Post on 06-Nov-2014
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© 2011 Eaton Corporation. All rights reserved.
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Virtualization, Connectivity and the Cloud Trends driving the future of power protection
SpiceWorld - 2011
Austin, TX
John McIlwain & Brian Cox
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Agenda
• Customer Needs and Market Drivers
• Virtualization As a Game Changer
• Connectivity, Manageability and Useful Information
• The “CLOUD”
• Questions
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Key Customer Needs
Key Needs Why It Matters?
Budgetary ConcernsConstrained IT budgets are reality and IT managers are constantly being driven for better utilization of existing
assets, especially in dynamic, virtual environments.
Green InitiativesGreen Initiatives are becoming the norm. IT managers are looking for ways to conserve energy and extend the useful life of equipment.
Ease of Use / Time
Simply things just need to work and not require a lot of setup. Additionally, time is one of the most limited assets an IT manager has. Anything that can be done to provide quick and pertinent information is key.
Protection / Peace of mindThe last thing an IT manager wants to worry about is power.
Integrated Total Solution
Gone are the days when a UPS can stand alone. Power protection is no longer about a battery in a box. It has to provide a way to operate as a integrated power management solution.
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Market Drivers
Drivers Why It Matters?
Virtualization
New requirements to manage multiple virtual servers during power events.
More systems are riding on a single piece of hardware - single point of failure.
Need to be able to balance loads and move virtual servers in the case of a power event.
ManageabilityNeed to remotely manage networks.
Need alerts and updates when things go wrong or need maintenance
Cloud Computing
With the shift in resource demands inherent with cloud computing, the availability of networking equipment will be even more critical in order to access resources in the cloud.
Integrated Total Solution
Gone are the days when a UPS can stand alone. Power protection is no longer about a battery in a box. It has to provide a way to operate as a integrated power management solution.
© 2011 Eaton Corporation. All rights reserved.
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Virtualization As A Game Changer
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What is virtualization?
Virtualized world Physical world
Traditional x86 Architecture• Single OS image per machine• Software and hardware tightly coupled • Multiple applications often conflict• Underutilized resources
Traditional x86 Architecture• Single OS image per machine• Software and hardware tightly coupled • Multiple applications often conflict• Underutilized resources
Virtualization: • Separation of OS and hardware• OS and application contained in single file• Applications are isolated from one another• Hardware independence and flexibility
Virtualization: • Separation of OS and hardware• OS and application contained in single file• Applications are isolated from one another• Hardware independence and flexibility
These images are courtesy of VMware.
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Virtualization Value Proposition
Increase productivity, operationalflexibility and responsiveness3
Reduce data center operating cost (e.g. power & cooling)
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Reduce physical infrastructure cost1
These images are courtesy of VMware.
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Virtualization Environment
• Several physical servers running VMs can be managed as a group to enable:
• Live Migration:• Move VMs from one server to the
other in case of problems (like a power failure)
• Cluster operation• Each VM can run concurrently on
multiple physical servers for High Availability
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So what does virtualization have to do with power?
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Virtualization As Driving Force Behind Power Management Paradigm Shift
Legacy Eaton
UPS Monitoring
Outlet control
Server Shutdown
Virtual Host Shutdown
Cluster Shutdown
VM Live Migration
VM Fail-over Coming soon
Power Management has to be Virtualization-centric
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Live Migration – to avoid power disruption
Moves applications from server facing imminent power disruption to server with good powerNomenclature: vMotion – VMware, XenMotion – Citrix, Live Migration – Microsoft
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VM Consolidation – Extends Run Time
Suspend non-critical Virtual machines, Consolidate critical virtual machinesShut down un-used servers
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VM Fail-over – Continual Uptime
Suspend non-critical Virtual Machines“Fail-over” critical Virtual machines to an available cloud
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The Virtualization Wave
• Virtualization marketplace continues red-hot growth• Data Centers invest
• Standardization essential
• Eaton’s IPSS is “Virtualization Centric”• IPSS migrates IT applications, extends battery runtime
• Server shut-down becomes last resort
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Eaton’s Numerous Industry Firsts for Virtualization
1st on Open-Source Virtualization Solutions
Eaton has released industry first integration Solution for Power Management and Protection on CITRIX XenServer and XenCenter, OpenSource Xen and RedHat Enterprise Virtualization (RHEV)
On-going introductions of VMware integration “Firsts”
1st to provide Physical host graceful shutdown on vSphere – 2009
1st with Power Infrastructure Plug-in to vCenter Server – 2010
1st UPS able initiate vMotion – 2010
First to support vSphere 5 – 2011
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Integration with vCenter
• Saves customers time and resourcesMonitor and manage power and network devices from the same application
• Enables live migration of VMs on power eventsZero downtime
• Enables server cluster shutdownSaves time: No need to install and setup one shutdown software per VM and/or Host.
