Unrivaled Cooling. Extreme Performance.
ROG GX700 is the world’s first liquid-cooled gaming laptop. It is designed to give you a gaming laptop with the overclocking potential to go toe-to-toe with extreme gaming desktops. GX700 features Windows 10 Home, an overclockable Intel Mobile K-SKU processor, NVIDIA GeForce GTX 980 graphics, and DDR4 RAM to give you desktop-like power at home, and ultra-performance on-the-go.
World’s 1st Liquid-Cooled Gaming Laptop – Enjoy the Best of Both Worlds
ROG GX700 is the world’s first gaming laptop with a detachable liquid-cooling module for extreme overclocking. With the liquid-cooling dock attached, you can overclock GX700 to gaming desktop-like levels of performance. On its own, it packs quite a punch, and easily outperforms other gaming laptops on the market. It even fits snugly in your backpack, so you can dominate LAN parties too.
ROG-Exclusive Hydro Overclocking System
The ROG-exclusive Hydro Overclocking System gives ROG GX700 superior overclocking performance so you can dominate the battlefield. The cooling module pumps coolant into the GX700, where it is circulated around heat-generating components. The coolant then heads back to the cooling module, where two radiators help to dissipate heat. An ROG-patented connection between the cooling module and GX700 ensures that the coolant flows smoothly between the two without leaking*.
The Hydro Overclocking System helps GX700 cope with the heat generated by the overclocked GeForce GTX980 GPU. You can fully unleash the monstrous potential of GX700 for 20% more performance and exceptional stability. On its own, GX700’s dual thermal design can still release the heat generated by the GPU, so you still have beast-mode levels of performance!
*Disclaimer: Residual coolant may be found on the connector tips after disconnecting the ROG Hydro Overclocking System from GX700
Specially-Formulated High Performance Coolant
The specially-formulated coolant provides corrosion protection for all internal components and materials, including aluminum, iron, steel, and copper alloys. The very low depletion rate of the organic-acid inhibitor removes the need for supplementary cavitation erosion protection additives, and reduces the maintenance downtime normally required for regular inhibitor tests and additive top-ups to maintain inhibitor concentration. The Hydro Overclocking System helps decrease CPU and GPU temperatures by 31% and 33% respectively.