Saturday, 29 May 2010
New Paper: Virtualization – Did You Overlook Storage?
“With the spotlight on server, desktop and application virtualization, it is easy to forget that your approach to data storage must also change.” Download: Virtualization – Did You Overlook Storage?
Tuesday, 25 May 2010
American Health Network Adds DataCore Storage Virtualization Software; Provides Business Continuity For Citrix Clients
StorageNewsletter.com – http://www.storagenewsletter.com/news/business/datacore-american-health-network
"We were intrigued by the ability to apply virtualization to our storage and the possibility of getting high-end data protection for the disk farms behind our Citrix infrastructure, without incurring the high costs generally associated with such functions or sacrificing security. If DataCore can save us $100,000 to $200,000 during this modernization, then we have really struck gold." - Stuart Donnelson, data center server manager, American Health Network.
Donnelson is quick to point out that DataCore has provided American Health Network with a stable and robust environment. "We have been nothing but pleased with DataCore. The DataCore software is rock-solid. We really haven't had to do anything to it. And to me every time I don't have to worry about a platform or a piece of technology, I sleep a little better every night."
American Health Network "Strikes Gold" With DataCore Storage Virtualization Software Providing Business Continuity For Citrix XenServer And XenApp Clients
American Health Network (AHN) has completed the 3rd part of their virtualization project by adding DataCore storage virtualization software to their Citrix environment. The integration has been tested in production and proven failsafe. "The success that people in the IT industry are having with virtualization speaks for itself," comments Stuart Donnelson, data center server manager, American Health Network. "In looking at the technologies we had available to accomplish this project, it was clear to us that Citrix XenServer was the right choice, since our primary concern was to virtualize XenApp systems and provide a secure, highly-available environment for our physicians. And the reason we chose DataCore for our virtual storage infrastructure came at the recommendation of Citrix and DataCore partner Hogan Consulting Group."
All of the physicians within American Health Network use a centralized medical record known as a EHR (Electronic Health Record) and billing software called NextGen. AHN publishes NextGen and the rest of the company's production applications through Citrix XenApp - sending these out to AHN's 80 sites throughout Indiana and Ohio. The focus of American Health Network's virtualization project was straightforward enough - to modernize their existing Citrix environment.
AHN's immediate requirements were to replace five-year old servers and in the process, take strategic advantage of server and storage virtualization software.
System Already Fail-safe Tested
DataCore proved particularly vital to AHN's operations recently when system administrators noticed that AHN lost a major component of their storage infrastructure due to a firmware problems, yet the DataCore software automatically and non-disruptively failed over to its high-availability partner and kept the storage access 'live' to application servers. In fact according to Donnelson, "Not a single user or individual even noticed this failure - except for the few, select people in IT who were previously set up to monitor systems and receive such notices. "It was then that we said - this DataCore product is really pretty darn great."
Right now, American Health Network has 1,400 users connected to 55 XenApp servers. They expect to grow to 100 servers by the time they get to the next version of their medical records software.
"We were intrigued by the ability to apply virtualization to our storage and the possibility of getting high-end data protection for the disk farms behind our Citrix infrastructure, without incurring the high costs generally associated with such functions or sacrificing security. If DataCore can save us $100,000 to $200,000 during this modernization, then we have really struck gold." - Stuart Donnelson, data center server manager, American Health Network.
Donnelson is quick to point out that DataCore has provided American Health Network with a stable and robust environment. "We have been nothing but pleased with DataCore. The DataCore software is rock-solid. We really haven't had to do anything to it. And to me every time I don't have to worry about a platform or a piece of technology, I sleep a little better every night."
American Health Network "Strikes Gold" With DataCore Storage Virtualization Software Providing Business Continuity For Citrix XenServer And XenApp Clients
American Health Network (AHN) has completed the 3rd part of their virtualization project by adding DataCore storage virtualization software to their Citrix environment. The integration has been tested in production and proven failsafe. "The success that people in the IT industry are having with virtualization speaks for itself," comments Stuart Donnelson, data center server manager, American Health Network. "In looking at the technologies we had available to accomplish this project, it was clear to us that Citrix XenServer was the right choice, since our primary concern was to virtualize XenApp systems and provide a secure, highly-available environment for our physicians. And the reason we chose DataCore for our virtual storage infrastructure came at the recommendation of Citrix and DataCore partner Hogan Consulting Group."
