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Compared to classic hierarchical Ethernet architectures, Ethernet fabrics provide the higher levels of performance, utilization, availability and simplicity required to meet the business needs of data centers today and into the future.
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As businesses continue to search for ways to reduce cost and limit risk, optimizing network infrastructure is a crucial part to achieve these goals. This guide explores one company and how they utilized PEG bandwidth to establish quality network operations and ensure customer satisfaction.
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This white paper explains why a high-performance, highly available and secure network is essential for supporting a wide array of traffic types and a diverse user community.
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Learn about a scalable, on-demand infrastructure that leverages Ethernet and a powerful switching platform to help you achieve the most from your private cloud.
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Can your network accommodate the new requirements demanded on it? Explore how Ethernet switching can provide the flexibility, scalability, and resiliency you need to embrace the trends and technologies that will give your business a competitive advantage.
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Check out this brief paper to learn how using a Data Access Switch with multi-rule mapping feature to share the load among multiple parallel processing Gigabit tools, 10-Gig network can be monitored comprehensively and cost-effectively.
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View this informative resource to learn how an Ethernet fabric technology enables you to create efficient data center networks that can keep up with the demands of today's always-on, connected world. Read now to explore the capabilities and benefits of this technology.
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Download this white paper to find out how you can change this economic model and reduce capital and operational expenses, freeing up IT budget dollars and allowing your business to invest in innovative technologies that will reduce the cost of doing business while improving the bottom line.
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Explore how using a 1 GbE, 10 GbE, or 40 GbE hardware plane is critical to achieving the interoperability and multi-site capabilities needed for a successful software-defined networking (SDN) initiative.
