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Showing 49 - 64 of 65 white papers, page 4 of 5.
High Availability Clusters in VMware vSphere without Sacrificing Features or Flexibility
This paper explains the challenges of moving important applications from traditional physical servers to virtualized environments, such as VMware vSphere in order to take advantage of key benefits such as configuration flexibility, data and application mobility, and efficient use of IT resources and highlights six key facts you should know about HA protection in VMware vSphere environments that can save you money.

Many large enterprises are moving important applications from traditional physical servers to virtualized environments, such as VMware vSphere in order to take advantage of key benefits such as configuration flexibility, data and application mobility, and efficient use of IT resources.

Realizing these benefits with business critical applications, such as SQL Server or SAP can pose several challenges. Because these applications need high availability and disaster recovery protection, the move to a virtual environment can mean adding cost and complexity and limiting the use of important VMware features. This paper explains these challenges and highlights six key facts you should know about HA protection in VMware vSphere environments that can save you money.

Achieve Secure Cloud Printing for Microsoft Office 365 and Azure
The Microsoft Azure platform offers an open and scalable Cloud computing platform as a service, providing a highly available Virtual Machine (VM) Cloud service payable on a monthly fee. For subscribers, critical services and server functions can now be moved with relative ease but what about printing, how realistic is that? This paper explores the topic further and considers what happens when subscribers elect to migrate everything, including print servers, offsite into the Cloud and pitfalls to
The Microsoft Azure platform offers an open and scalable Cloud computing platform as a service, providing a highly available Virtual Machine (VM) Cloud service payable on a monthly fee. For subscribers, critical services and server functions can now be moved with relative ease but what about printing, how realistic is that? Users are struggling with print file sizes and resultant bandwidth issues, not to mention security and compliance concerns. This paper explores the topic further and considers what happens when subscribers elect to migrate everything, including print servers, offsite into the Cloud and pitfalls to avoid.
Solving the Top 5 Virtualized Application and Infrastructure Problems
In this Uila sponsored white paper, David Davis talks about the Top 5 Virtualized Application and Infrastructure Problems and how to solve them.

You’ve virtualized your company’s most critical applications (or are about to) but you might have found that the virtual world is much more complicated than the physical world when the unexpected inevitably happens. So how do you prevent application performance problems and how do you troubleshoot application performance issues when they do happen? 

Learn the solutions to the top virtualization application problems BEFORE your critical applications go down in this white paper by David Davis from ActualTech Media.

Essential Guide to Storage for Virtualization
If your organization is highly virtualized, or if you’re planning a virtual-first strategy for your organization, you cannot meet your objectives with conventional LUN and volume-based storage. Conventional storage architectures that were built for physical workloads decades ago are still used by both legacy providers and storage newcomers today. Instead, you need storage specifically built for virtualization and cloud.
If your organization is highly virtualized, or if you’re planning a virtual-first strategy for your organization, you cannot meet your objectives with conventional LUN and volume-based storage. Conventional storage architectures that were built for physical workloads decades ago are still used by both legacy providers and storage newcomers today. Instead, you need storage specifically built for virtualization and cloud.

Key Takeaways:
1) Understand the constraints of conventional, legacy storage solutions.
2) Learn how modern storage systems eliminate the disconnect between virtualized applications and physical-era storage.
3) Recognize the business benefits - including time and cost savings - that can be realized with storage that is optimized for virtualization and cloud.

Essential Guide to Storage for DevOps
Many companies today are adopting a DevOps model to accelerate development efforts and deliver new applications and services. Choosing the right enterprise cloud storage provides the foundation to support your growing DevOps practice.
Gain insight into new storage trends and innovations for DevOps

Many companies today are adopting a DevOps model to accelerate development efforts and deliver new applications and services. Choosing the right enterprise cloud storage provides the foundation to support your growing DevOps practice.

This essentials guide helps you understand the storage features that are most beneficial to your DevOps practice and provides specific guidelines on what to look for.

Key Takeaways:
1) Create a successful DevOps Strategy that considers functionality, cost, and ease of use
2) How to best manage your storage needs for DevOps, QA, and Developers
3) Learn how automation and copy data management makes routine tasks simpler and faster, saving time
4 How to accelerate release cycles

3 Potential Risks of an HCI Architecture
The appeal of HCI as a concept is that by bringing compute, network and storage together in a fully-tested, controlled environment, infrastructure administrators would be freed from the challenges of integrating point solutions and would have scalable, guaranteed performance at lower risk. For specific workloads such as VDI and ROBO, the theory is that customers can allocate resources quickly, scale easily, and reduce costs significantly because of the integration and features in its platform. T
The appeal of HCI as a concept is that by bringing compute, network and storage together in a fully-tested, controlled environment, infrastructure administrators would be freed from the challenges of integrating point solutions and would have scalable, guaranteed performance at lower risk. For specific workloads such as VDI and ROBO, the theory is that customers can allocate resources quickly, scale easily, and reduce costs significantly because of the integration and features in its platform. The reality is more complicated—it’s difficult for HCI to deliver scalability, simplicity, and cost advantages without sacrificing performance.
Data Protection Overview and Best Practices
This white paper works through data protection processes and best practices using the Tintri. Tintri technology is differentiated by its level of abstraction—the ability to take every action on individual virtual machines.
This white paper works through data protection processes and best practices using the Tintri. Tintri technology is differentiated by its level of abstraction—the ability to take every action on individual virtual machines. In this paper, you’ll:

