10/12/2004 - Sequence Design announced that Q-DOT, a company advancing the state-of-art in data conversion, signal processing, and communications, has selected Sequence's RLC Parasitic Extraction tool - Columbus-AMS - for inductance and capacitance extraction.
"Designing mixed-signal circuits well into the microwave region requires exceptional modeling to ensure first-pass success. Prior to using Columbus-AMS, inductance for critical circuit areas was manually calculated. Other tools did not provide the accuracy or ease-of-use required," said Don Herman, director of engineering for Q-DOT, Inc. "This caused numerous painstaking and time-consuming iterations as we identified and analyzed potential problems one small area at a time. But, with Columbus-AMS, inductance and capacitance are quickly and easily extracted for the entire design. This provides insight into potential oscillation and ringing without having to guess where the problems might originate. Columbus-AMS agrees well with our manual inductance calculations and return path analyses, providing the accuracy we need. And, it integrates cleanly into our design flow. Our engineers were able to get Columbus-AMS running and analyze a thorny mixed-signal circuit problem in a couple of weeks, after months of manual analysis."
Parasitic interconnect inductance becomes more prevalent on complex 130 nm circuits due to tightly packed clock trees and power grids, which in turn affect performance and yields. Even small inductances can cause 100+ GHz devices to oscillate. Sequence's Columbus-AMS inductance-modeling methodology has demonstrated greater success on mixed-signal and high-speed analog designs than traditional inductance parasitic approaches. Sequence's patented technology in this area has delivered unparalleled accuracy for ASIC and mixed-signal design houses worldwide.
"Today's high frequency designs must extract inductance or risk design failure," said Rob Mathews, vice president of product marketing, Sequence Design. "Q-DOT tested the limits of our tool. Their bleeding-edge development gives us a sense of where the future of design is going."
Columbus-AMS is part of Sequence's ExtractionStage suite, delivering unrivaled speed, accuracy, and capacity for designs below 180 nanometers (nm). Columbus-AMS has been adopted by NEC, Renesas, and Toshiba for their leading-edge designs. ExtractionStage manages the complex process-modeling and electrical-modeling challenges facing designers today.
Q-DOT, Inc., a Simtek company, is a contract research and development (R&D) corporation advancing the state-of-art in data conversion, signal processing, and communications for over 27 years. Its work comprises a mix of conventional government and commercial contracts in addition to Small Business Innovation Research (SBIR) contracts. The SBIR contracts and other government programs provide both a means to pursue challenging, innovative developments and a door to opportunities for commercialization. For more information, please visit http://www.qdot.com.
Sequence Design, Inc. enables system-on-chip designers to bring higher-performance and lower-power integrated circuits quickly to fabrication. Sequence's power and signal integrity software give its more than 130 customers the competitive advantage they need to excel in aggressive technology markets, despite demanding complexity and time-to-market issues of nanometer design.
Sequence has worldwide development and field service operations. The company was recently named by Reed Electronics as one of the top 10 companies to watch in the electronics industry. Sequence is privately held. Sequence is a member of Cadence Design Systems' Connections(TM) and Mentor Graphics' Open Door(TM) partnership programs. Additional information is available at sequencedesign.com
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