Design teams have adopted the mixed signal simulation flow to address the increased demand for mixed mode functionality on a single chip. The physical design environment could benefit from a similar ...
Electrical engineers have a rule of thumb when it comes to integrated circuits: “80% of design is redesign.” Nowhere is this truer than today's approach to system-on-chips (SoCs). Not only are these ...
How third-party interconnect IP saves time, lowers risk, and speeds completion. NoC is the predominant SoC interconnect strategy. NoC IP accommodates multiple interconnect protocols and data widths.
Most advanced node system-on-chip (SoC) designs are very large, and very complex. They typically contain many blocks and intellectual property (IP) that perform specialized functions, such as ...
NanoRoute-SI is a system-on-a-chip (SoC) design tool that concurrently performs timing-driven, noise-prevention routing, RC extraction, timing and noise analysis, buffer insertion, gate sizing, and ...
In the race to achieve high design performance and stringent power requirements, the VLSI world is moving quickly down the scaling curve to process technologies that ...
In the complex world of high-performance semiconductor design, where timing closure and power optimization challenges can derail even the most promising projects, the remarkable transformation of a ...
In today’s complex system-on-chip (SoC) design flows, intellectual property (IP) blocks are everywhere—licensed from third parties, leveraged from internal libraries, or hand-crafted by expert teams.
As semiconductor technology pushes the boundaries of scale and complexity, traditional VLSI physical design methodologies are struggling to keep pace. The rise of Artificial Intelligence (AI), ...
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