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The worst nightmare of a digital system designer is a failure that occurs extremely rarely under unpredictable conditions and leaves no useful evidence as to exactly what went wrong.
Blendics, Inc. is a Saint Louis, Missouri based company formed in 2007 to provide System-on-Chip (SoC) design services to companies that wish to develop complex, proprietary, low-power integrated circuits.
Blendics provides design tools and design services for the creation of complex system-on-chip (SoC) integrated circuits. The tools are MetaACE and ClosureACE.
MetaACE makes it possible to simulate and measure circuit behavior in metastability with greater ease and accuracy than previously possible. Metastability is an SoC failure mode of increasing importance as the industry moves to deep sub-micron designs.
ClosureACE is a suite of tools facilitating the design of an Asynchronous Network-on-Chip (ANoC) that easily and reliably connects traditionally clocked objects eliminating the need for timing closure. ClosureACE can reduce traditional design cycles by eliminating more than 95% of the global verification process while improving the robustness of the design. This has a dual positive impact of reducing both design costs and time to market.
02 Mar 2012
Tom Chaney, a pioneer and early observer of metastability in electronic circuits, has written a paper detailing his history with "The Glitch". It is available in The White Papers on this site.
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01 Jan 2012
Blendics has been awarded a Small Business Innovation Research grant of $149,983 through the National Science Foundation.
09 Sep 2011
St. Louis-based Blendics, Inc., a provider of design tools, design services and semiconductor intellectual property (IP) for advanced system-on-chip (SoC) networking, today announced the close of a first round of funding totaling $1M from National Innovation Fund. National Innovation Fund is an Omaha-based early stage venture firm. Blendics will use the capital to advance its Asynchronous Network on Chip (ANoC) product portfolio and to expand its market presence in the $5 billion electronic design automation (EDA) and the $1.7 billion silicon intellectual property industries.
02 Mar 2011
A white paper on metastability in synchronizers was submitted by Blendics staff to the National Research Council of the National Academies of Science for their project, "Electronic Vehicle Controls and Unintended Acceleration," associated with an on-going study of future automotive safety requirements.
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Gregory A. Sullivan, CEO
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Blendics is partially supported by the National Science Foundation under Grant No. 0924010
Phone: (314) 738-0403
Fax: (314) 738-0408
E-mail: info@blendics.com