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| 2-slot |
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| Triple fan with Zero RPM |
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| Massive thermal solution |
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| Back plate |
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Great thermal performance
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Super low acoustic level |
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Low components temperature to ensure long life time |
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2-slot design |
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| Triple fan design |
| For lower temperature |
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| Zero RPM fan |
| 0 dB for GPU under 60 degree C |
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Three-fan design: get 30% more airflow to move
the heat away from the fins operation |
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All the fans will start to work for cooling the board
when the GPU's temperature raises to 60 degree C
or higher. |
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Keep silent while under light loading operation |
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| Zero RPM fan design |
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All the fans will start to work for cooling the board when the GPU's temperature raises to 60 degree C or higher. |
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Keep silent while under light loading operation |
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| Smart heat pipes design |
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Heat Pipes design: 4XU shape+1XS shape, to establish an 8-pipes design. |
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Fully cool down the GPU to achieve maximum over-clocking capability |
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| Smart Fin design |
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| And "Honeycomb" shape bracket Benefit hot air flow out |
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Fin design: with horizontal placement on the left and vertical placement on the right - the hot air on the left side may flow away outside through the bracket, the hot air on the right side will flow different way, the hot air not to get conflict. |
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"Honeycomb" shape bracket design increases 20% space in this 2-slot bracket. Hot air can blows away easily with more space. |
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Smoothly air-flow will increase cooling performance. Those fans can work lower rpm to keep GPU cool and generate less noise. |
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| Massive thermal solution |
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| Copper base design |
| Cool faster and efficiently |
| DrMOS directly cooled |
| Lower DrMOS temperature for over-clocking |
| GDDR5 chips directly cooled |
| Lower DRAM temperature for over-clocking |
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All heat pipes are soldered by an copper base, GPU's heat can go through the copper base and pass to all pipes. Those pipes can then transfer heat to fins. |
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All the DrMOS chips of GPU PWM circuit are cooler directly, a copper base is attached to those DrMOS chips to provide even fast thermal transformation from DrMOS and cool down even faster. |
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All 12 pcs 7Ghz GDDR5 Chips are cooled directly, thermal module attaching those chips to be cool down efficiently. |
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| Back plate design |
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| Cool and protection |
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A back plate is fabricated on the backside of the board, and a thermal pad is attached between the plate and board PCB. |
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Lower the temperature of PWM circuit up to 11 degree C. |
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Protect the components from damage on the backside. |
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With the new design, Gainward GTX 980 Ti Phoenix "GS" with factory over-clocked speed gets 6dB quieter than reference board under full load operation. |
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| GeForce GTX 980 Ti Phoenix |
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| "Golden Sample" |
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Factory over-clocked |
| Gainward GeForce GTX 980 Ti Phoenix "GS" works not only much higher clock speed than reference board - offers unbelievable performance but provides reliability and extra over-clocking capability. With the factory over-clocked speed, it outperforms GTX 980 Ti reference board by 11% gaming performance (BF3). |
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Extreme silent acoustics in 3D heavy loading under f
actory over-clocked speed PWM Power Balance |
| With the new design, Gainward GTX 980 Ti Phoenix "GS" with factory over-clocked speed gets 6dB quieter than reference board under full load operation.
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Extreme cool in 3D heavy loading under factory over-clocked speed |
| Thanks to the new cooler Gainward GTX 980 Ti Phoenix "GS" with factory over-clocked speed performs 10o C lower GPU temperature than reference board with reference clock. |
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GeForce GTX 980 Ti Phoenix |
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UNIQUE FEATURES |
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Gainward superior hardware design |
With the experience of the Gainward's award winning high-performance/wide-bandwidth hardware design, GeForce GTX 980 Ti, again, with re-designing the entire hardware, that brings -
1) lower energy loss
2) lower EMI level
3) higher stability under high current operation (heavy loading operation). |
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6-phase + 2 PWM Power Balance |
| Gainward designs 6 phases + 2 dynamic switch phases with DrMOS for GPU core and 2 phases power supply for graphics memory that helps to supply enough fuel to the 3D graphics engine and memory chips. The 6 phases + 2 dynamic switch phases to ensure no single supply source is overloaded. By load-balancing the power source to maximize the over-clocking, efficiency and stability the voltage level, the choke noise and EMI noise also be reduced. |
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DrMOS |
Gainward continues using DrMOS in those phases of PWM for core power circuit. DrMOS is designed to handle high current with low noise operation and less heat generating.
Thanks to superior hardware design, Gainward's GeForce GTX 980 Ti gains not only more power efficiency but better performance while gaming. |
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