How to design a chip
Summary
Designing a chip is more like software development than you might think - it involves writing Verilog code, using continuous integration, and running complex algorithms for days to produce the chip's physical layout.
Key Takeaways
- Chip design involves writing Verilog, a parallel programming language, similar to how software is developed.
- Chip design uses continuous integration and git, just like software development.
- The chip design process involves several stages, from logic gates to polygons representing the semiconductor materials.
- The process of turning Verilog code into a physical chip layout can take days due to the complexity of the algorithms involved.
- EDA (Electronic Design Automation) tools like Synopsys and Cadence are used to translate Verilog code into the chip's physical design.
- Chip design requires a deep understanding of parallel programming and complex semiconductor fabrication processes.
Related topics
Transcript Excerpt
How do you design a chip? Like is that a whiteboard? Like what software are you working in? I'd just love to know. >> So the the way that you actually type a chip into a computer is similar to software. So you write Vera log. Verilog is a programming language. It is a very parallel programming language which makes it different than like C or Python or or something. The mechanics of how you express the design are the same as software. Uh and we have continuous integration, git, all of those things. >> But like a program executes like your verog program. >> We don't really run it, right? >> Yeah. Exactly. like >> it. Yeah. Okay. So, synopsis and cadence provide EDA tools. Um they >> EDA you have to remember. Yeah. >> Electronic design. >> It takes the the rail log and first turns it into a d…