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Gain an understanding of how 802.11ac can help provide higher performance by boosting bandwidth, and dive into the technical challenges associated with this new technology.
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This paper helps IT organizations in their planning for cloud computing by proposing a reference architecture with VMware software products and Brocade VCS technology.
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Read this white paper to learn about how Internet SCSI (iSCSI) offers a scalable, simplified, and cost-effective way to implement storage area networks (SANs) using Ethernet components.
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This exclusive resource discusses how software-defined networking (SDN) can turn your network into an enabler of modern IT environments while eliminating manual processes, configuration inflexibility, and latency challenges associated with device-centric networking.
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To maintain application performance and availability, enterprises must upgrade their application delivery controller (ADC) and SSL infrastructure. Specifically, consideration should be given to selecting an ADC, like Citrix NetScaler.
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Join this exclusive live webcast on July 10, at 11 AM GMT to take an in-depth look at the state of ATP prevention today and find out how your organization can keep your sensitive data and applications safe.
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This exclusive white paper examines the ins-and-outs of wireless networking, discussing the current state 802.11 and what near-future developments you need to prepare for if you want to remain competitive.
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This white paper breaks down the top ten quality and performance issues that application performance management can help to solve by detecting applications' performance problems and their causes.
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This case study showcases how, by migrating to an end-to-end IP architecture and implementing SIP trunks, Oracle has significantly consolidated and simplified its telephony infrastructure.
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This expert decision center from SearchSDN.com takes an in-depth look at software-defined networking technology strategies and how they can help reduce the complexity and management of your network by enabling centralized programmable networks that separate the control and data planes from the underlying infrastructure.