The factory overclocked Palit GeForce GTX 680 Jetstream is at boost clock 1150 MHz that is +92 MHz than the standard speed and 2GB GDDR5 memory clock is set at 6300 MHz (+292 MHz higher). Equipped with the Jetstream cooler and optimized product design, Palit GeForce GTX680 Jetstream performs 12.5% higher at 3DMark11 Xscore and average 10% higher among all hot gaming titles.
In addition, Palit GeForce GTX 680 Jetstream uses 6+8 PCI-Express power connectors to gain extra power and equipped with DrMOS and 6-phase PWM to make current circuit more stable and efficient which maximum the overclocking potential. With new Jetstream thermal design features, the noise level is 9dB quieter and the temperature is 8°C cooler. Palit GeForce GTX 680 Jetstream is absolutely the first and the best choice for enthusiast gamers.
Palit GeForce GTX 680 JetStream Unique Features:
A Triple Fan design offers triple the cooling performance, and combined with the 8CM-9CM-8CM Smart Fans, heat is effectively drawn away from hot spots.
Fancy blue LED lighting on the Palit Jetstreams thermal solution provides ambient lighting to further immerse gamers into the gaming world.
Inspired by the power of jet engines, the TurboFan Blade is designed to improve cooling performance by generating a powerful air stream and air pressure.
DrMOS, originally only available for high-end server CPUs, is now available in all its glory in the next generation of Palit graphics cards. DrMOS offers high current circuits, low noise operation, and effective reduction of heat generation.
Unique 6-Phase PWM design reduces max current load to stabilize the voltage level and improve overclockability.
Simultaneous 3 X DVI monitor support
With its optimized video output, the Palit Jetstream supports 3 DVI connections using a single graphics card. *through HDMI-DVI dongle
Optimized Air Flow
The 8CM-9CM-8CM Smart Fan system consists of three fans with alternating blade rotations. Each adjacent fan rotates in a different direction to reduce airflow conflicts and effectively improve overall cooling performance.
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