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DARPA DARPA Implementation Platform for Implementation Platform for Memory and Logic Integration Memory and Logic Integration Wayne Dai Wayne Dai June 9, 2002 June 9, 2002

Implementation Platform for Memory and Logic Integration

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Implementation Platform for Memory and Logic Integration. Wayne Dai June 9, 2002. Outline. Challenges and opportunities for System-in-a-Package (SiP) SiP implementation platform for memory/logic integration Configurable area-IO memory architecture - PowerPoint PPT Presentation

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  • Implementation Platform for Memory and Logic IntegrationWayne Dai

    June 9, 2002

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    OutlineChallenges and opportunities for System-in-a-Package (SiP)SiP implementation platform for memory/logic integrationConfigurable area-IO memory architectureSiP performance analysis and modeling based on GTX frameworkConcluding remarks

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    Messages from ITRSPackage cost increases 5% each year.8% - 11% increase in pin count per packaged IC each year, 5% reduction in cost per pin each year.Inter-chip signal integrity issues will be more challenging.In 2002, chip to board clock frequency is 400MHz for cost-performance system, 800MHz for high-performance system.Package size can not shrink due to the fanout problem.Moores law is good for silicon, but not good for board.System-on-a-Chip is not always a good idea.Cost penalty, complexity of design and verification, difficulty of integrating different technologies

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    The Y Chart of System DesignSynthesisImplementationARCHITECTURAL DOMAINFUNCTIONAL DOMAINuPDRAMFlashPHYSICAL DOMAINMissingPlatform-based design methodology is the only solution to deliver complex embedded systems in a limited design time.

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    System-in-a-Package Implementation PlatformA giant chip rather than a miniaturized circuit board: preserving on-chip electrical environmentChip-on-ChipChip-Laminate-ChipDRAM and graphic chip integration

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    Chip-Laminate-Chip Technology Characteristic:Maximum off-chip delay