The current generation of computer systems operates on the principles of binary logic, which encompasses both logical and arithmetic operations. However, silicon technology has reached its peak performance, prompting researchers to explore alternative methods for enhancing computational efficiency. One such method is the adoption of Multi‐Valued Logic (MVL) technology, which offers a promising avenue for increased computational efficiency. This study introduces a novel decenary logic family, implemented using analog circuitry with significantly reduced complexity. The proposed circuits are designed in both analog and voltage modes. Designing Min, Max, Optimism Step (OS), and Pessimism Step (PS) operators a universal logic family is introduced. Finally, experimental results were presented and compared against various binary and MVL technologies. These circuits are proof of concept and can be implemented using new technologies such as GaN to significantly reduce the size of transistors. © 2026 The Author(s). IEEJ Transactions on Electrical and Electronic Engineering published by Institute of Electrical Engineers of Japan and Wiley Periodicals LLC.