Like many of you, I was glued to my computer screen this morning during NVIDIA’s live-stream of the GeForce RTX 20 series launch. But what exactly was shown today, and what does it mean for the future of gaming, virtual reality, and other GPU-based applications?
NVIDIA’s CEO, Jen-Hsun Huang, dropped a bit of a bombshell at the NIPS conference yesterday: the launch – and immediate availability – of the next graphics card in NVIDIA’s Titan series. It is called the Titan V, with V referring to the new Volta architecture it is based on. So what can we expect from the latest entry in the Titan lineup?
We test a lot of software here at Puget Systems, and in most cases what we are looking for is what hardware lets a given program run the fastest – or in some cases, what is the most cost effective. If you can get 95% of the best possible performance for half the price that it would cost to get a full 100%, for example, that is often a compelling way to go. However, ANSYS Mechanical (and FLUENT) present a different challenge: how can you get the best performance within the limitations of the ANSYS licensing model?
Meet the all new Titan X, and don’t get confused by the name
NVIDIA’s announcement of the GeForce GTX 1080 and 1070 video cards has a lot of folks excited, and I’ve responded to several questions over the last few days regarding these cards. In an effort to help a wider audience who probably have similar questions, I’ve put together a summary of what we know at this point about these upcoming graphics cards.
A brief overview of software from NVIDIA to record or live-stream games (or other content), using a GeForce graphics card to handle the video encoding in real time with minimal impact on performance.
NVIDIA’s GeForce GTX Titan X isn’t for everyone – no $1000 video card ever will be – but it has some very specific roles where it excels. Click here to read about what the Titan X is and what it does well at!
Traditionally, over at least the past 15 years, the main role of a video card in a computer has been to accelerate 3D graphics. That is a large part of what has made modern computer games possible, and it has also contributed heavily to CAD / CAM work and digital animation. Video cards have also helped with 2D graphics and video playback, but the main focus has been on 3D speed.
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