Virtual design for technology exploration - a process design integration methodology for a fabless entity -

Chun, C.; Corleto, Jose; Nowak, Matt; Radojcic, Riko

doi:10.1109/icicdt.2008.4567261

Cited by 2 publications

(1 citation statement)

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“…Finally, last step relies on fast virtual prototyping [12], [13], which handles components described at different abstraction levels. With virtual prototyping (based on virtual place and route engines), the designer does not need to go through complete standard design flow to access the information at the physical level.…”

Section: Ip Modelsmentioning

confidence: 99%

Automated Pathfinding tool chain for 3D-stacked integrated circuits: Practical case study

Milojevic

Carlson

Croes

et al. 2009

2009 IEEE International Conference on 3D System Integration

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New technologies for manufacturing 3D Stacked ICs offer numerous opportunities for the design of complex and efficient embedded systems. But these technologies also introduce many design options at system/chip design level, hard to grasp during the complete design cycle. Because of the sequential nature of current design practices, designers are often forced to introduce design margins to meet required specifications, resulting in sub-optimal designs. In this paper we introduce new design methodology and practical tool chain, called PathFinding Flow, that can help designers to easily trade-off between different system level design choices, physical design and/or technology options and understand their impact on typical design parameters such as cost, performance and power. Proposed methodology and the tool chain will be demonstrated on a practical case study, involving fairly complex Multi-Processor System-on-Chip using Networkon-Chip for communication medium. With this example we will show how High-Level Synthesis can be used to quickly move from high-level to RTL models, necessary for accurate physical prototyping for both computation and communication. We will also show how the possibility of design iteration, through the mechanism of feedback based on physical information from physical prototyping, can improve design performance. Finally, we will show how we can move in no time from traditional 2D to 3D design and how we can measure benefits of such design choice.

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Section: Ip Modelsmentioning

confidence: 99%