Accellera created analog/mixed signal extensions to the IEEE IP-XACT standard, and the standards group will recommend an update to the overall standard later this year to make it more useful for IP ...
This paper gives the results of experimentations done for the packaging of a USB OTG controller respecting the IP-XACT schema provided by The SPIRIT Consortium. It presents the advantages and the ...
As today’s SoC designs grow more complex and time-to-market (TTM) pressures rise, designers are looking for techniques to build and update designs easily. Key elements for addressing these SoC ...
IP-XACT is an XML schema for language and vendor neutral IP descriptions that includes a generator interface for 'plug in' functionality. The schema, which is design language neutral, design tool ...
How IP-XACT enables tool interoperability, multi-level abstraction, and accurate hardware/software interface alignment through structured metadata. Why integration automation is critical as complexity ...
The Open Core Protocol's unique flexibility, configurability and scalability characteristics enable integrators to build complex systems for high-performance domains A complete standardization process ...
High abstraction levels, design automation and reuse are currently the three main axes to solve the productivity gap issue. The new Spirit consortium’s IP-XACT v1.4 standard provides normalized file ...
In a previous article, Getting started in structured assembly in complex SoC designs, an unexceptional system-on-chip (SoC) design was shown to contain hundreds of intellectual property (IP) blocks.
With more IP components and growing time to market pressures, designers are looking for a way to build and update SoC designs easily. IEEE1685 (IP-XACT) was designed to fit this requirement and ...
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