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Let me also get this one out of the way, since it’s ostensibly why Nvidia released the Titan V. It’s really fast at certain computations, specifically FP16 operations using the Tensor cores. The card is rated to do up to 110 TFLOPS (that’s trillions of floating-point operations per second), which used to be the realm of the fastest supercomputers. Seeing this much computational power packed into a single GPU is insane. Nvidia gives sample performance of up to 609 images per second for Resnet-50 training using the Tensor cores, compared to 240 images/s with a Titan Xp , making the Titan V 154 percent faster. If you run apples-to-apples tests without the Tensor cores, the Titan V still does 308 images/s—so 28 percent faster than the Titan Xp, which is close to the theoretical difference in TFLOPS. If your focus is scientific simulation, neural networks, deep learning, or general high-performance artificial intelligence work, then the Titan V is certainly worth a look.
There are a few stumbles here and there, likely thanks to the early nature of the drivers, but overall Volta shows a lot of potential. Volta is a brand-new architecture that’s quite different from Pascal and Maxwell, with 64 CUDA cores per SM , HBM2 https://cryptolisting.org/ memory, and other changes that Nvidia hasn’t fully disclosed at this time. Combine that with the focus on machine learning rather than pure gaming—at least for the Titan V—and it’s easy to see why a few titles may not run optimally right now.
As an added wrinkle, of the handful of specifications that NVIDIA’s blog post does cover, they list the new card as offering 125 TFLOPS of tensor core performance, whereas the retail Titan V is 110 TFLOPS. It’s not clear how NVIDIA gets this number, but importantly, it means that there may be further clockspeed or SM configuration changes that have yet to be revealed by NVIDIA. UserBenchmark will test your PC and compare the results to other users with the same components.
For power, Falcon Northwest uses a Silverstone SX-650G SFX PSU, rated 80 Plus Gold, which means there’s plenty of headroom for the included components, even with overclocking. Before deciding not to buy a GeForce GTX 1080Ti or Titan XP for your gaming rig and spending triple the cash on a Titan V instead, keep in mind this is not a card aimed at gaming. Sure, you can stick it in your gaming rig and enjoy fantastic performance, but the Titan V is built using Nvidia’s new GPU architecture called Volta.
However, if you’re planning to build a new gaming rig, I’d suggest focusing on the Pascal architecture and high-end GeForce GTX 1080Ti cards; save yourself $2,000 to put towards other components. Or if you really want to spend more, check out the Titan XP, which still only costs half the price of a Titan V. Overclocking of the Titan V is also possible, but for these initial tests I ran everything stock.
Bumping the GPU core up +150MHz appears to be fully stable, and +125MHz on the HBM2 memory (yielding bandwidth of 748.8GB/s), but I haven’t fully tested those settings. The core overclock does appear to be a bigger factor in performance than the HBM2 overclock, so keep that in mind. Overclocked, the Titan V is around 10 percent faster than at stock, but I pushed the fan speed curve up quite a bit to compensate for temperatures, so it’s not nearly as quiet. I’m also using a stock GeForce GTX 1080 Ti FE for comparison, and you can get a similar percent boost from that via overclocking. We calculate effective 3D speed which estimates gaming performance for the top 12 games. The customizable table below combines these factors to bring you the definitive list of top GPUs.
The Titan V is the fastest gaming graphics card around, beating the GTX 1080 Ti by an average of 13 percent at 4K. The Titan Xp was already highly questionable, delivering a few percent better performance than a GTX 1080 Ti with about a 70 percent price premium. The Titan V includes six graphics processing clusters, 80 streaming multiprocessors, 5,120 CUDA cores, and 320 texture units. The card’s base clock speed is set at 1,200MHz with a Boost Clock of 1,455MHz coupled with 12GB of HBM2 RAM running at 850MHz. That translates to 652.8GB/s of memory bandwidth, 110 teraflops of horsepower, and a 384 GigaTexels/sec texture rate.
The Tiki itself is also a delight—not one I’d necessarily be able to afford, but it’s incredibly impressive regardless. The i7-8700K may not quite match the beefier Intel CPUs when it comes to certain workloads, since it only has 6-cores/12-threads compared to the 10-core and higher options, but the clockspeed makes up for that in other areas. If you want a Tiki with up to a Core i9-7980XE, those are available—though not with 5.0GHz overclocks or dual M.2 drives in RAID 0. As ExtremeTech points out, the Titan V is a slightly trimmed down Tesla V100, which was introduced earlier this year for $10,000 and aimed squarely at the supercomputing and HPC markets. So think of the Titan V as doing the same job, but Nvidia aimed it at a much larger audience by offering it for sale like any other graphics card. To power the card you’ll need at least a 600-Watt power supply and sufficient cooling to deal with the thermal threshold of 91 degrees Celsius.
While average framerates are higher, minimum fps ends up being a bit of a wash, but that doesn’t tell the full story. There are plenty of games where performance is substantially better, but then there are some clear problems in a few cases. Both Vulkan games, Doom and The New Colossus, show poor minimums on the Titan V. Hitman also has some obvious problems, with performance capped far below what other GPUs can achieve . It’s ‘the most powerful graphics card ever created for the PC,’ but is aimed at AI, not gaming .