All of the physicians within American Health Network use a centralized medical record known as a EHR (Electronic Health Record) and billing software called NextGen. AHN publishes NextGen and the rest of the company's production applications through Citrix XenApp - sending these out to AHN's 80 sites throughout Indiana and Ohio. The focus of American Health Network's virtualization project was straightforward enough - to modernize their existing Citrix environment.
AHN's immediate requirements were to replace five-year old servers and in the process, take strategic advantage of server and storage virtualization software.
System Already Fail-safe Tested
DataCore proved particularly vital to AHN's operations recently when system administrators noticed that AHN lost a major component of their storage infrastructure due to a firmware problems, yet the DataCore software automatically and non-disruptively failed over to its high-availability partner and kept the storage access 'live' to application servers. In fact according to Donnelson, "Not a single user or individual even noticed this failure - except for the few, select people in IT who were previously set up to monitor systems and receive such notices. "It was then that we said - this DataCore product is really pretty darn great."
Right now, American Health Network has 1,400 users connected to 55 XenApp servers. They expect to grow to 100 servers by the time they get to the next version of their medical records software.
Tuesday, 18 May 2010
Citrix TV showcases latest videos from Synergy 2010 on DataCore; Virtualization is 3 Dimensional
Storage Virtualization: A peek at the 3rd dimension
Virtualization projects are 3 dimensional. Server and desktop virtualization software address two of those dimensions. DataCore storage virtualization software comprises the 3rd dimension.
Dan Crowe of DataCore at Synergy 2010
http://www.citrix.com/tv/#videos/2180
Citrix TV talks to Bettye Grant from DataCore about the partnership with Citrix.
http://www.citrix.com/tv/#videos/2153
Virtualization projects are 3 dimensional. Server and desktop virtualization software address two of those dimensions. DataCore storage virtualization software comprises the 3rd dimension.
Dan Crowe of DataCore at Synergy 2010
http://www.citrix.com/tv/#videos/2180
Citrix TV talks to Bettye Grant from DataCore about the partnership with Citrix.
http://www.citrix.com/tv/#videos/2153
Solution resilience: What is DataCore High Availability with Synchronous Mirroring?
Check out the posts on SANmelody Tunes:
http://sanmelody.blogspot.com/2010/04/high-availability-where-is-your-weakest.html
So, what is DataCore High Availability with Synchronous Mirroring?
In simple terms, DataCore HA with Synchronous Mirroring protects and ensures data from ANY single component failure in the storage solution, including environmental, back-end disks, DataCore storage controllers and IO channels.
Not only that, but additional levels of redundancy can be achieved at each layer of the storage network....read the full post and examine a number of failure scenarios at:
http://sanmelody.blogspot.com/2010/04/datacore-solution-resilience.html
Failure resilience scenario's
A Healthy Solution:
Two node configuration, redundant mirror channels, redundant disk channels, redundant app channels.
Can be geographically separated - Whether racks, rooms, building, states.
High Availability - Where is your weakest link
It surprises me how often I see companies spending money (large amounts) on technology to make their core business applications resilient to infrastructure failure, but fail to build redundancy into all critical infrastructure components. See complete post and diagrams at:http://sanmelody.blogspot.com/2010/04/high-availability-where-is-your-weakest.html
So, what is DataCore High Availability with Synchronous Mirroring?
In simple terms, DataCore HA with Synchronous Mirroring protects and ensures data from ANY single component failure in the storage solution, including environmental, back-end disks, DataCore storage controllers and IO channels.
Not only that, but additional levels of redundancy can be achieved at each layer of the storage network....read the full post and examine a number of failure scenarios at:
http://sanmelody.blogspot.com/2010/04/datacore-solution-resilience.html
Failure resilience scenario's
A Healthy Solution:
Two node configuration, redundant mirror channels, redundant disk channels, redundant app channels.
Can be geographically separated - Whether racks, rooms, building, states.
