Wednesday, March 17, 2010

Magma announces agenda for MUSIC India Users Conference

BANGALORE, INDIA: Magma Design Automation Inc. has announced the final agenda for the MUSIC India users conference in Bangalore on March 30.

The program will feature technical presentations given by Magma users and design industry experts. Magma CEO Rajeev Madhavan will deliver a keynote address entitled “The Electronic Ocean.”

MUSIC Agenda Focuses on Meeting Today’s Analog and Digital Design Challenges
MUSIC provides an open forum for users to gain expertise using Magma’s chip design software, and to exchange ideas about and solutions for the challenges of analog and digital integrated circuits and system-on-chip (SoC) designs.

Over the years MUSIC has become a leading venue for Magma users to gather, share and learn best practices and solutions. This year’s program covers a range of Magma software capabilities including library characterization, synthesis, placement and routing, floor planning, power optimization and circuit simulation. Users will share useful tips on how to leverage Magma software to improve results, reduce power, minimize costs and increase productivity.

User presentations will include:
* A Solution to Power Optimization using the Magma UPF Flow.
* Evaluation of SiliconSmart Library Modeling for Accurate and IR-Drop-Aware Timing Analysis.
* Optimal Design Methods for Multi-Voltage Domain, Multimillion-Gate SoCs using Talus.
* “Honey, I Shrunk the TAT!!” – Implementation of an Extremely Schedule-Critical 45 nm, Multimillion-Gate SoC using Talus 1.1.
* Early and Efficient Decap and Automatic Power Metal Fill Insertion using Talus.
* Magma FineSim Simulation Verification and Performance for Mixed-Signal/Analog Blocks in Complex SoC Designs.
* A Convergent Routing Methodology for High-Performance Designs.
* Predictable Timing Closure for Hierarchical Designs using the Talus Flow Manager.
* Talus Vortex 1.1’s Enhanced Router for 28nm.
* Case Study of Efficient Design Closure Methodologies in a Timing-Critical and Highly Congested Multicore, Complex SoC.
* A Minimum-Pulse-Width Measurement Methodology.

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