Note that unlike previous GeForce and Titan cards, the Titan V is using the full capabilities of the Volta GV100 architecture. This results in some interesting options, including double-speed FP16 CUDA calculations. The GPU can also run FP32 CUDA calculations at up to 14.9 TFLOPS, or FP64 at half that level, 7.45 TFLOPS.
The use of the Tensor cores or CUDA cores in each SM is exclusive, however, so if you want access to the 110 TFLOPS of FP16 performance from the Tensor cores, that’s not in addition to the CUDA performance. The Tensor cores are also rather specialized, and while it’s possible to use them for certain gaming calculations, don’t count on that happening—Tensor code will need to be specifically written for the processors. I ran 22 gaming benchmarks on the Tiki, at my usual 1080p, 1440p, and 4K ultra settings.
Jarred’s love of computers dates back to the dark ages when his dad brought home a DOS 2.3 PC and he left his C-64 behind. He eventually built his first custom PC in 1990 with a MHz, only to discover it was already woefully outdated when Wing Commander was released a few months later. He holds a BS in Computer Science from Brigham Young University and has been working as a tech journalist since 2004, writing for AnandTech, Maximum PC, and PC Gamer. From the first S3 Virge ‘3D decelerators’ to today’s GPUs, Jarred keeps up with all the latest graphics trends and is the one to ask about game performance. Falcon Northwest is effectively selling fully custom hotrods to its clients. While these include famous celebrities and sports stars, however, there are also businesses that simply want extreme performance and quality and are willing to pay for it.
In return for a ridiculous amount of cash, Nvidia promises you’ll be getting “the most powerful graphics card ever created for the PC.” NVIDIA TITAN V is the most powerful Volta-based graphics card ever created for the PC. The end result is that the Titan V CEO Edition is not just a Titan V with more memory.
The Tiki includes a full service 3-year warranty, and you can configure builds that most OEMs only dream about selling. Also included with each Falcon Northwest PC is a full list of benchmark results from the build and burn-in process, so you can refer back to these in the future and determine if your PC is slowing down. Getting all this power into such a small enclosure is itself an accomplishment, but Falcon Northwest will overclock CPU and GPU to really push it over the top.
If you have any questions related to the pricing and/or discount offered in a particular listing, please contact the seller for that listing. I’ve been working at PCMag since November 2016, covering all areas of technology and video game news. Before that I spent nearly 15 years working at Geek.com as a writer and editor.
Nvidia’s surprise announcement and launch of the Titan V upped the ante for the fastest graphics card in the world. Former Titan cards cost $1,000, and the Titan X and Xp moved the target a bit further north to $1,199. With the Titan V, Nvidia goes for a completely different class of users, checking in at a breezy $2,999. Well, not gamers—or at least, not people who are only interested in playing games. Whenever Nvidia releases a new high-end graphics card, you expect a high price. Thousand-dollar cards are not uncommon, but Nvidia’s latest, the Titan V, costs $2,999.
In fact memory capacity aside, thanks to these changes there will almost certainly be meaningful performance differences between it and the regular Titan V in any kind of memory bandwidth-bound scenario. Equally important, this means that at least on paper, there’s not much separating the new SKU from the 32GB Tesla V100 in terms of performance. More interesting to me than what the Titan V offers gamers is what it means to the world of AI research. I’ve attended Nvidia’s GTC a few times, and while there are bigger companies using high-end server solutions, the number of research projects done using older and less expensive GeForce processors dwarfs everything else. I don’t think Titan V is going to radically alter things, but for the right workloads, you’re looking at 110 TFLOPS from a $3,000 product compared to maybe 15 TFLOPS from a $700 product. For better funded research projects, investing in the higher performance hardware could definitely pay off.
A preview of what we can expect from the coming generation of Nvidia GPUs. NVIDIA Virtual GPU Solutions IT Management & Monitoring capabilities for every IT user, in all phases of your GPU enabled VDI deployment. Volta GPU architecture pairs NVIDIA ® CUDA ® and Tensor Cores to deliver new levels of performance in a desktop PC GPU.
Our expert industry analysis and practical solutions help you make better buying decisions and get more from technology. Its Geographical operating segment includes Greece and Western Europe; North America; South Eastern Europe and Eastern Mediterranean. “I really like working with Oksana. She is a very good teacher, explains new information clearly and helps to improve pronunciation.” This is the price a seller has provided at which the same item, or one that is nearly identical to it, is being offered for sale or has been offered for sale in the recent past. The price may be the seller’s own price elsewhere or another seller’s price. The “off” amount and percentage simply signifies the calculated difference between the seller-provided price for the item elsewhere and the seller’s price on eBay.
In any case, for the time being the only way to get this unexpected Titan V SKU is to get one of the 20 winners from NVIDIA’s giveaway to part with one. So the immediate impact to NVIDIA’s business – or to potential Titan buyers – is titan v price negligible. So I wouldn’t at all be surprised if we see a similar SKU hit retail down the line, especially as the Titan V is the only remaining commercial GV100 product that doesn’t have a second, higher memory capacity configuration.
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