Let's Program the Transistors
Writing clean and reliable Verilog code is essential for designing predictable and efficient digital circuits. One common pitfall that many designers encounter is unintended latch inference. This subtle issue can cause your design to behave unexpectedly, leading to timing problems and simulation mismatches. In this post, we’ll explain what latch inference is, why it happens, and…
Verilog is a powerful hardware description language widely used for designing digital circuits. However, writing Verilog code that can be successfully synthesized into hardware requires understanding the synthesis constructs – the subset of Verilog that synthesis tools can interpret and convert into physical gates and flip-flops. In this blog post, we’ll explore the essential synthesis constructs…
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