Friday, 14 May 2010
New White Paper: Metro Clusters and Virtualization; Uninterrupted Access to Cluster Shared Volumes (CSVs) Synchronously Mirrored Across Metropolitan Hot Sites
Click to download:
WHITE PAPER: Uninterrupted Access to Cluster Shared Volumes (CSVs) Synchronously Mirrored Across Metropolitan Hot Sites
For an in-depth Case Study on Continuum Health Partners and Metro Clusters, please visit: http://www.datacore.com/continuum
WHITE PAPER: Uninterrupted Access to Cluster Shared Volumes (CSVs) Synchronously Mirrored Across Metropolitan Hot Sites
For an in-depth Case Study on Continuum Health Partners and Metro Clusters, please visit: http://www.datacore.com/continuum
Thursday, 13 May 2010
DataCore at Citrix Synergy 2010: DataCore Virtualization Software Takes Citrix Projects to the 3rd Dimension; Going Beyond Servers and Desktops to Virtualize Storage
DataCore Virtualization Software Takes Citrix Projects to the 3rd Dimension; Going Beyond Servers and Desktops to Virtualize Storage http://www.dabcc.com/article.aspx?id=14561
DataCore Virtualization Ensures Uptime and Makes Metro Clusters Possible for Continuum Health Partners – One of the Largest Health Care Providers in the U.S.A.
For a more in-depth Case Study on Continuum Health Partners and Metro Clusters, please visit: http://www.datacore.com/continuum
DataCore Virtualization Ensures Uptime and Makes Metro Clusters Possible for Continuum Health Partners – One of the Largest Health Care Providers in the U.S.
http://vmblog.com/archive/2010/04/14/datacore-virtualization-ensures-uptime-and-makes-metro-clusters-possible-for-continuum-health-partners-one-of-the-largest-health-care-providers-in-the-u-s.aspx
DataCore virtualization software has been deployed in two metro clusters at Continuum Health Partners, Inc. (“Continuum”), whereby it affords multi-site data protection and failover. Continuum, like many health networks, was faced with the challenge of making their diverse storage infrastructure available around the clock, across multiple locations. “Our goal here was to deploy a system that would allow us to achieve high availability and business continuity for all of our clinical systems,” states Jill Wojcik, IT Director, Continuum Health Partners. “With DataCore in place and with hardware in two different locations, this has allowed us to make our mission-critical, clinical imaging – along with other systems – highly available.”
Overcoming Downtime and Unavailability of Data
Beth Israel Medical Center and Roosevelt Hospital, two hospitals in Continuum’s network, were faced with the challenge of downtime and data availability. Thanks to metro-wide storage virtualization from DataCore Software, Continuum now has many of their imaging systems and three of their principal IT facilities running on metro-clusters.
The metro-clustered IT infrastructure at the two Continuum hospitals ensures business continuity, with DataCore storage virtualization software at the center of it. DataCore synchronously mirrors the PACS (Picture Archiving and Communications Systems) images from Beth Israel Medical Center and Roosevelt Hospital in New York to Continuum’s data center in Secaucus, New Jersey. “With specific reference to the PACS images, before this metro-clustering initiative these systems had their own support people at the various hospitals and were pretty much autonomous systems,” explained Wojcik. “We have brought this in and have centralized the systems now in our central data center – using DataCore software running on top of the various hardware solutions.”
The overarching benefit of this implementation, however, has been unprecedented high availability. The key to this is that the data resides on geographically separated 100% mirrored systems – where one set of disks resides at the data center and one set resides in a “remote” hospital. Continuum has effectively eliminated the need to do traditional disaster recovery should a calamity happen. Whereas many IT organizations normally go through a painful process of assembling resources to recover data following a site-wide outage, the metro clusters at Continuum Health Partners allow them to take over operations from their hot site uninterrupted.
Additionally, a very tangible benefit of this metro cluster environment has to do with system maintenance. System maintenance can now be done without any interruption to the user community. Wojcik commented, “Since we have implemented this, we have not experienced any downtime – even for system maintenance.”
