MSI releases N465GTX-M2D1G graphics card

Capturing everyone’s attention, the long-anticipated release of the
world’s fastest single core GTX 400 Series graphics card was roundly
praised by media and customers for its powerful performance. Today,
world-renowned mainboard and graphics card brand-manufacturer MSI
officially released the third graphics card featuring the GTX 400 GPU,
the N465GTX-M2D1G. MSI N465GTX-M2D1G features the latest graphics
processor, code-named Fermi by NVIDIA, with 40nm process, 352 CUDA cores
and DirectX 11 support. And with 1GB of high speed GDDR5 graphics
memory, military class components, and the exclusive voltage adjustment
by MSI Afterburner overclocking utility, an extra up to 15% performance
can be achieved, offering gamers a smoother and more exquisite visual

Supports Afterburner’s Exclusive
voltage adjustment and Burn-In Functions

To achieve
optimized performance, the MSI N465GTX-M2D1G graphics card supports
MSI’s exclusive Afterburner Overclocking Utility. In order to have
better performance, the utility features a function of voltage
adjustment which has up to 15% more overclocking capability. What’s
more, the integrated Kombustor burn-in program helps identify optimized
overclocking limits. With a few easy to follow steps, users can
effortlessly enjoy the satisfaction of performance upgrades.

NVIDIA’s Exclusive 3D Vision Surround, CUDA,
and PhysX Technologies

The MSI N465GTX-M2D1G features
the all-new 40nm process NVIDIA Fermi graphics core, which fully
supports NVIDIA’s exclusive 3D Vision Surround technology and PhysX
special effects engine while completely displaying 3D game special
effects with a breathtaking magnificence. Lastly, through the
application of CUDA computing technology and software support, CPU
computing tasks can be effectively shared, allowing the graphics card to
provide a noticeable speed boost during both entertainment and normal

Ultra-Stable Military Class

To enhance product stability, MSI’s
all-new N465GTX-M2D1G graphics card adopts military class components
such as Hi-c CAP, SSC (Solid State Choke), and all solid CAPs. This not
only greatly enhances its operating stability, but even in high load
environments it is still capable of continuously providing extreme
stability and longevity while avoiding the high frequency operating
noise produced by traditional chokes.


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