The enterprise data center has undergone several major shifts since the introduction of
computing as a business resource. Data centers have evolved from mainframes to client/server
to virtual servers, and then to being “software defned,” and fnally to their current state of disaggregation. Today, we sit on the precipice of the next major data center transition—the evolution
to an intent-based data center (IBDC) (Exhibit 1). Each transition saw the cost of computing
decrease and the importance of the network increase, and each enabled organizations to boost
the efciency of their data center operations and improve asset utilization—ultimately leading to a
better experience for users
No matter how these issues are resolved, the new health care reality demands that providers deliver quality care while controlling costs. Use these six steps to bring success to your organization in the new reimbursement landscape:
1. Understand Your Costs
2. Reduce Out-Migration from Your Network
3. Maximize Pay-for-Performance Reimbursement
4. Identify Early Opportunities for Utilization Reductions
5. Support Chronic Care and Disease Management
6. Predict Who Will Develop Issues
Research and Education (R&E) networks are experiencing a surge in capacity demand as a result of the massive growth of streaming media (Netflix, Facebook, YouTube), growing utilization of public cloud services, and the continued need to support large scientific data file transfers for researchers collaborating around the globe. This increase in traffic is driving many operators to evaluate network backbone upgrades to 100G. Upgrading is necessary but costly. But what if operators could upgrade their R&E networks to 100G for 50 percent less CAPEX investment and extend the life of the existing routers, while actually simplifying the architecture to enable lower operational costs? Download our app note to learn how.
Published By: Creekpath
Published Date: Aug 21, 2009
"Storage consolidation" is a term that has typically meant the consolidation of direct attached storage to a storage network, whether it is Network Attached Storage (NAS) or Storage Area Network (SAN). Consolidation has usually been undertaken to improve utilization of assets, lower the total cost of ownership (TCO), increase return on capital investment, improve IT operational efficiency and increase service levels.
Enhance the performance and speed up your VM network with the SR-IOV feature of Microsoft® Windows Server® 2012. Discover how SR-IOV increases your TCP throughput, enabling you to virtualize demanding workloads and reduce processor utilization.
Published By: Dell EMC
Published Date: Jun 29, 2016
EMC Isilon scale-out network-attached storage (NAS) is a simple and scalable platform to build a scale-out data lake and persist enterprise files of all sizes that scale from terabytes to petabytes in a single cluster. It enables you to consolidate storage silos, improve storage utilization, reduce costs, while providing you a future proofed platform to run today and tomorrow's workloads.
This document examines VMware's implementation of the Avamar technology, including a discussion of its organizational challenges and evaluation requirements. VMware's results are highlighted and future implementation plans are summarized.
Published By: Evariant
Published Date: Nov 08, 2018
Health systems gain a competitive edge when they identify the right physicians and target those physicians to develop unsurpassed loyalty. Learn how to cultivate relationships with physicians that lead to an increase in cases being referred, which results in smarter provider engagement, increased margins, optimized network utilization and health system growth. But which doctors? In which service lines? And what kinds of cases? And what touch points?
This guide discusses how to reimagine how network development teams work that results in the ability to demonstrate indisputable ROI from network development activity and liaison outreach.
Published By: Evariant
Published Date: Nov 08, 2018
Gone are the days when your physician liaisons called on physicians to discuss referrals and recruit physicians armed with only the “word on the street.” In fact, if your institution is doing this, you can be sure that any competitor is winning the referrals with the help of market intelligence. Download this eBook to get the secrets to unlocking physician liaison ROI and grow market share in this hyper-competitive environment.
Published By: Gigamon
Published Date: Oct 19, 2017
Read the IDG Tech Dossier, A Security Delivery Platform Benefits the Entire Organization to learn how a comprehensive, well-integrated security platform provides the foundation for the next generation of cybersecurity. By uniting a variety of security solutions and appliances for efficient operation through network visibility and security workflow orchestration, organizations benefit from continuous and pervasive network visibility, fault tolerance and scaling and optimal CPU utilization – thereby improving security and reducing cost. Download now!