Hospitals use DataCore storage virtualization http://searchstorage.techtarget.com/news/article/0,289142,sid5_gci1510119,00.html
DataCore Virtualization Ensures Uptime and Makes Metro Clusters Possible for Continuum Health Partners – One of the Largest Health Care Providers in the U.S.
http://vmblog.com/archive/2010/04/14/datacore-virtualization-ensures-uptime-and-makes-metro-clusters-possible-for-continuum-health-partners-one-of-the-largest-health-care-providers-in-the-u-s.aspx
DataCore virtualization software has been deployed in two metro clusters at Continuum Health Partners, Inc. (“Continuum”), whereby it affords multi-site data protection and failover. Continuum, like many health networks, was faced with the challenge of making their diverse storage infrastructure available around the clock, across multiple locations. “Our goal here was to deploy a system that would allow us to achieve high availability and business continuity for all of our clinical systems,” states Jill Wojcik, IT Director, Continuum Health Partners. “With DataCore in place and with hardware in two different locations, this has allowed us to make our mission-critical, clinical imaging – along with other systems – highly available.”
Overcoming Downtime and Unavailability of Data
Beth Israel Medical Center and Roosevelt Hospital, two hospitals in Continuum’s network, were faced with the challenge of downtime and data availability. Thanks to metro-wide storage virtualization from DataCore Software, Continuum now has many of their imaging systems and three of their principal IT facilities running on metro-clusters.
The metro-clustered IT infrastructure at the two Continuum hospitals ensures business continuity, with DataCore storage virtualization software at the center of it. DataCore synchronously mirrors the PACS (Picture Archiving and Communications Systems) images from Beth Israel Medical Center and Roosevelt Hospital in New York to Continuum’s data center in Secaucus, New Jersey. “With specific reference to the PACS images, before this metro-clustering initiative these systems had their own support people at the various hospitals and were pretty much autonomous systems,” explained Wojcik. “We have brought this in and have centralized the systems now in our central data center – using DataCore software running on top of the various hardware solutions.”
The overarching benefit of this implementation, however, has been unprecedented high availability. The key to this is that the data resides on geographically separated 100% mirrored systems – where one set of disks resides at the data center and one set resides in a “remote” hospital. Continuum has effectively eliminated the need to do traditional disaster recovery should a calamity happen. Whereas many IT organizations normally go through a painful process of assembling resources to recover data following a site-wide outage, the metro clusters at Continuum Health Partners allow them to take over operations from their hot site uninterrupted.
Additionally, a very tangible benefit of this metro cluster environment has to do with system maintenance. System maintenance can now be done without any interruption to the user community. Wojcik commented, “Since we have implemented this, we have not experienced any downtime – even for system maintenance.”
Hospitals use DataCore storage virtualization http://searchstorage.techtarget.com/news/article/0,289142,sid5_gci1510119,00.html
Wednesday, 12 May 2010
DataCore helps Australian transport authority process petabytes of video surveillance
http://searchstorage.techtarget.com/news/article/0,289142,sid5_gci1506929,00.html
...The video surveillance system is now attached to six physical servers running VMware Inc.'s vSphere 4 server virtualization software. The virtual machines' master files are stored on SAS capacity in the DataDirect Networks array, and La Vertu said he fronted the array with two servers running DataCore Software Inc. to make redundant DDNS2A9900's look like one virtualized pool.
This was done on a recommendation by DataDirect Networks, La Vertu said, because DDN does not support native array-based volume replication. "DataCore does virtualization across multiple arrays," he said. "DDN can't do that without a third party."
...The video surveillance system is now attached to six physical servers running VMware Inc.'s vSphere 4 server virtualization software. The virtual machines' master files are stored on SAS capacity in the DataDirect Networks array, and La Vertu said he fronted the array with two servers running DataCore Software Inc. to make redundant DDNS2A9900's look like one virtualized pool.
This was done on a recommendation by DataDirect Networks, La Vertu said, because DDN does not support native array-based volume replication. "DataCore does virtualization across multiple arrays," he said. "DDN can't do that without a third party."
Monday, 10 May 2010
Storage Insights: Virtualizing Storage Along with Servers and Desktops - New Paper
http://www.storage-switzerland.com/Articles/Entries/2010/4/21_Virtualizing_Storage_Along_with_Servers_and_Desktops.html
When considering the potential benefits that typically drive server and desktop virtualization projects, questions about the underlying storage may never come up. They should. If we look at these benefits; maximizing hardware utilization, insulating the software environment from hardware configuration variables and ensuring that applications keep running, despite system outages, the state of the storage system is, indeed, of primary concern. It’s a fact that virtual infrastructures are completely dependent on the behavior of their underlying shared disks.
