White Papers
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Deep packet inspection (DPI) is a technique with many different use cases, delivering information about packet flows and content as well as allowing network operators and service providers to ensure quality of service at an application level. As more and more use cases are being implemented in the market, a common set of requirements has developed. These requirements have driven a set of architectures that deliver the level of performance, throughput and statistical data collection required to fulfill the respective task at hand. This white paper will analyze use cases, define a set of common requirements for DPI applications and outline several architectures and building blocks that simplify the creation of scalable, reliable DPI appliances.
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Enabling Workload Consolidation on the Next-Generation Communications Platform from Intel(r), codename Crystal Forest
Introducing a new approach which enables a single blade type to perform both control and packet processing functions at very high speed. This white paper describes the key elements of the next-generation communications platform from Intel(r), codename Crystal Forest, which enables a new homogeneous topology, and the key requirements for an effective system-level implementation of the new Intel(r) microarchitecture.
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Enabling 10 Gbit-Ethernet in Miniature I/O Connectors for Aerospace and Defense Applications
The CeeLok FAS-T connector, a new high-speed circular I/O, combines the ruggedness of a MIL-C-38999-style design with an insert specifically configured for 10 Gbit-Ethernet transmission. Additionally, it is a small-form-factor connector system that is field repairable and supports data rate requirements for current and next-generation electronic systems in Aerospace and Defense applications.
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Consolidating Packet Forwarding Services on the ADLINK aTCA-6200 Blade with the Intel(r) DPDK
In recent years there has been a market and technology trend towards the convergence of network infrastructure into a common platform or modular components that support multiple network elements and functions such as application processing, control processing, packet processing, and signal processing.
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Accelerated Deep Packet Inspection for Network Security Applications -- Delivering High-Performance DPI on Intel Xeon Processor with Wind River Content Inspection Engine
By providing DPI technology optimized for multi-core processors, this paper demonstrates a cost effective software solution for scanning data content at line rate in security equipment ranging from small network appliances to large network elements.
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What Is A True Industrial Grade NAND Product?
An introduction to NAND Flash Technology. An Industrial Grade (IG) product features extreme ruggedness, high reliability and wide operating temperatures. With the recent introduction of several MLC NAND products, system designers must become fully aware of the trade-offs of using MLC products compared to an industrial grade SLC product.
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Network Applications and the Impact on Corporate WANs
Enterprises expect more from their communications networks than ever before.
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Load balancing in ATCA platforms
Two methods for "taking the load off" of your ATCA network element, one using the internal switch and one through software, offer solutions for optimized packet processing for network services.
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Survey: Companies Look to the Cloud for Data Integration
An application example explaining how one company integrated its data into "the cloud."
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Cable IPv6 Transition
Ravenous consumption of IP addresses with the recent surge in IP-enabled devices are forcing Mobile Service Operators to transition from the long-time Internet Protocol, IPv4, to it's replacement, IPv6.
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Botnets: The dark side of cloud computing
Security gateways can offer protection against malicious botnets that can tarnish your cloud network.
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eBook: Get Ready for 40G ATCA
In this eBook you will learn about the following: • What is driving the growth in IP traffic • The underlying technologies driving 40 Gbps ATCA • The relevant industry standards • The steps to 40G heaven
Earle Olson, TE Connectivity
Staff, ADLINK Technology, Inc.
Staff, XO Communications
Staff, Radisys
Michael Schaepers,