Security and network performance tools are unable to or weren’t built to handle and analyze traffic at higher bandwidths. Read Enterprise Management Associates new research report, “Next Generation Network Packet Brokers: Defining the Future of Network Visibility Fabrics” to learn how to reduce unnecessary tool upgrades due to bandwidth increases -- resulting in decreased costs, improved tool utilization and optimized investments in existing networking and security tools. Learn more by downloading this report!
The growth of structured data from databases, e-mail and other applications has been exponential. The increasing flood of data can lead to a host of problems — failing to recognize that data storage must be managed as a critical resource often results in a very difficult environment to manage, a higher cost of ownership, less responsiveness to change and added risk to the business. This white paper discusses how a dedicated, optimized network storage solution can increase data availability and reduce operating costs by simplifying management and improving capacity utilization.
No matter the size of the business, technology plays a critical role in its financial success. At the most basic level, companies have to deal with desktop and laptop computers for all their employees, e-mail, access to the Internet, Blackberries, and other kinds of on-site and remote devices. Add networking issues like viruses, spam and bandwidth utilization, and suddenly, this effort becomes a major challenge to anyone operating a small or mid-sized business (SMBs) with limited resources and a limited budget.
Microsoft has made significant enhancements to the architecture of Microsoft Dynamics® CRM 4.0 to improve network performance. Test results demonstrate network bandwidth utilization improvements of up to 94%. Improvements were evaluated in the number of round trips, bytes sent, and bytes received. Because the bandwidth utilization associated with a page can change after the first time the page is loaded, both initial (cold) and subsequent (warm) page loads were tested.
NetApp® SnapManager® for Oracle (SMO) is designed to significantly simplify all these tasks and more. In this article, we examine how you can deploy SMO to simplify and even automate data protection, recovery, and cloning across both primary and secondary storage. Learn more today!
This paper focuses generally on optimal storage and storage management for SharePoint and specifically evaluates NetApp's approach, detailing how the capabilities in NetApp's DataONTAP and SnapManager for SharePoint Server offerings help to drive storage efficiency, reduce cost, and exclude complexity in a comprehensive SharePoint implementation. It is not so much a "how to" guide, but rather a "why to" explanation. Learn more today!
The shift to the cloud is changing how companies think about their IT infrastructure and what they must do to manage it. The on-demand applications and services that comprise a cloud services network enable companies to rapidly deploy powerful capabilities to a broad set of users at very low costs. However, they also introduce challenges associated with securing and controlling users and access, simplifying adoption and scaling of these applications, and providing insight into utilization to ensure the business is optimizing its cloud investments. Okta’s on-demand identity management service enables companies to address these challenges head-on by being designed from the ground up as a scalable, secure, multi-tenant service that protects your data through centralized access control.
The shift to the cloud is changing how companies think about their IT infrastructure and what they must do to manage it. The on-demand applications and services that comprise a cloud services network enable companies to rapidly deploy powerful capabilities to a broad set of users at very low costs. However, they also introduce challenges associated with securing and controlling users and access, simplifying adoption and scaling of these applications, and providing insight into utilization to ensure the business is optimizing its cloud investments. Okta’s on-demand identity management service enables companies to address these challenges head-on by being designed from the ground up as a scalable, secure, multi-tenant service that protects your data through centralized access control. This whitepaper details Okta’s focus on security and reliability, how Okta enhances security and how Okta itself stays secure.
In recent years, data deduplication has made its ways from the storage to the networking community. More specifically, it has become an important tool for optimizing application performance across the WAN. By eliminating the transfer of repetitive IP traffic, deduplication significantly improves WAN utilization and accelerates data transfers between geographically disperse locations. This saves bandwidth costs and helps to overcome many obstacles when communicating across a WAN.
This paper discusses how WAN deduplication works, and how it can be effectively deployed as a complement to existing storage deduplication solutions.
IT groups must support many applications and servers across multiple platforms that frequently operate independently of each other. However, coordinating job scheduling across all these applications and networks is often required to optimize resource utilization. The traditional approach of applying more staff, toolkits, and rudimentary scheduling software to cobble together automated batch processing solutions becomes cost-prohibitive, inefficient, and error-prone, as the number of moving parts increases and the environment becomes more heterogeneous.