des2

Dynamic Multi-Gear Power Design

	Power Efficiency (%)
	up to 20% Higher power efficiency during light loading

Dynamic Multi-Gear Power Design
Only multi-gear switching provides optimum power efficiency from light to heavy loading.

Gear1 shift to Gear2	Gear2 shift to Gear3	Gear3 shift to Gear4	Gear4 shift to Gear5	High power efficiency

light loading

Heavy loading

I(A)

Gear1

Gear2

Gear3

Gear4

Gear5

GIGABYTE Multi-Gear Switching


	Power Efficiency (%)

Less Efficient 2-Gear or 1-Gear Power Design
Gaps in power efficiency occur with 2-Gear or 1-Gear switching design.

	2-Gear Switching Power Efficiency loss



	1-Gear Power Efficiency loss

light loading

Heavy loading

I(A)

GIGABYTE Multi-Gear Switching

Other 2-Gear Switching

Other 1-Gear Design

	Power Efficiency (%)
	Low power efficiency during light loading

Less Efficient 2-Gear Power Design

2-gear switching provides low power efficiency during light loading.
Gear1 shift to Gear2		Low power efficiency

light loading

Heavy loading

I(A)

Gear1

Gear2

Other 2-Gear Switching

Dynamic LED Display

Unmatched Energy Efficiency

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