“With more than one year of intensive design and testing, GIGABYTE’s Dynamic Energy Saver represents a truly amazing revolution in motherboard development,” said Johnson Lin, CEO GIGABYTE UNITED INC . “With one little click, users are able to take advantage of up to 70% CPU power savings without sacrificing computing performance. Imagine the potential for power savings on a global scale if every motherboard in the world was able to provide similar power savings.”
Featuring an advanced proprietary software and hardware design, including high quality components from Intersil, GIGABYTE Dynamic Energy Saver is a unique technology that provides exceptional power savings and improved power efficiency. The unique multi-gear power phase design of GIGABYTE’s Dynamic Energy Saver allows for the most efficient switching of power phases depending on CPU workload. When the CPU workload is light or at idle, the Dynamic Energy Saver downshifts gears and only allows the minimum required power phases needed to accomplish the task to operate. By turning off the power phases that are not needed, GIGABYTE’s Dynamic Energy Saver is able to dramatically save power, up to 70% compared to traditional motherboards, that would normally have been wasted. As soon as the workload increases, Dynamic Energy Saver recognizes that more power is needed and is able to shift into higher gear, turning on power phases as they are needed.
Unlike traditional power designs that keep all power phases active at all times no matter what the loading, GIGABYTE’s Dynamic Energy Saver features multiple gears, allowing the CPU to maintain optimum power efficiency from light all the way to heavy loading. In a traditional power phase design, each gear needs to operate at less than optimum efficiency, causing gaps in power efficiency. With the ability to switch on and off gears before they start to loose efficiency, GIGABYTE’s Dynamic Energy Saver is able to provide up to 20% improved power efficiency.