Hello Dear Readers, Today in this post, I will provide some deep insight about yaml langauge for CAD flow developments with detailed examples. YAML is not a programming language in the same sense as Python, Tcl, C++, or Verilog. It is primarily a human-readable data serialization/configuration language . In semiconductor EDA, that distinction is important because YAML generally describes what a flow should do , while Python/Tcl/Shell and the EDA tools execute the flow . The official YAML specification describes it as a data serialization language designed to be human-friendly and portable across programming languages. For the semiconductor angle, this becomes particularly interesting because YAML can act as a configuration layer between design methodology and EDA implementation . Frameworks such as Hammer explicitly use YAML/JSON configuration and an intermediate representation to standardize information exchanged between design, technology, and tool plugins. 1. Introduction M...
Hello Dear Readers, Today in this post I will provide some deep insight into the simulation. So let's start. Simulation: Before software tools were developed, the verification of a particular circuit design could only be achieved by the construction of a prototype circuit. While the designer could use standard digital and analog techniques to design the circuit on paper. it was almost impossible to determine whether the circuit would perform as expected in practice. These 'bread boarded' prototype circuits were constructed using discrete components such as individual logic gates, transistors, resistors, capacitors, etc. When built, the circuit would be thoroughly tested and design modifications made on the basis of these tests. The next version of the prototype was then constructed and the process repeated. Such an approach technique was very time-consuming and expensive and resulted in a very long development time. Translation from breadboard to chip often resulted in ...