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Critical Importance of Shelf Management in AdvancedTCA
December 2007 Article in CompactPCI and AdvancedTCA Systems
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Titan and Carlo Gavazzi provide rack-mount systems for NAVSSI program office
U.S. Navy officials are using components from Titan Advanced Products & Design Division (AP&D) in San Diego and Carlo Gavazzi Computing Solutions in Brockton, Mass., for an integrated
shipboard navigation system.
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RTC Interviews Mads Lillelund, CEO of Carlo Gavazzi Computing Solutions
The March 2006 issue of RTC contains an Interview of Mads Lillelund.
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Titan and Carlo Gavazzi Provide Systems for NAVSSI Porgram Office
The September 2005 issue of Military Aerospace & Electronics Magazine reports on an integrated shipboard navigation system for the U.S. Navy using components from Carlo Gavazzi and Titan Advanced Products & Design Division (AP&D) in San Diego.
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Case Study: ATR Design Tackles Thermal Hurdles
Mupac's design team puts thermal modeling to good use and improves upon the power dissipation capabilities of a standard ATR chassis.
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StarFabric PCI bridging: Letting PCI Out of the Box
StarFabric has several key features that make it the optimal solution for PCI expansion.
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StarFabric: Adding Flexibility to cPCI Designs
StarFabric technology is one of the most popular switch fabric architectures today, largely due to its unique ability to seamlessly extend and enhance standard PCI, while retaining the investment in legacy systems. StarFabric's freedom from the restrictions of traditional parallel bus designs allows CompactPCI system designers the ability to develop more powerful, higher I/O systems with greater reliability and performance while avoiding expensive proprietary components.
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StarFabric Solves the PCI Scalability Dilemma
This article discusses how StarFabric is changing the face of PCI expansion.
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CG Mupac Puts PICMG 2.16 to Work
Mupac is fast moving out products based on PICMG's 2.16 well-understood and cost-effective Ethernet technology.
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PICMG 2.16 Compliant Dual Processor cPCI SBC
Mupac's design objective was to provide the CompactPCI system designer with a high-performance dual processor 2.16 compliant low power SBC that could fit in a single 4HP slot. To achieve this objective, our engineering team selected low powered components that would maintain the high performance aspects of the SBC.
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