While most of the ASIC industry is focused on solving timing and congestion problems at the netlist level, LSI Logic has developed and deployed an innovative methodology to resolve these physical ...
A well thought out design flow for SoCs ensures that the resulting device meets the requirement of low power dissipation. To meet these goals at the device level, individual modules (or components of ...
The “shift left” of the development cycle is critical for the huge, complex chips used in such applications as AI and high-performance computing (HPC). Identifying design issues at the netlist stage ...
LOS GATOS, Calif./SAN JOSE, Calif. - October 8, 2001 - Adaptive Silicon, Inc. (ASi) of Los Gatos, Calif., and Atrenta Inc. of San Jose, Calif., today announced that ASi is developing an Adaptive ...
The complexity of compute-intensive applications is driving the move to system design at the algorithmic level. With the release of the Catapult C synthesis tool ...
Thanks to a fast, built-in synthesis engine, Atrenta's SpyGlass 3.0 predictive-analysis tool detects very complex structural problems in register transfer level (RTL) code that would otherwise only ...
Running quality tests and regression at RTL level, and even fixing all discovered design bugs does not guarantee the flawless hardware design. To make sure there are no bugs in the target hardware, ...
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