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Advantech Intel®-based Deep Packet Inspection (DPI) Platforms for LTE
Providing new levels of ‘network intelligence” requires a technology that can look deep inside every packet of information. This technology is known as Deep Packet Inspection or DPI. DPI high-speed pattern matching identifies the packet contents, tags it, and passes it on to applications that makes decisions at wire speed. DPI technologies do not require individually complex operations, but they must be extremely fast and capable of managing many packet streams simultaneously. Network intelligence platforms require high performance processors, utilizing, multi-processor, multi-core and multithreaded implementations. The video presents the solution to these challenges: Advantech’s FWA-6500. OEM ready and highly configurable, the 6500 represents the latest in high performance network application platforms. Powered by 2 Intel Xeon Processors and using flexible network mezzanine cards the 6500 delivers the ultimate packet processing performance in a 2U form factor. Developed solely on Intel architecture, tuned by Advantech from the processors to the IO, developers need just one code base, one set of tools and can access a massive ecosystem of software resources.
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Update 1/20/2012 Rate
Webcast
Whitepaper
Packet Processing with Intel® Xeon®-based ATCA Blades and Servers
This white paper highlights key design aspects for implementing packet processing applications on Intel® Xeon® processors in AdvancedTCA® and OEM-Ready server topologies. The dramatic growth currently expected within both fixed and mobile infrastructure, is stimulating a need for new network elements to perform crucial packet processing functions such as security, traffic and packet management. The traffic volumes involved require such platforms to be capable of managing extremely high levels of performance and throughput. The goal of this paper is to provide application and platform developers greater insight as to how packet processing applications can be optimized through the use of Intel® multi-core processors and readily available eco-system software and hardware platforms.
．Views: 0 ．Date: 1/20/2012 ．Rate:
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Packet Processing with Intel® Xeon®-based ATCA Blades and Servers
This white paper highlights key design aspects for implementing packet processing applications on Intel® Xeon® processors in AdvancedTCA® and OEM-Ready server topologies. The dramatic growth currently expected within both fixed and mobile infrastructure, is stimulating a need for new network elements to perform crucial packet processing functions such as security, traffic and packet management. The traffic volumes involved require such platforms to be capable of managing extremely high levels of performance and throughput. The goal of this paper is to provide application and platform developers greater insight as to how packet processing applications can be optimized through the use of Intel® multi-core processors and readily available eco-system software and hardware platforms.
．Views: 0 ．Date: 1/11/2012 ．Rate:
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Multicore Plus Optimized Packet Processing Software
We used to talk about POTS, or the Plain Old Telephone Service, whose only service was basic dial tone, whether the original analog or newer digital variety. A lot has changed since then, and the fixed telephony infrastructure bears no resemblance to the POTS of yesteryear. The last few years have seen similar changes in the wireless infrastructure, and, with plenty more on the horizon, we now look back fondly on what some are now calling the POCS (Plain Old Cellular Service). Making a simple phone call, ‘sans wires,’ no matter where we are, is now an intrinsic part of everyday life. The myriad wireless technologies are no longer just a voice medium, and, since the advent of usable data capabilities, the demand and associated growth of the wireless data infrastructure has been unprecedented, with no end in sight.
．Views: 34538 ．Date: 9/7/2011 ．Rate:
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Enhancing Communications Platform Value-add with MicroTCA
This paper looks at how MicroTCA can be cost-optimized to fit various communications platform solutions ranging from converged IP-PBX’s in enterprise networks to infrastructure elements in cellular networks. Often for competitive positioning reasons, many current solutions are based on purpose-built platforms of proprietary design. This often translates to trade-offs on scalability and redundancy in order to meet stringent cost targets.
．Views: 113157 ．Date: 1/6/2010 ．Rate:
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Network Application Platforms – Part 1 General Purpose or Specialized Processors
The Network Applications Platform (NAP) is fast becoming the ubiquitous workhorse of both infrastructure and enterprise networks. While NAPs often take on many guises, IP traffic is at the core of all applications. Maximizing reuse and development efficiency, while creating innovate and feature rich solutions is crucial for success. This paper, part one in Advantech’s Network Application Platform series, examines the challenges of processor selection.
．Views: 12403 ．Date: 5/4/2009 ．Rate:
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Advantech Platforms for 10 GigE networking On Intel Xeon Processor 5500 Series
While we have numerous methods of measuring performance in terms of absolute values it is also a matter of perspective and relativity. Driving at 70mph on the freeway is very fast relative to our own walking or even running pace but pales in comparison to a 200mph race car, let alone a Mach2 fighter plane. A chain is only as strong as its weakest link and as such we are always striving to improve that “weak link.” So it is with any computer or network system platform.
．Views: 14221 ．Date: 5/4/2009 ．Rate:
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Converged Application Platforms–Enhance your bottom line; take one “to go”
With the World's economies behaving like roller coasters, maximizing efficiencies and squeezing every last ounce of performance, value and profit from product implementations is crucial in order to remain competitive. The Converged Application Platform has emerged as the most flexible and cost effective solution to meet the demand for"Triple Play"service applications.
．Views: 15147 ．Date: 5/4/2009 ．Rate:
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