Siemens Advanced Licensing Technology (SALT) is crucial to get your tools to license and run correctly. This video shows how to install SALT on Linux manually. Please note that SALT is qualified on both Microsoft Windows and RedHat Linux.
Siemens Advanced Licensing Technology (SALT) is crucial to get your tools to license and run correctly. This video shows how to install SALT on Windows manually. Please note that SALT is qualified on both Microsoft Windows and RedHat Linux.
Siemens Advanced Licensing Technology (SALT) is crucial to get your tools to license and run correctly. This video shows how to install SALT on Linux via the SALT installer. Please note that SALT is qualified on both Microsoft Windows and RedHat Linux.
Triggers in Calibre are functions which are executed at specific times in a workflow to aids designers in automating the physical verification flow and decrease the need for interaction during the flow. Triggers can be external (executes before or after Calibre Interactive) or internal (executes before or after a Calibre run). This article discusses how triggers are configured for Calibre.
This article discusses the three modes of operation using AFS eXTreme, which can benefit the designer at different stages of the design.
Settings of Bind keys (keyboard shortcuts) can be exported from S-Edit and L-Edit. This helps in case users want to share the same setup of bind keys or transfer these settings from another environment or tool version.
After simulation, small signal parameters of the instance such as “vth” and “vgs” are annotated in S-Edit. The method to change the annotation, by adding or removing annotation entries on the symbols, will be discussed.
The Siemens EDA installer is packaged with features that allow installation of the tools via the GUI, or in batch mode via the commandline. This article shows how both modes can be used.
How-to video showing how to perform move-align action in L-Edit. This action allows designers to align objects with respect to other objects' features in either the verticle or the horizonal axis.
This artice discusses how to filter elements from the layout or the source netlists such that they get ignored during LVS. This is commonly used to exclude dummy layout devices, filler cells or decoupling cells that would otherwise cause missing instance LVS errors.
