NVIDIA today announced the world's fastest notebook graphics processing unit (GPU), the NVIDIA GeForce GTX 580M. Available now in the Alienware M18x, the new GPU sets new standards in industry leading benchmarks and games. It will also be available soon in the Alienware M17x notebook along with NVIDIA Optimus technology.
The first notebook PC to feature the GeForce GTX 580M, the Alienware M18x offers the option of two GeForce GTX 580M GPUs in one system for up to double the gaming performance, using NVIDIA SLI technology. Not to be outdone, the Alienware M17x will offer the GeForce GTX 580M along with NVIDIA Optimus technology and will deliver 5 hours of battery life in Facebook, and 100 frames per second performance in Call of Duty: Black Ops.
GeForce GTX 580M GPUs are the fastest Microsoft DirectX 11 notebook GPUs on the market, offering up to six times the tessellation performance of any other notebook GPU. They are also more efficient, with up to 20 percent better performance per watt than the previous generation.
NVIDIA also introduced the NVIDIA GeForce GTX 570M GPU, which offers 20 percent faster performance than the previous generation product it replaces.
The power of GeForce GTX GPUs means gamers can play at full 1080p high-definition resolutions with the advanced technology features that set GeForce GPUs apart from the competition. These include:
- Support for NVIDIA 3D Vision technology, the #1 3D experience for notebooks, which automatically converts over 525 titles into immersive 3D.
- Support for NVIDIA 3DTV Play software, for connecting 3D Vision-based notebooks to 3D TVs.
- NVIDIA SLI technology, which links two GTX GPU's for up to double your gaming performance.
- NVIDIA Optimus technology, which enables extra-long battery life by automatically switching on and off the GPU so that it runs only when needed.
- NVIDIA PhysX engine support, which brings games to life with realistic physics.
- NVIDIA CUDA architecture support, for GPU computing applications.
- NVIDIA Verde notebook drivers, for frequent performance improvements and rock-solid stability.
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