Innovative Integration
Innovative Integration provides board-level hardware products that integrate the best analog I/O and reconfigurable FPGAs to provide cost-effective solutions for challenging data acquisition and signal processing applications.

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Performance gains when multicore partners with AdvancedTCA
In recent years processor technology has changed its focus.
Instead of increasing processor clock rate it is adding more and more processor cores.
Combining this silicon development direction with AdvancedTCA form factor results in multi-level performance scaling options.
Performance can be scaled by using processor silicon devices that have more processor cores and by adding more AdvancedTCA blades into the chassis.
Moreover, AdvancedTCA syst...
preview:
http://www.compactpci-systems.com
date: 3/12/2010
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Perspectives on AdvancedTCA thermal compatibility
Experts from CP-TA member companies representing semiconductor, board-level, and system-level viewpoints gathered to share their perspectives on AdvancedTCA thermal compatibility.
This roundtable discussion – moderated by Brian Moore, 2010 SCOPE Alliance technical chair – included Chris Engels, technical marketing manager at Emerson Network Power; Todd Keaffaber, platform system architect for Intel; Yves Desrochers, lead architect ...
preview:
http://www.compactpci-systems.com
date: 1/20/2010
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Shelf cooling for 400 W boards in AdvancedTCA (and other platforms)
In this third article in our thermal management series, David focuses on shelf cooling, examining conformance testing, fan swirl, and other issues.
The first two articles in the series, Cooling 400 W boards in AdvancedTCA (and other platforms) and Fluid dynamics can be found at advancedtca-systems.com. Ensuring effective heat transfer from the active devices through heatsinks (where needed) all the way through to the cooling medium is a...
preview:
http://www.compactpci-systems.com
date: 9/14/2009
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Tripling AdvancedTCA backplane performance while reducing costs
Justin and Tim discuss recent efforts to improve signal performance by removing the longest data signal paths from the main backplane.
AdvancedTCA continues to grow in telecommunications applications, including the Central Office and access edge.
The architecture is also winning designs in some benign-environment military programs as well as other markets.
With the emergence of IPTV, volumes of videos online, growth of social networking,...
preview:
http://www.compactpci-systems.com
date: 9/14/2009
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White Paper: Precision Control: Designing Low-Latency TCA Applications
Computer systems embedded in industrial, scientific, and military equipment are often called upon to perform complex calculations and deliver deterministic, low-latency responses.
Examples in this class of control-system applications include simple motor controllers, complex hardware-in-the-loop simulators, and high- precision position-controller sub-systems in semiconductor or micro-manufacturing equipment.
When the computing requiremen...
preview:
http://www.compactpci-systems.com
date: 8/10/2009
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Technical Articles from Elma on AdvancedTCA, VPX, VXS
System Platform Articles Rugged Packaging Design Criteria for Rugged Enclosures Design Criteria for Optimum Cooling and Shielding of Enclosures Modular Enclosure Design More Choices for Customers [pdf file] New PICMG-Based Chassis Technologies A Closer Look [pdf file] Taking Shelf Management to New Levels The Evolution of Eurocard based Architecture from VMEbus to AdvancedTCA and Beyond A Look at...
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http://www.elma.com
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