'Interconnects' presentation slideshows

NEMS Devices OPPORTUNITIES AND CHALLENGES

644 views • 36 slides

Statistical Crosstalk Aggressor Alignment Aware Interconnect Delay Calculation

Supported by NSF & MARCO GSRC. Statistical Crosstalk Aggressor Alignment Aware Interconnect Delay Calculation. Andrew B. Kahng, Bao Liu, Xu Xu UC San Diego http://vlsicad.ucsd.edu. Outline. SSTA Background Problem formulation Method: theory and implementation Experiment Summary. d 2.

372 views • 29 slides

Statistical Crosstalk Aggressor Alignment Aware Interconnect Delay Calculation

Supported by NSF & MARCO GSRC. Statistical Crosstalk Aggressor Alignment Aware Interconnect Delay Calculation. Andrew B. Kahng, Bao Liu, Xu Xu UC San Diego http://vlsicad.ucsd.edu. Outline. SSTA Background Problem formulation Method: theory and implementation Experiment Summary. d 2.

294 views • 29 slides

Introduction to VLSI Interconnect Design

Session 5: Projects. Introduction to VLSI Interconnect Design. Project Topics. Physical Limits of Technology Scaling :. SCALING AND EFFICIENCY. Project Topics. RLC extraction :. Reducing Capacitance. Inductance Modeling. Skin Effect / Anomalous Skin Effect. Project Topics.

353 views • 17 slides

LAN Devices

427 views • 12 slides

Wafer Edge Exclusion

Wafer Edge Exclusion. Kevin Fisher. Outline. What is Edge Exclusion? Motivation for reducing edge exclusion ITRS Roadmap Problems on the Edge Example: Copper Deposition. What is Edge Exclusion?. Edge of wafer considered unusable for a variety of reasons

916 views • 11 slides

BlueGene/L Supercomputer

BlueGene/L Supercomputer . George Chiu IBM Research. BlueGene/L. 512 Way BG/L Prototype. BlueGene/L Interconnection Networks. 3 Dimensional Torus Interconnects all compute nodes (65,536) Virtual cut-through hardware routing 1.4Gb/s on all 12 node links (2.1 GB/s per node)

230 views • 9 slides

Multi-core SoC Design is the Challenge! What is the Solution?

Multi-core SoC Design is the Challenge! What is the Solution?. Drew Wingard CTO Sonics, Inc. 2002. IVA. Multi-core SoCs Look Alike!. Heterogeneous multi-core designs Optimize for performance, cost, power Incorporate legacy Built from processor-based tiles

160 views • 4 slides