The rumors have once again surfaced that Nvidia Corp. may enter the x86-based microprocessor market.
For some time, there have been reports that Nvidia would enter the x86-based fray to protect its bread-and-butter graphics chip business. Advanced Micro Devices Inc. and Intel Corp. are separately developing processors with graphics capabilities.
Nvidia is currently working on a next-generation switchable graphics solution which was confirmed a while ago by Nvidia's top management. Nvidia admits that its first implementation of switchable graphics was not the nicest and neatest solution (Hybrid-SLI), but promises that its next-generation works really well and that it will give the company many design wins.
Several big Nvidia supporters such as ASUS, Acer, Dell and many others have asked Intel to get Nvidia 40nm chips inside of its designs. Thus far, we were told to expect many Calpella platform designs to have Nvidia graphics.
Nvidia recently released its first desktop drivers to support the OpenCL standard, beginning with Geforce 195.39 beta. These drivers are dated October 27, 2009 and feature improved SLI and multi-GPU support for several recent popular titles and include over 200 various bug fixes.
In particular, the drivers add support for the OpenCL 1.0 specification on all Geforce 8-series or later GPUs supporting CUDA. The drivers also add support for CUDA Toolkit 3.0, which will be made available to developers sometime within the next few weeks.
Asustek Computer unveiled its first supercomputer on Monday, the desktop computer-sized ESC 1000, which uses Nvidia graphics processors to attain speeds up to 1.1 teraflops.
One teraflop is one trillion flops (floating point operations per second), a measure of computing speed. Computers able to perform at such high speeds can be used in a variety of ways, including scientific research, image manipulation, engineering modeling or for medical purposes.
Nvidia (NSDQ:NVDA)'s flirtation with streaming, real-time photo-realistic rendering may have entered the "officially dating" stage with Tuesday's launch of the graphics chip maker's RealityServer 3.0 for cloud-based visual computing applications.
And GTX260... Several Nvidia partners have confirmed that they had to decide to cancel GTX 285 and GTX 275 based products, as availability was simply disastrous.
We still don’t now if this is Nvidia's strategy to keep the market hungry for Fermi or they simply didn't order enough wafers, but availability of GTX260, GTX275 and GTX285 was so bad that many decided to drop these products and wait for Fermi.
The lucky ones can sell Radeon HD 5870 and 5850, as they are selling good, but the 5870 is mainly on allocation and that doesn’t really help a lot.
40nm DirectX 10.1
Nvidia plans to launch a “new” generation of what´s exclusively been a OEM product and this new card will get a Geforce GT220 brand name.
The launch date is October 12th, which is just one day before the launch of Radeon HD 5770 and 5750, both DirectX 11 cards that might dominate this market segment.
Geforce GT220 works from 615MHz all the way to 700MHz depending on the configuration, while most of the cards use 1GB of 790MHz clocked 128-bit DDR3 memory. This is a single slot card with shader clock at 1335MHz.
The cards we've found listed should be selling from €57 to €72 which sounds quite affordable. Nvidia's DirectX 11 Fermi-based entry level won't arrive until first half of 2010.
Nvidia has delayed the development of chipsets that work with Intel's microprocessors, citing "unfair business tactics" employed by Intel, the company said on Thursday.
Nvidia's move also intensifies an ongoing patent-licensing battle in which both companies have accused each other of breaching a chip-licensing agreement signed in 2004. Nvidia currently makes chipsets -- a set of integrated circuits -- for Intel and Advanced Micro Devices CPUs, to help processors communicate with components like network and storage controllers.
Nvidia may have finally found the killer app that will bring the benefits of CUDA - its language for offloading highly parallel tasks on to the graphics processor - to the masses: CUDA-accelerated virus scanning.
As reported over on Fudzilla, the company's general manager of CUDA Sanford Russell has confirmed that his group is working on offloading the grunt work of scanning for viruses on to the GPU - potentially offering a massive speed-up over traditional CPU-based scanners.
Copyright 2016 © Godem Online Inc. | Web and server solutions by NewTech Solutions.