How virtualization and integration with hardware testers are enabling networking SoCs in the billion-gate era.
How tool parallelism, automatic partitioning, deep debug memories and time domain multiplexing eases FPGA prototyping of large ASIC and SoC designs
How Wall Street's vastly resourced IT teams already point the way to cheaper, faster and more efficient verification by putting goals not tools first.
The HAPS prototyping system can help designers integrate IP into SoCs more quickly.
Build tools around the dataflows and control systems engineers model to address verification challenges posed by burgeoning complexity and low power.
SoC integration can be accelerated by using virtualization to make the benefits of emulation more accessible to both hardware and software engineers.
Many problems arise during the IP-to-SoC phase of FPGA-based prototyping due to the mix-and-match nature of the prototypes not the actual designs.
You can waive some physical verification errors related to legacy IP found in foundry DRC checks. Knowing which has involved lengthy manual analysis. TSMC is enhancing the process with automation.
The business case behind how virtual prototyping speeds development, improves hardware and software quality, and improves ROI.
Overcome the time and visibility limitations of simulation and of gate-level and RTL-based strategies to achieve full-chip analysis.
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