Product category: Design and Development Software
News Release from: Monterey Design Systems | Subject: System-Driven Physical Design
Edited by the Electronicstalk Editorial Team on 06 June 2001
Design methodology bridges gap to
fabrication
Monterey Design Systems describes System-Driven Physical Design as the first design methodology to enable physical chip implementation from system to GDSII tapeout of SoCs up to 100 million gates.
Monterey Design Systems describes its System-Driven Physical Design (SDPD) methodology as the first design methodology to enable physical chip implementation from system to GDSII tapeout of complex SoC designs as large as 100 million gates Created to address the growing gap between semiconductor fabrication capabilities and design capabilities, SDPD represents an innovative approach for physical implementation of complex leading-edge SoCs
This article was originally published on Electronicstalk on 10 Oct 2001 at 8.00am (UK)
Related stories
Hierarchical approach adds structure to design
Monterey Design Systems has announced version 2.2 of IC Wizard, the hierarchical design planner that drives its System-Driven Physical Design solution.
Timing analysis joins IC design planner
Monterey Design Systems has released version 2.3 of IC Wizard, the hierarchical design planner that drives the Monterey System-Driven Physical Design (SDPD) solution.