At first glance, it may seem impossible, but a dedicated enthusiast has managed to build a functioning processor in an Excel spreadsheet. The project, based on a 16-bit circuit with a clock speed of 3 Hz, proves that the popular spreadsheet tool has much greater capabilities than meets the eye.
The creator of the Inkbox Software channel on YouTube utilized conditional formatting, passion, and many hours of work to create a fully functional processor in Excel. Most importantly, this was achieved without the use of scripts and plugins.
The processor model differs from traditional computer circuits as it operates on a 16-bit system with a frequency of 3 Hz. Equipped with 128 KB of RAM and a color display with a resolution of 128 x 128 pixels, this unique processor demonstrates that Excel can be used for complex applications.
The creator also developed a fully functional Excel-ASM16 assembly language, which supports 23 different instructions, variable handling, labels, and binary file support. Although these are basic functionalities, they are sufficient for the operation of a 16-bit processor in a spreadsheet.
If you are interested in this extraordinary project, you can find the relevant project on GitHub. Explore how passion, determination, and the utilization of Excel’s capabilities can lead to incredible results.
Source: Tom’s Hardware, Inkbox @ YouTube
FAQ:
1. What spreadsheet tool was used to build the processor?
Answer: The processor was built in Excel spreadsheet.
2. What are the capabilities of the processor built in Excel?
Answer: This processor demonstrates that Excel can be used for complex applications, and it has 128 KB of RAM and a color display with a resolution of 128 x 128 pixels.
3. Was the processor built without the use of scripts and plugins?
Answer: Yes, the processor was built without the use of scripts and plugins.
4. What functionalities does the developed Excel-ASM16 assembly language offer?
Answer: The Excel-ASM16 assembly language offers support for 23 different instructions, variable handling, labels, and binary file support.
5. Where can the relevant project on GitHub be found?
Answer: The project can be found on GitHub.
6. What are the key terms and jargon used in the article?
Answer: 16-bit circuit, 3 Hz clock speed, RAM, display with a resolution of 128 x 128 pixels, assembly language.
Links:
– Tom’s Hardware
– Inkbox @ YouTube
– GitHub
The source of the article is from the blog regiozottegem.be