A single-cycle 64-bit binary comparator utilizing a radix-2 tree structure is proposed in this
brief. This novel comparator architecture is specifically designed for static logic to achieve …

A single-cycle tree-based 64-bit binary comparator with constant-delay (CD) logic realized in
a 65-nm, 1-V CMOS process is presented in this paper. Unlike dynamic logic yet domino …

A new low-power and area-efficient radix-4 tree-based 64-bit digital comparator is presented
in this paper. The proposed design with 64 XOR-XNOR (XE) blocks is custom implemented …

Digital magnitude comparators are used in computer systems to compare two binary
numbers and determine if these are equal, or if one number is greater or less than the other …

Digital magnitude comparators are of special interest in digital systems as they are used to
compare the magnitude (equality, greater than or less than) of two binary numbers. In this …

This paper presents a binary comparator circuit design using minimum fan-in logic gates
(NANDNOR) to achieve a low power-delay product (PDP). A 2-bit binary comparator circuit …

High-speed 64-bit CMOS binary comparator is proposed in this brief. Comparison is most
basic arithmetic operation that determines if one number is greater than, equal to, or less …

A need for low power ICs arises to keep the power density of ICs within tolerable limits.
While the power dissipation increases linearly with advanced version processors, the power …

This paper proposes a new method that compares the magnitude between multiple digital
input signals and introduces its logic circuit at RTL (register transfer level). For …

Digital magnitude comparators are used in digital systems to compare two binary numbers
and to determine if the numbers are equal, or if one number is greater or less than the other …