It’s well known how easily hypervisors migrate workloads from one physical server to another when one goes down. But what’s not as obvious is what happens when the shared storage device that both of those servers rely on is taken out of service. Taking storage systems down for a routine firmware upgrade, a water leak in the computer room, or just capacity expansion can cause major data outages for numerous virtual machines and the hundreds of desktops that they support. This is true regardless of how reliable a particular disk subsystem has proven to be. Fortunately, there are reasonable solutions available to eliminate this risk.
Companies such as DataCore offer the necessary storage virtualization software to:
a) maximize the utilization of existing storage devices,
b) insulate the software environment from hardware differences, and
c) ensure that applications keep running while storage devices are taken out of service.
Similar to server and desktop virtualization products, SANSymphony storage virtualization software abstracts most commonly used storage hardware devices into idealized, virtual disks. In the process, it automatically mirrors the information between physically segregated devices so that complete disk subsystems can be taken out of service without impacting applications.
Basically, this device-independent, virtualization technology allows normal changes that regularly occur in the storage infrastructure to go on without impacting the servers and desktops that depend on it. And storage virtualization software can repurpose existing disk systems attached to servers for use as part of a broader tiered storage pool. This enables the ‘mixing and matching’ of different models and different vendors, swapping these systems out or growing them in the background without affecting business processing.
The same software can also stretch the storage pool across a campus or a metropolitan area to provide additional safeguards against site problems, allowing it to be managed as one centralized resource. Look for built-in capabilities like cross-device snapshots, remote replication and thin provisioning to get the fullest use from all existing disk assets, despite their mutual incompatibilities.
Server and desktop virtualization initiatives promise significant benefits, like asset optimization, simplified operations and improved application uptime. However, the storage infrastructure that supports this compute environment must be up to the task. Layering in storage virtualization software at the outset as a crucial part of the overall virtualization strategy will ensure that you realize the benefits that first justified the move to a virtual infrastructure.
When considering the potential benefits that typically drive server and desktop virtualization projects, questions about the underlying storage may never come up. They should. If we look at these benefits; maximizing hardware utilization, insulating the software environment from hardware configuration variables and ensuring that applications keep running, despite system outages, the state of the storage system is, indeed, of primary concern. It’s a fact that virtual infrastructures are completely dependent on the behavior of their underlying shared disks.
It’s well known how easily hypervisors migrate workloads from one physical server to another when one goes down. But what’s not as obvious is what happens when the shared storage device that both of those servers rely on is taken out of service. Taking storage systems down for a routine firmware upgrade, a water leak in the computer room, or just capacity expansion can cause major data outages for numerous virtual machines and the hundreds of desktops that they support. This is true regardless of how reliable a particular disk subsystem has proven to be. Fortunately, there are reasonable solutions available to eliminate this risk.
Companies such as DataCore offer the necessary storage virtualization software to:
a) maximize the utilization of existing storage devices,
b) insulate the software environment from hardware differences, and
c) ensure that applications keep running while storage devices are taken out of service.
Similar to server and desktop virtualization products, SANSymphony storage virtualization software abstracts most commonly used storage hardware devices into idealized, virtual disks. In the process, it automatically mirrors the information between physically segregated devices so that complete disk subsystems can be taken out of service without impacting applications.
Basically, this device-independent, virtualization technology allows normal changes that regularly occur in the storage infrastructure to go on without impacting the servers and desktops that depend on it. And storage virtualization software can repurpose existing disk systems attached to servers for use as part of a broader tiered storage pool. This enables the ‘mixing and matching’ of different models and different vendors, swapping these systems out or growing them in the background without affecting business processing.
The same software can also stretch the storage pool across a campus or a metropolitan area to provide additional safeguards against site problems, allowing it to be managed as one centralized resource. Look for built-in capabilities like cross-device snapshots, remote replication and thin provisioning to get the fullest use from all existing disk assets, despite their mutual incompatibilities.
Server and desktop virtualization initiatives promise significant benefits, like asset optimization, simplified operations and improved application uptime. However, the storage infrastructure that supports this compute environment must be up to the task. Layering in storage virtualization software at the outset as a crucial part of the overall virtualization strategy will ensure that you realize the benefits that first justified the move to a virtual infrastructure.
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