July
31


Asus today introduced the world’s first overclocking version of the latest NVIDIA GeForce 9500GT GPU – the ASUS EN9500GT TOP/DI/512M graphics card. With this superlative variant, users will enjoy 103% performance boosts for gaming experiences. In addition, almost all of the EN9500GT Series models will come with the exclusive Glaciator Fansink to keep GPU temperatures up to 13ºC cooler than reference designed boards. Besides this extreme cooling capacity, the Glaciator Fansink is also ultra quiet with operating levels of only 25dB – almost imperceptible in a quiet room; and caters to users who require maximum cooling without excessive fan rotation noise.

The Asus EN9500GT TOP/DI/512M delivers GPU, shader, and memory clock performance boosts from 550MHz up to 700MHz, from 1375MHz up to 1750MHz, and from 1600MHz up to 2016MHz respectively. This creates an elevated performance that raises the EN9500GT TOP’s 3DMark Vantage High Preset score – from 689 to 1401 – to an astonishing 103% improvement in speed when compared to any other reference designed board.

0
July
30


Nvidia today announced the immediate availability of three new desktop GeForce 9 Series graphics processing units (GPUs) that bring support for NVIDIA PhysX technology and CUDA general-purpose parallel computing to mainstream PC computing markets. Nvidia GPUs are the only ones to support PhysX technology, the world’s most pervasive physics development platform that is already delivering dynamic 3D realism to more than 140 games across multiple platforms and is in use by more than 25,000 developers worldwide.

The new GeForce 9800 GTX+, 9800 GT, and the 9500 GT GPUs deliver exceptional graphics quality, performance, and application compatibility, along with support for NVIDIA SLI technology. Graphics cards featuring the new GeForce 9 Series GPUs are available now from global leading add-in card manufacturers.

0
December
2


NVIDIA Corporation and Planar Systems are cooperating closely to produce display systems that will enable doctors to more effectively screen for breast cancer. The two companies are working to develop high-contrast, 10-bit grayscale display systems for use in mammography and other medical applications. Instead of developing specialty hardware, NVIDIA and Planar have developed a method of “pixel packing” that allows 10-bit or 12-bit grayscale data to be transmitted from an NVIDIA Quadro graphics board to a Planar Dome display using a standard DVI cable. Instead of three 8-bit grayscale channels, now two 10- or 12-bit channels are transmitted, providing up to 864 possible shades of gray at more than three times the image contrast of an 8-bit system.

Currently, digital mammography displays that rely on standard PC workstations are limited to 8-bit grayscale, which provides only 256 possible shades of gray for each pixel. Being limited to 256 shades-of-gray can sometimes obscure valuable data when an image is displayed; mammography systems and other medical sensors, however, are capable of greater degrees of contrast.

0