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- 100% digital PWM design - something the reference PCB features too, but enhanced by a small design change by Asus.
- The 6+2 phase power circuit is controlled by two independent VRM controller chips, the vGPU can be controlled by software, and can be set up to 1.4V with the included software.
- An 8-pin PCI-E power input replaces one of two 6-pin inputs on the reference model. This is said to add electrical stability and increase overclocking headroom.
- Asus added the industry’s highest-quality voltage regulation thanks to the Fujitsu high-density ML capacitor, that facilitates the lowest ESR, and is best suited for digital PWM circuits (the cleanest power makes it to the GPU)
- The GPU is expected to be clocked above 900MHz, with the GDDR5 memory at 1000MHz (4.00 GHz effective).
- It will feature a non-reference high-performance cooler, which doesn’t want to be pictured yet.
- The 6+2 phase power circuit is controlled by two independent VRM controller chips, the vGPU can be controlled by software, and can be set up to 1.4V with the included software.
- An 8-pin PCI-E power input replaces one of two 6-pin inputs on the reference model. This is said to add electrical stability and increase overclocking headroom.
- Asus added the industry’s highest-quality voltage regulation thanks to the Fujitsu high-density ML capacitor, that facilitates the lowest ESR, and is best suited for digital PWM circuits (the cleanest power makes it to the GPU)
- The GPU is expected to be clocked above 900MHz, with the GDDR5 memory at 1000MHz (4.00 GHz effective).
- It will feature a non-reference high-performance cooler, which doesn’t want to be pictured yet.
source: en.expreview.com, techpowerup.com
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