Altos Design Automation

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Altos Design Automation
Private
Fate Acquired (May 10, 2011)
Successor Cadence Design Systems
Headquarters San Jose, California, United States
Key people

Jim McCanny, CEO and Co-founder Ken Tseng, CTO and Co-founder

Kevin Chou, VP R&D and Co-founder

Wenkung Chu, R&D Architech and Co-founder
Website www.altos-da.com

Overview[edit]

Altos Design Automation, Inc. was an electronic design automation software company. Altos developed and marketed cell and semiconductor intellectual property (IP) characterization tools that created library views for timing, signal integrity and power analysis and optimization.[1][2] The Altos tools were fully automated and the company claimed that its tools are extremely fast. The Altos tools were used by engineers employing both corner-based and statistical-based design implementation flows to reduce time-to -market and improve yield.[3][4]

Altos was founded in January 2005 in Santa Clara, California by former employees of Cadence Design Systems. All members of the team worked at CadMOS where they were responsible for the development of Signal Integrity analysis tools for both cell- and transistor-level digital IC designers. In May 2011 Altos was acquired by Cadence.[5]

Products[edit]

Variety Variety creates statistical timing cell models that represent the non-linear impact of any number of systematic and random parameter variations. All library timing data is characterized for variation including delays, transitions, timing constraints, and pin capacitances. Variety generates statistical static timing analysis (SSTA) models for a number of commercial SSTA products from a single characterization run.

Liberate Liberate is an automated library characterization tool for standard cells and I/Os that serves existing static timing analyzers. Liberate takes in a Spice netlist and Spice subcircuits, and automatically generates a characterized cell library. It supports both Composite Current Source (CCS) model backed by Synopsys and the Effective Current Source Model (ECSM) backed by Cadence Design Systems.

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