RE: LeoThread 2026-03-18 17-14

Part 7/12:

In a simple example like an AND gate, traditional binary logic results in four input combinations, with straightforward output. Ternary logic, however, extends this to 27 possible input combinations using three states per input (-1, 0, +1). This higher information density means more data can be processed with fewer components, leading to more compact, faster, and power-efficient circuits.

Huawei’s patent reveals impressive performance improvements: 40% fewer devices, 60% less power consumption, and 20% faster operation compared to binary chips—an astonishing leap that could reshape computing hardware.

The Challenges: Noise and Ecosystem Compatibility