various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like

various hardware types such as x86, ARM and RISCV procesors, including embedded systems and micro-controllers. • Utilizing external libraries written in C is straightforward, requiring no additional glue development, Julia or R for numeric applications, or Zig, C, and Assembly for the tiny 8-bit micro­ controllers with a small amount of RAM. While we’ve said that Nim can be used universally, from tiny microcontrollers performance in this special application. When we use Nim on tiny microcontrollers, maybe even on 8-bit controllers like the popular AVR devices, it is recommended to use only integers of well-defined size like