Lower Temperature, Longer Life,
Extreme Overclocking Stability!
 
Lower RDS(on)
MOSFET
   
Ferrite Core
Chokes
   
Lower ESR
Solid Capacitors
 
   
New Design
Ultra Durable 2		 Old Design
 
Lower RDS(on)
MOSFET
  
Standard
MOSFET
 
Ferrite Core
Choke
  
Iron Core
Power Inductor
 
Lower ESR
Solid Capacitor
  
Traditional
Solid Capacitor
 
 
How does the Ultra Durable 2 Power Design Work?
 
Power        
  Store energy
and
regulate current
 Store and
discharge electric current
  
Lower RDS(on)
MOSFET
To stop/allow
the electric current
to flow through
        
  Ferrite Core
Choke		 Lower ESR
Solid Capacitor		   Processor
 
Coolest P35 Motherboards in the world
 
33°C lower CPU VRM and North Bridge average temperature for the GIGABYTE P35-DQ6 compared to current solid capacitor motherboard of the same segment.
     
 
CPU zone temperature test
  Lower Temp. = Improved Overclocking and Stability
 
 
MOSFET
Choke
Solid
Capacitor
CPU
Backside
North
Bridge
 
  GIGABYTE P35-DQ6 Ultra Durable 2 Motherboard.
  current solid capacitor motherboard of the same segment.
GIGABYTE P35-DQ6 Ultra Durable 2 Motherboard
 
 
 
Testing Environment: Run 3DMark 2006 20mins then record temperature. CPU: 840XE A0;
Thermal Solution: water cooling to avoid air flow for accurate measurement; Room temp 25 deg C
*under controlled conditions
 
     
 
The above photos are for reference only. Motherboard specifications may vary by model.