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Connectivity, Manageability and Useful Information
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Why Power Management Software?
• Without communication, a UPS will perform its tasks …
• but your IT system could still be at risk:• If you are not warned of the remaining battery time in case of an extended power failure,
• Or if the UPS gets overloaded for too long.
• Communication can provide:• Real time notification of the UPS status …
• And lets you assign automatic actions to perform in case of any power event.
• Up to complete power sequences:• Application shutdown after a preset time on battery backup
• Operating system & server shutdown
• UPS shutdown
• UPS reboot on power restoration
• Server & operating system reboot
• Application reboot
Critical for systems running unattended at night!
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Power Management History… So Far!
Milestones Date APC Eaton
First server shutdown command 1988 First UPS Monitoring software 1990 First switched outlet control software 1991 First network-based shutdown 1994 First OpenSource software endorsement 2004 First virtual host shutdown 2008 First live migration on power events 2010 First OpenSource virtualization integration 2011 First UPS with segment level power consumption 2011
Eaton has been innovating and leading the power management software industry for the last 20 years
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• Monitor and manage power devices over the entire network
• Automated Alerts
• Auto discovery
• Mass upgrade
• Mass configuration
• Virtualization Centric
• Asset management
• Useful Information
• Definable views
• Vendor Neutral
What you should look for in a power management software
See all devices, even globally, from any PC on the network
Receive date- and time-stamped event notifications
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Support Third Party / Open Source Access
• Third Party
• Spiceworks
• Open Source• NUT Protocol (Network UPS Tools)
VMWare – VSphere Spiceworks – UPS Supervisor
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Integrated Total Solution
Managed UPS Managed ePDU Management Software
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So what is next?
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Key Customer Needs
Key Needs
Budgetary Concerns
Green Initiatives
Ease of Use / Time
Protection / Peace of mind
Integrated Total Solution
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Energy Analysis
Provide information in order to:
•Cost Avoidance
•Power Optimization
•Maximize Efficiency
•Accurate allocation of power costs to customers / departments
•PUE – Power usage effectiveness
© 2011 Eaton Corporation. All rights reserved.
This is a photographic template – your photograph should fit precisely within this rectangle.
The “Cloud” – Creating two avenues for power
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Data Centers
• Creating ultra high density environments• Significantly greater rack-level power requirements
than conventional data centers.
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PowerVault
530F
P ow erV au lt210S
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PowerEdge2900
PowerEdgeR200
PowerEdge2900
PowerEdge2900
PowerEdge2900
PowerEdgeR200
PowerEdgeR200
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PowerEdgeR200
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PowerEdgeR200
PowerEdgeR200
PowerEdgeR200
PowerVault
530F
PowerVault530F
+12kW
Modular power and power distribution
•Eaton BladeUPS and RPM (rack power module) enable a small initial UPS deployment can be easily expanded over time.
• 12kW power building blocks
• 12kW power distribution building blocks
• All power distribution in the racks
• Extra battery capacity can go in any cabinet
• Reduced need for electrical contractors
• Increase power and distribution on the fly
• Customers can change out power distribution
Alarm
Power
100%
50%
0%
Output Left Output RightInput
Rack Power Module
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TVSS A BSERVICE ONLY
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BladeUPS
BladeUPS
BladeUPS
Total load 12kW 24kW 48kW
12kW
N+
1
Re
du
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an
t U
PS
Po
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24k
48k
Alarm
Power
100%
50%
0%
Output Left Output RightInput
Rack Power Module
1 2 3 4 5 6 7 8 9 10 11 12
TVSS A BSERVICE ONLY
BladeUPS
BladeUPS
Alarm
Power
100%
50%
0%
Output Left Output RightInput
Rack Power Module
1 2 3 4 5 6 7 8 9 10 11 12
TVSS A BSERVICE ONLY
Alarm
Power
100%
50%
0%
Output Left Output RightInput
Rack Power Module
1 2 3 4 5 6 7 8 9 10 11 12
TVSS A BSERVICE ONLY
BladeUPS
+24kWRPM “ePDU”
Avoid “power traps” – Build Modularly
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Local / On-site
• NetworkThe network is more critical than ever. Without a constant uptime you have no access to your applications or data hosted in the cloud.
• Critical FunctionsMission critical functions and sensitive or proprietary data still have a tendency to stay on site and need to maintain protection and support
© 2011 Eaton Corporation. All rights reserved.
This is a photographic template – your photograph should fit precisely within this rectangle.
Celebrating Our 100th Anniversary
Founded October 21st 1911
US Based and Owned
Come have some cake!!!
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