NAND-16
NAND-16 is an open-source computer engineering project consisting of a complete 16-bit computer constructed from 277,248 NAND gates at the hardware level. The project demonstrates the abstraction layers in computer organization, tracing the progression from fundamental logic gates to a fully functional computing system.
Timeline (last 90 days)
NAND-16 is a 16-bit computer built entirely from 277,248 NAND gates.
A standard CMOS NAND gate is typically composed of 4 transistors, meaning 277,248 NAND gates correspond to approximately 1.1 million transistors.
The NAND-16 project sparked discussion on Hacker News.
The value of NAND-16 lies in its comprehensibility rather than its performance, as the behavior of every component can be fully traced.
Currently available public information is limited, and details such as NAND-16's specific instruction set architecture, clock frequency, and accompanying simulation environment remain unclear.
All Facts (4)
NAND-16 is a 16-bit computer built entirely from 277,248 NAND gates.
50%UnverifiedA standard CMOS NAND gate is typically composed of 4 transistors, meaning 277,248 NAND gates correspond to approximately 1.1 million transistors.
50%UnverifiedThe value of NAND-16 lies in its comprehensibility rather than its performance, as the behavior of every component can be fully traced.
50%UnverifiedCurrently available public information is limited, and details such as NAND-16's specific instruction set architecture, clock frequency, and accompanying simulation environment remain unclear.
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