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Salem State University Teams with IGEL, Citrix and Nutanix to Deliver Digital Workspaces
Limited IT resources drive need for the IGEL’s robust management features; maturity of Citrix virtual desktop infrastructure, and the simplicity and time-to-value for Nutanix’s hyperconverged infrastructure offering make the combined solution a no-brainer for the university.
When Jake Snyder joined Salem State University’s IT department, the public university located just outside of Boston, Mass. was only using traditional PCs. “95% of the PCs were still on Windows 7 and there was no clear migration path in sight to Windows 10,” recalls Snyder. “Additionally, all updates to these aging desktop computers were being done locally in the university’s computer labs. Management was difficult and time consuming.”

The university realized something had to change, and that was one of the reasons why they brought Snyder on board – to upgrade its end-user computing environment to VDI. Salem State was looking for the security and manageability that a VDI solution could provide. “One of the biggest challenges that the university had been experiencing was managing desktop imaging and applications,” said Snyder. “They wanted to be able to keep their student, faculty and staff end-points up to date and secure, while at the same time easing the troubleshooting process. They weren’t able to do any of this with their current set-up.”

Snyder first saw a demo of the IGEL solution at the final BriForum event in Boston in 2016. “It was great to see IGEL at that event as I had heard a lot of good buzz around their products and solutions, especially from other colleagues in the industry,” said Snyder. “After BriForum, I went back and ordered some evaluation units to test out within our EUC environment.”

What Snyder quickly discovered during the evaluation period was that the IGEL Universal Management Suite (UMS) was not just plug-and-play, like he had expected. “The IGEL UMS was a very customizable solution, and I liked the robust interface,” continued Snyder. “Despite competitive solutions, it was clear from the start that the IGEL devices were going to be easier to use and cheaper in the long run. IGEL really was a ‘no-brainer’ when you consider the management capabilities and five-year warranty they offer on their hardware.”

Salem State University currently has 400 IGEL Universal Desktop software-defined thin clients deployed on its campus including 360 UD3 thin clients, which are the workhorse of the IGEL portfolio, and 40 UD6 thin clients, which support high-end graphics capabilities for multimedia users. Salem State has also purchased IGEL UD Pocket micro thin clients which they are now testing.
Taking Steps to Prevent Your Business Continuity and Disaster Recovery Plans from Being Derailed
With so many moving pieces involved in business continuity and disaster recovery planning, anticipating the downstream impact of new SAN arrays, hyperconverged systems, and disaster recovery site relocation is increasingly more difficult. Download this white paper to learn how DataCore™ SDS services help you adapt your safeguards accordingly in the face of these common initiatives.

With so many moving pieces involved in business continuity and disaster recovery planning, anticipating the downstream impact of new SAN arrays, hyperconverged systems, and disaster recovery site relocation is increasingly more difficult. Download this white paper to learn how DataCore SDS services help you adapt your safeguards accordingly in the face of these common initiatives and business challenges:

•    Storage Array Replacement
•    Mergers and Acquisitions
•    Cloud Replication
•    Hyperconverged Infrastructure
•    Multi-Site Metro Cluster

How Data Temperature Drives Data Placement Decisions and What to Do About It
In this white paper, learn (1) how the relative proportion of hot, warm, and cooler data changes over time, (2) new machine learning (ML) techniques that sense the cooling temperature of data throughout its half-life, and (3) the role of artificial intelligence (AI) in migrating data to the most cost-effective tier.

The emphasis on fast flash technology concentrates much attention on hot, frequently accessed data. However, budget pressures preclude consuming such premium-priced capacity when the access frequency diminishes. Yet many organizations do just that, unable to migrate effectively to lower cost secondary storage on a regular basis.
In this white paper, explore:

•    How the relative proportion of hot, warm, and cooler data changes over time
•    New machine learning (ML) techniques that sense the cooling temperature of data throughout its half-life
•    The role of artificial intelligence (AI) in migrating data to the most cost-effective tier.

IDC: DataCore SDS: Enabling Speed of Business and Innovation with Next-Gen Building Blocks
DataCore solutions include and combine block, file, object, and HCI software offerings that enable the creation of a unified storage system which integrates more functionalities such as data protection, replication, and storage/device management to eliminate complexity. They also converge primary and secondary storage environments to give a unified view, predictive analytics and actionable insights. DataCore’s newly engineered SDS architecture make it a key player in the modern SDS solutions spa
The enterprise IT infrastructure market is undergoing a once-in-a-generation change due to ongoing digital transformation initiatives and the onslaught of applications and data. The need for speed, agility, and efficiency is pushing demand for modern datacenter technologies that can lower costs while providing new levels of scale, quality, and operational efficiency. This has driven strong demand for next-generation solutions such as software-defined storage/networking/compute, public cloud infrastructure as a service, flash-based storage systems, and hyperconverged infrastructure. Each of these solutions offers enterprise IT departments a way to rethink how they deploy, manage, consume, and refresh IT infrastructure. These solutions represent modern infrastructure that can deliver the performance and agility required for both existing virtualized workloads and next-generation applications — applications that are cloud-native, highly dynamic, and built using containers and microservices architectures. As we enter the next phase of datacenter modernization, businesses need to leverage newer capabilities enabled by software-defined storage that help them eliminate management complexities, overcome data fragmentation and growth challenges, and become a data-driven organization to propel innovation. As enterprises embark on their core datacenter modernization initiatives with compelling technologies, they should evaluate enterprise-grade solutions that redefine storage and data architectures designed for the demands of the digital-native economy. Digital transformation is a technology-based business strategy that is becoming increasingly imperative for success. However, unless infrastructure provisioning evolves to suit new application requirements, IT will not be viewed as a business enabler. IDC believes that those organizations that do not leverage proven technologies such as SDS to evolve their datacenters truly risk losing their competitive edge.
The Changing Role of Backup and Secondary Storage
The role of backup and secondary storage is changing in the data center. Hyperconverged infrastructures are influencing secondary storage and backup for the better, and you can see for yourself how integrating Nutanix and Veeam deliver increased business results.

The role of backup and secondary storage is changing in the data center. Hyperconverged infrastructures are influencing secondary storage and backup for the better, and you can see for yourself how integrating Nutanix and Veeam deliver increased business results.

Download this white paper to learn how to:

•    Leverage the power of hyperconverged infrastructure for backup and secondary storage
•    Simplify management, operational efficiency and support\
•    Predict scalability with granular application recovery
•    Design for the future, not the past
•    Scale with the business in simple steps

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