Tans Computer

MSI proudly unveils its latest N9600GT Hybrid Freezer graphics card. Utilizing the Hybrid Freezer technology, users can strictly monitor the temperature and control the ventilation for a more silent operation, high computing performance and effective heat dissipation. This graphics card is based on 65nm G94 GPU and includes 64 stream processors, and DDR memory on 256-bit memory interface. It also supports the latest technology such as NVIDIA SLI Technology with PCI-Express 2.0 interface for blistering graphics performance. The N9600GT series opens a stunning world of immersive play for gamers and powerful performance for 3D applications.

"One of the burning issues in today's context is the protection of the environment. As a member of the global market community, MSI continues to pursue environmental protection activities and increase environmental awareness in a variety of areas. Our Hybrid Freezer technology is distinctively designed to conserve and save energy resources. With Hybrid Freezer technology, users can still enjoy a powerful system without harming the environment." said Mr. Vincent Lai, MSI global marketing director.

The N9600GT Hybrid Freezer comes with the "Hybrid Freezer" cooling technology that boasts the most power-saving environmental protection and the most efficient Hybrid Freezer cooling radiators. It provides users the most quiet and power-efficient application environment. The Hybrid Freezer cooling technology has a built-in fan interior fan for temperature control and utilizes 6mm thick heat pipes for effective thermal conductivity. The temperature will continue to monitor the heat of the GPU. When system executing 3D application and the temperature is higher, the fan will start rotating and will quickly disperse the heat. As executing 2D applications and the temperature is lower, the fan will automatically stop. The heat pipes and fins will remove the GPU's heat. Moreover, MSI did not hesitate to utilize the 6mm thick heat pipes even if it cost more. Compared to the 5mm which is usually used in heat pipes, the 6mm thick heat pipes offer 20% more conducting power and provide the most efficient radiation speed.

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