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Introducing the FireCracker!
Based on Analog Devices popular
Blackfin
embedded processor, Silica has developed the FireCracker Development and Reference Design Platform for audio and video applications.
FireCracker is a unique concept of a hybrid between a development board and a reference design that enables design engineers to bring embedded computing solutions from concept to production in record time.

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paper
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Realizing the Full Potential of Server, Switch & I/O Blades with InfiniBand Architecture
This paper will explore the differences between LAN based server blades vs. InfiniBand based blades.
It will be shown that, fundamentally, bus and LAN based implementations fall seriously short of meeting the stated requirements.
The InfiniBand Architecture delivers the critical capa-bilities to realize all of these attributes while significantly improving overall system performance.
preview:
http://www.mellanox.com
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paper
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A Blade Server Primer
As demands placed on data centers grow, blade servers provide a convenient means of massively extending the device density.
As with any technology, you gain in one way and lose in another; the increased density places a greater burden on the human operator.
It's entirely possible that the problems of blade management may usher in the "next big thing" in the form of autonomic computing.
preview:
http://www.phptr.com
date: 8/27/2004
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paper
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A Competitive Analysis of IBM BladeCenter
This white paper competitive analysis commissioned by IBM and Intel is the property of Crystal Cube Consulting, IBM and Intel Corporation (referred to as the Companies), and is made available to a restricted number of clients only upon these terms and conditions.
The contents of this white paper competitive analysis represent the interpretation and analysis of statistics and information that is either generally available to the public or...
preview:
http://www.crystalcubeconsulting.com
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paper
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Design Considerations for High-Speed Internetworking Among Compute Blades within a Blade...
The next generation of compute servers will be based on clusters of compute blades integrated within a common chassis.
This paper examines the internetworking requirements for incorporating several very high-speed and redundant communication links on a common midplane for the interconnection of compute blades within the chassis and to the external network infrastructure.
preview:
http://csdl2.computer.org
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webinar
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A Practical Guide to Implementing Open Standards-Based
Telecom equipment manufacturers (TEMs), network equipment providers (NEPs) and service providers face rising demands to increase services, faster and with fewer resources.
GoAhead Software and IBM have teamed to create an integrated, application-ready platform for telecommunications based on open standards such as the Service Availability Forum AIS and HPI specifications.
This session will discuss the steps taken to achieve such a solution...
preview:
https://event.on24.com
date: 3/22/2007
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webinar
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Building Carrier Networks Using COTS Technology
Innovative telecommunications service providers, NEPs (Network Equipment Providers) and ISVs (Independent Software Providers) are leveraging commercial off the shelf (COTS) technology to help reduce the cost and complexity of delivering their Next Generation Network (NGN) services.
The IBM BladeCenter family is a COTS (Commercial off the Shelf) platform providing greater deployment flexibility - Central Office, Data Center, or Customer...
preview:
https://event.on24.com
date: 12/5/2007
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Themis' scalable rugged servers, multi-socket VMEbus and Single-Board Computers are designed to meet the requirements of aerospace, data/telecom, military, and commercial markets. Themis provides open standards-based computing platforms that support Sun Solaris, Linux, and Microsoft Windows operating environments.
Themis' high-performance servers, single-board computers and graphics controllers are now being integrated worldwide into advanced communications and defense systems.
The Themis Computer family of system and board-level products provides the increased processing power and reliability necessary for demanding application environments while achieving a net reduction in total cost of ownership.
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