1) Learn how that greatly increases the precision and efficiency of snapshots for data protection
2) Explore the ability to move between recovery points
3) Analyze the behavior of individual virtual machines
4) Predict the need for additional capacity and performance for data protection

If you’re focused on building a successful data protection solution, this document targets key best practices and known challenges. Hypervisor administrators and staff members associated with architecting, deploying and administering a data protection and disaster recovery solution will want to dig into this document to understand how Tintri can save them the majority of their management effort and greatly reduce operating expense.
Essential Guide to Storage for Virtual Desktops
Topics: Tintri, VDI
"What are the 7 criteria you need to weigh when choosing storage for VDI? What 3 lessons can you learn from VDI failures? The Essential Guide to Storage for VDI has those answers and more. We designed this practical guide to get you thinking. We peppered it with anecdotes from your peers—sharing their failures and learnings, so you’ll be prepared to succeed."
What are the 7 criteria you need to weigh when choosing storage for VDI? What 3 lessons can you learn from VDI failures? The Essential Guide to Storage for VDI has those answers and more.

We designed this practical guide to get you thinking. We peppered it with anecdotes from your peers—sharing their failures and learnings, so you’ll be prepared to succeed.
Cisco UCS B-Series Best Practice & Deployment Guide
Topics: Tintri, Cisco UCS
This guide describes the Tintri best practices for a UCS environment with VMware. Tintri recommends cabling the VMstore such that one port on each controller is configured on each UCS fabric. Fabric A is configured to preferentially carry storage traffic under normal operating conditions.
Cisco UCS B-Series Blade Servers are a popular server choice. A typical UCS configuration includes a Fabric Interconnect (FI) with two separate fabrics, and there are some important considerations for configuring Tintri VMstore storage systems in the UCS environment.

This guide describes the Tintri best practices for a UCS environment with VMware. Tintri recommends cabling the VMstore such that one port on each controller is configured on each UCS fabric. Fabric A is configured to preferentially carry storage traffic under normal operating conditions.

Distributed virtual switching (dvSwitch) is described as the best practice for switching in the VMware environment. However, a separate appendix describes the configuration of vstandard switching.

