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How to choose a good motherboard ?
GIGABYTE Dynamic-6 Gear
Switching Technology
Delivering power only when it’s
needed
The number of active VRM power phases are
automatically adjusted according to the CPU
loading, allowing the most energy efficient of
power phases.
Switch that allows or
stops electric current
to pass through an
electric circuit for
power charging
Hi-MOS
Solid Capacitor
Stores & discharges
electric current when needed
Choke
MOSFET
Low-MOS
Switch that allows or
stops electric current to
pass through an
electric circuit for
power discharging
Stores energy and
regulates current
(Reduces EMI)
CPU
Gear 6
High
Gear 5
CPU Loading
Supporting future CPUs
GIGABYTE’s Intel platform-based motherboards
are designed with the latest VRD 11.1 (Voltage
Regulator Down) power design specification. All
new future Intel CPU requiresa VRD 11.1
designed motherboard in order to maximize
power efficiency and energy savings
1 set Phase Power
= 2 MOSFETs + 1 Choke + 1 Solid Capacitor
+ 12V (Vin)
MOSFET
Power Phases
Automatically adjusts the number of
active power phases needed
according to CPU loading
What is a Power Phase?
Power Phases
Gear 4
Gear 3
Gear 2
Gear 1
Dynamic 6-Gear Switching
automatically adjusts the
number of active power
phases needed according
to CPU loading
Low
GIGABYTE’s Dynamic Energy Saver Advanced features
multiple gears, allowing the CPU to maintain optimum
power efficiency from light all the way to heavy loading.
What is a VRD?
A Voltage Regulator Down (VRD) is
an electrical regulator designed to
automatically maintain a constant
voltage level for the CPU.
New VRD 11.1
Design
Older VRD
Design
Future CPU Support
Yes
No
Better power efficiency
Yes
No
Heavy Loading
Light Loading
GIGABYTE’s unique LED hardware design allows
users to see the dynamic gear shifting in real-time
World's only motherboard energy saving technology with hardware-based Dynamic
6-Gear / 4-Gear Switching.