Dynamically adjusts core and memory clock speeds.
Tracks hashrate, temperature, and stability.
Implements temperature and voltage limits
Utilizes algorithms to find optimal overclock settings.
Reduces voltage levels without impacting hashrate.
Decreases electricity consumption and reduces operational costs.
Minimizes heat output, extending hardware lifespan.
Continuously fine-tunes voltage settings.
Increase due to optimized overclocking.
Reduction in energy consumption through undervolting and efficient power management.
Potential increase driven by higher hashrate and lower operational costs.