Additional appendices describe design considerations for LACP, native VLAN use, and jumbo frames as well as configuration for the Cisco Nexus 5K switch.
Application & Desktop Delivery for Dummies
In this book, you learn how solutions, such as Parallels Remote Application Server (RAS), replace traditional application deployment with on-demand application delivery, and why it's right for your organization.
Applications are essential to the businesses and organizations of all sizes and in all industries. End-users need to have continuous and reliable access to their applications whether working in the office or remotely, at any time of the day or night, and from any device. With the advent of cloud computing, office desktops with installed applications (that had to be constantly updated) have become a thing of the past — application streaming, virtual desktop infrastructure (VDI), and hosted applications are the future (and the present, for that matter). Application virtualization is an easy way to manage, distribute, and maintain business applications. Virtualized applications run on a server, while end-users view and interact with their applications over a network via a remote display protocol. Remote applications can be completely integrated with the user’s desktop so that they appear and behave like local applications. Today, you can dynamically publish applications to remote users in several ways. The server-based operating system (OS) instances that run remote applications can be shared with other users (a terminal services desktop), or the application can be running on its own OS instance on the server (a VDI desktop).
Switch to Parallels Remote Application Server and Save 60% Compared to Citrix XenApp
This article will explain how Parallels Remote Application Server can easily act as a business’s desktop and application delivery solution, offering the same qualities as other leading solutions such as Citrix XenApp, but at an entirely different and affordable price. As a result, companies who opt to use Parallels Remote Application Server could save up to 60%, while gaining added flexibility and maneuverability for their devices.
A few years ago, Citrix had two separate products for its virtualization solutions: XenApp and XenDesktop. In 2016, Citrix merged them into a single product; XenDesktop 7. The change was not well received by Citrix customers, and Citrix has split them again into XenApp and XenDesktop from version 7.5 onward. The major difference between XenApp and XenDesktop is the type of virtual desktop delivered to the user. XenDesktop includes all XenApp features and also has a VDI solution, so from this point on we will use the XenDesktop term in this document to refer to Citrix virtualization solution: published applications and virtual desktop infrastructure. Although XenDesktop is the most popular solution in the industry, it has several shortcomings coupled with a very expensive price tag. Due to migration from Independent Management Architecture (IMA) to Flexcast Management Architecture (FMA), there is no option in place to upgrade to XenDesktop 7.x from previous versions of XenApp (5 or 6.X). Therefore, now is the right time to jump ship. In this white paper, we examine how migrating to Parallels Remote Application Server can reduce the costs of an application and virtual desktop delivery solution by more than 60%. Parallels RAS is an easy-to-use, scalable application and desktop delivery solution which has the lowest total cost of ownership amongst its competitors. Considered an industry underdog by many, Parallels Remote Application Server has been in the industry since 2005, and many Citrix customers have already switched to Parallels RAS.
How Parallels Remote Application Server Enhances Microsoft RDS
The revolutionary potential of remote desktops is just being tapped. This article will illustrate how remote desktops can help companies work more efficiently and effectively, reducing costs and harmoniously integrating solutions such as thin clients. In addition, by delivering applications and data straight to thin clients, remote desktops simplify digital policies by centralizing data directly onto the company’s server.
In 2001, Microsoft introduced the RDP protocol, a proprietary protocol that allowed users to access an operating system’s desktop remotely. Since then, Microsoft has come a long way, developing Remote Desktop Services to facilitate remote desktop access. Formerly known as Terminal Services, RDS consists of a number of tools and services that allow businesses to build an application and virtual desktop delivery solution that their users can access remotely. However, the Microsoft RDS solution leaves a lot to be desired. This white paper looks at the pain points of Microsoft RDS solutions, and how systems administrators can use Parallels® Remote Application Server to enhance their RDS infrastructure and provide the functionality their businesses need to give their users the flexibility they need to be more productive.
HyperCore-Direct: NVMe Optimized Hyperconvergence
Scale Computing’s award winning HC3 solution has long been a leader in the hyperconverged infrastructure space. Now targeting even higher performing workloads, Scale Computing is announcing HyperCore-Direct, the first hyperconverged solution to provide software defined block storage utilizing NVMe over fabrics at near bare-metal performance.
Scale Computing’s award winning HC3 solution has long been a leader in the hyperconverged infrastructure space. Now targeting even higher performing workloads, Scale Computing is announcing HyperCore-Direct, the first hyperconverged solution to provide software defined block storage utilizing NVMe over fabrics at near bare-metal performance. In this whitepaper, we will showcase the performance of a Scale HyperCore-Direct cluster which has been equipped with Intel P3700 NVMe drives, as well as a single-node HyperCore-Direct system with Intel Optane P4800X NVMe drives. Various workloads have been tested using off-the-shelf Linux and Windows virtual machine instances. The results show that HyperCore-Direct’s new NVMe optimized version of SCRIBE, the same software-defined- storage powering every HC3 cluster in production today, is able to offer the lowest latency per IO delivered to virtual machines.
HC3, SCRIBE and HyperCore Theory of Operations
This document is intended to describe the technology, concepts and operating theory behind the Scale Computing HC3 System (Hyper-converged Compute Cluster) and the HyperCore OS that powers it, including the SCRIBE (Scale Computing Reliable Independent Block Engine) storage layer.
This document is intended to describe the technology, concepts and operating theory behind the Scale Computing HC3 System (Hyper-converged Compute Cluster) and the HyperCore OS that powers it, including the SCRIBE (Scale Computing Reliable Independent Block Engine) storage layer.
Information Security with HC3
The security of your information and data is paramount to Scale Computing. In order to be agile in the ever-changing security landscape, all technology platforms must adapt quickly. Threat vectors from new avenues are emerging on a daily basis.
The security of your information and data is paramount to Scale Computing. In order to be agile in the ever-changing security landscape, all technology platforms must adapt quickly. Threat vectors from new avenues are emerging on a daily basis.

Our culture has always been about having an exceptionally efficient and focused engineering team. A tight-knit, highly skilled team of engineers and developers cuts back on the red tape and delay that may be present in other organizations and keeps the focus on what matters in this ever-changing and always demanding landscape: innovation, stability, and security for the customer. In keeping with this culture, we have built the HC3 appliance using our own proprietary software in combination with common building blocks of well-tested open source technologies.
Automated, Self-Service Provisioning of Virtual Machines with HyperCloud
This whitepaper walks through the automated, self-service provisioning of virtual machines to speed up application deployment and simplify ongoing management; all while benefiting from the scale and performance of HyperCloud
This whitepaper walks through the automated, self-service provisioning of virtual machines to speed up application deployment and simplify ongoing management; all while benefiting from the scale and performance of HyperCloud

With the move towards digital transformation, many organizations are looking to achieve business agility by speeding up the delivery of infrastructure and application services. While the move towards automating provisioning workflows may seem like an obvious step that should be adopted by IT teams, many organizations are reluctant to make drastic changes to the existing processes without understanding the impacts first

In the absence of automated workflows, IT organizations find themselves stuck with manual processes that result in long waits experienced by end users, rising operational expenses, inconsistent infrastructure, and overall dissatisfaction by business users.