LVDLow
LVDLow is a conceptual framework used in electronics to describe strategies for maintaining data integrity and system performance when operating at low supply voltages while maximizing energy efficiency. The term appears primarily in academic and industry discussions about near-threshold and sub-threshold operation in integrated circuits and embedded systems. It is not a formal standard, but a shorthand to contrast traditional high-voltage designs with low-voltage design challenges and solutions.
The name LVDLow is used to denote a collection of hardware and software techniques aimed at reliable
Core ideas include dynamic voltage scaling and adaptive body biasing to reduce power consumption, sleep modes
LVDLow is relevant to battery-powered devices with strict energy budgets, including wearables, wireless sensors, and Internet
LVDLow overlaps with broader power-management approaches like dynamic voltage and frequency scaling (DVFS), power gating, and