 of 3 - Production Environment

Scale Production Monitoring

• VMware vSphere monitoring

• Avg. Read/Writes per second