![]() ![]() I wouldn't mind buying one for $500 or so, even 5 years down the road. I hope to see Titan Vs "on the cheap" someday, but that day still hasn't come. It was also the first tensor-capable hardware to be made available to end-users, reminder that it came out in 2017 and many things we take for granted today (since tensor is present even on a lowly 3050) were pioneered with this exquisite looking, expensive, and very, very large processor. Titan Xp was excellent at graphics, but it truly looked like a previous generation GPU in productivity apps that Titan V was designed for. The same applied to TItan V and its consumer-class brother, Titan Xp with a full GP102 processor. That didn't translate to performance in graphics applications. Proportionally to its power? Overwhelmingly so, Vega 20 is far more capable hardware than Navi 10 could hope to be. Was Radeon VII faster than the 5700 XT? Yes. Both were extremely powerful processors in their own right but the less than impressive gaming performance that these exhibited next to significantly more affordable consumer grade hardware was mostly down to price concerns. It seemed that you meant to dig at NVIDIA without actually having any meaningful interest in a conversation there.Īnyway, the GV100 was a GPU designed for heavy compute tasks first and graphics second, just like AMD's Vega 20 used on the Radeon VII. Where dó we see industry wide adoption? DLSS/FidelityFX/Intel's vaporware version of it with more X'es. Not every dev is going to build around RT, in fact, most won't, as the majority won't enjoy it. What's striking in the gaming front is that RT tech isn't really pushed in the console space, and high end GPUs are heavily overpriced in PC space, so its turning into haves/have-nots territory, and doesn't really take off quite so fast, the chicken/egg conundrum is still live and ongoing, as it has since the launch of RTX. Late to market, or wise? Time will tell, lots of variables in play. Competitors haven't quite dug in like that, just yet, for various reasons, most of them pretty good ones. They've dug themselves a hole, strategically, and the only path is deeper into it. Nvidia still hasn't quite figured out whether they need to push harder on DLSS or on RT, but its clear they have to push hard for it to work and content is still scarce wherever they won't keep pushing/dropping bags of money. Its clear the new hardware still is a datacenter/enterprise-first technology transplanted to have some purpose for gaming. AMD proves that point by creating more power efficient GPUs now at every performance tier. The unimpressive part stands though, I agree, to this date. However, the TITAN is clearly a workstation card this time around, with the main focus being on pushing forward AI development and machine learning.It was called Turing and later Ampere, go check it out KitGuru Says: This announcement came out of nowhere, with zero leaks beforehand. The announcement of the TITAN V comes just days after Nvidia revealed that it would be releasing AI software for TITAN users to tinker with at home. Volta also packs Tensor Cores, which are key to pushing the 110 teraflop computational power found on the TITAN V.įinally, the TITAN V also backs 12GB of HBM2 memory for advanced memory bandwidth utilization. This enables huge boost to performance per watt. With the Volta architecture, Nvidia has redesigned the streaming multiprocessor, making it twice as energy efficient compared to Pascal. ![]() I can’t wait to see their breakthrough discoveries.” With TITAN V, we are putting Volta into the hands of researchers and scientists all over the world. We broke new ground with its new processor architecture, instructions, numerical formats, memory architecture and processor links. Speaking about Nvidia's goals with the Volta architecture, CEO Jensen Huang said: “Our vision for Volta was to push the outer limits of high performance computing and AI. For starters, the TITAN V is a $3000 GPU but the most telling part is the fact that it was announced at the annual NIPS conference, with the promise of turning your PC into an AI Supercomputer. While for the past few years Nvidia has leaned towards marketing the Titan as a gaming card, this is not the case this time around. It's got 21.1 billion transistors and delivers 110 teraflops of computational power, making it nine times faster than the Titan Xp. Just when we thought the company was done with new GPU launches for the year, Nvidia turned around and launched the TITAN V, the first Volta-based Titan graphics card. ![]() It looks like Nvidia is keeping us on our toes. ![]()
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