能熟练分析和设计简单的数字电路，这是理解 FPGA 内部逻辑结构的基础。例如，掌握如何通过逻辑门构建加法器、计数器等电路。 • 硬件描述语言：精通 Verilog 或 VHDL 语言，不仅要掌握语法，更要理解其硬件思维方式，与软件编程的顺序执行不同，硬件描述 ...

欢迎加入FPGA技术微信交流群14群! 交流问题（一） Q：写 Verilog 如何做到心中有电路？老师说没电路就不要写代码，但我写个乘法器在综合前都想不出它电路啥样，全加器还行。 A：要在写 Verilog 代码时做到心中有电路，可以尝试以下方法： 1. 深入学习数字电路 ...

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For a specific use case, this often means paying for more features—such as additional ports or speed options—than needed. In contrast to custom ASICs, a Field-Programmable Gate Array (FPGA) is a type ...

Abstract: SystemC 2.1 supports all hardware concepts introduced by HDLs such as Verilog and VHDL. V2SC proposes a methodology for automatic conversion of Verilog 2001 constructs into SystemC 2.1 ...