SynthCheck-Verilog/SystemVerilog Analysis

Example

Analyzing a snippet of Verilog code to determine if it is written in a way that can be synthesized into a digital logic circuit. For instance, ensuring that a `for` loop is used in a manner compatible with synthesis tools.

Scenario

A user inputs a Verilog code snippet intended for creating a state machine. SynthCheck examines the code for common errors, such as improper use of blocking vs. non-blocking assignments, and provides specific advice on how to rectify these issues to ensure the code is synthesizable.

Example

Providing recommendations on how to optimize Verilog/SystemVerilog code for synthesis, such as how to efficiently describe finite state machines (FSMs) or use generate constructs.

Scenario

In optimizing a piece of code intended for an FPGA, SynthCheck might suggest restructuring the code to better leverage the FPGA architecture, like using specific synthesizable constructs or optimizing logic expressions for reduced resource utilization.

Example

Offering guidance on identifying and fixing issues in Verilog/SystemVerilog code that prevent successful synthesis or lead to incorrect hardware behavior.

Scenario

A user is struggling with a synthesis tool error indicating a latch is inferred where a flip-flop was intended. SynthCheck can pinpoint the problematic part of the code, typically related to incomplete if-else statements, and suggest corrections.