This paper reports the scientific collaboration between LLR and PROSILOG. The aim of this collaboration was to show the possibility to quickly implement a system into a FPGA, using SystemC 4 as the ...

In today’s fast-paced silicon industry, hardware design is under constant pressure to innovate, iterate, and ship faster. Traditional Register Transfer Level (RTL) design processes—though foundational ...

Fix as many design issues as possible in the RTL code while ensuring that the implementation flow does not introduce new problems.

With the increasing size and complexity of FPGA devices, there is a need for more efficient verification methods. Timing simulation can be the most revealing verification method; however, it is often ...

A significant paradigm shift in design methodology is taking place with RTL design handoff. Shrinking process nodes, increasing SoC design complexities, and tightened purse strings have made the ...

The EDA industry's worst-kept secret is that the RTL design flow is broken. Implementing complex systems-on-a-chip (SoCs) in RTL simply takes too long and is too error-prone. Add the fact that ...

To support the ever-growing performance demands of cutting-edge applications like automotive and hyperscaler, SoC complexity continues to increase. The emergence of multi-die technology has also ...

Design tools made room for AI at this year’s DAC, as electronic design automation companies integrate the technology to automation, analyse and accelerate designs, reports Caroline Hayes. Siemens ...