By Verilog Hdl A Guide To Digital Design And Synthesis
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For people with a easy knowing of electronic layout, this ebook teaches the fundamental abilities to layout electronic built-in circuits utilizing Verilog and the proper extensions of SystemVerilog. as well as protecting the syntax of Verilog and SystemVerilog, the writer offers an appreciation of layout demanding situations and ideas for generating operating circuits.
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The details of Verilog syntax are not important at this stage and will be dealt with in later chapters. 8 Exercises 1: An interconnect switch (IS) contains the following components, a shared memory (MEM), a system controller (SC) and a data crossbar (Xbar). a. a. Define the modules MEM, SC, and Xbar, using the module/endmodule keywords. You do not need to define the internals. Assume that the modules have no terminal lists. b. b. Define the module IS, using the module/endmodule keywords. Instantiate the modules MEM, SC, Xbar and call the instances mem1, sc1, and xbar1, respectively.
Hierarchical Modeling Concepts Before we discuss the details of the Verilog language, we must first understand basic hierarchical modeling concepts in digital design. The designer must use a "good" design methodology to do efficient Verilog HDL-based design. In this chapter, we discuss typical design methodologies and illustrate how these concepts are translated to Verilog. A digital simulation is made up of various components. We talk about the components and their interconnections. Learning Objectives • • • Understand top-down and bottom-up design methodologies for digital design.
The Programming Language Interface (PLI) is a powerful feature that allows the user to write custom C code to interact with the internal data structures of Verilog. Designers can customize a Verilog HDL simulator to their needs with the PLI. 6 Trends in HDLs The speed and complexity of digital circuits have increased rapidly. Designers have responded by designing at higher levels of abstraction. Designers have to think only in terms of functionality. EDA tools take care of the implementation details.