Simon Butler, CEO, Methodics LLC
EETimes (9/19/2011 12:01 AM EDT)
With the steady advancement of manufacturing process geometries enabling new levels of integration on a single chip, the use of IP – whether internally developed or sourced from a third-party – has become more complex. Such complexity is inherent in any type of process where more elements are introduced (i.e. IP blocks), and is compounded by factors such as geographically diverse design teams, a lack of standard metrics for IP use and quality, and shifting design parameters. A modern SoC development project has a plethora of "moving parts." While there are many tools available to help verify, debug and otherwise manipulate IP, there has been a distinct lack of a solid design data management system to address the specific needs of SoC designers in this type of dynamic environments.
As a result, IP use in general often suffers from a bad rap in terms of quality. The term IP quality has different meanings to different people, but in general terms it refers to 1) the functional correctness of the IP – does it work they way it is supposed to (i.e. bug free)"; and 2) does it do what I need it to do with respect to my design parameters – power, timing, area, etc.? Developing and integrating quality IP by either or both of those definitions requires a system that can effectively track changes and input across the entire design team at the desktop level, provide real-time access to a wide range of meta data and quality information on IP, as well as keep project managers and other senior management informed on how the use of IP is impacting schedules, budgets and design resources. Without accurate and current quality metrics for dependent IP components designers are often forced to overdesign using pessimistic slack definitions, unrealistic size information, inaccurate power estimates etc. A system cognizant of the IP versions in a users current context, with up to date metrics for dependent blocks provides a truly collaborative and accurate development environment, which translates to reduced development cycles and cost.
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