System and method of placing components for minimizing wire congestion and wire length in performing a function

A method of minimizing wire congestion and wire length in performing a plurality of functions comprising the steps of:

• arranging a plurality of primary and secondary components for performing said plurality of functions in a plurality of primary and secondary lines, respectively, whereby:
• each one of said plurality of primary and secondary lines is substantially parallel to an adjacent one of said plurality of primary and secondary lines, respectively;
• each individual primary and secondary line includes a least-significant component adapted to receive a least-significant bit and a most-significant component adapted to receive a most-significant bit, whereby said least-significant component is positioned at a first end of said individual line and said most-significant component is positioned at a second end of said individual line;
• and
• each individual primary and secondary line is oriented such that said first end of all odd numbered primary lines are substantially adjacent said second end of all adjacent even-numbered primary lines, and said first end of all odd-numbered secondary lines are substantially adjacent said second end of all adjacent even-numbered secondary lines;
• and
• electrically connecting said plurality of primary and secondary components through a plurality of wires.

An electronic circuit system for performing at least one function, comprising:

• a plurality of components arranged in a plurality of lines such that:
• each one of said plurality of lines is substantially parallel to an adjacent one of said plurality of lines;
• each one of said plurality of lines includes a least-significant component adapted to receive a least-significant bit at a first end of said each one of said plurality of lines and a most-significant components adapted to receive a most-significant bit at a second end of said each one of said plurality of lines;
• each one of said plurality of lines is oriented such that said first end of all odd-numbered lines are substantially adjacent said second end of all adjacent even-numbered lines;
• and
• each one of said plurality of components is electrically connected to at least one other one of said plurality of components.