News Posts matching "TU106"

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NVIDIA GeForce RTX 2060 Founders Edition Pictured, Tested

Here are some of the first pictures of NVIDIA's upcoming GeForce RTX 2060 Founders Edition graphics card. You'll know from our older report that there could be as many as six variants of the RTX 2060 based on memory size and type. The Founders Edition is based on the top-spec one with 6 GB of GDDR6 memory. The card looks similar in design to the RTX 2070 Founders Edition, which is probably because NVIDIA is reusing the reference-design PCB and cooling solution, minus two of the eight memory chips. The card continues to pull power from a single 8-pin PCIe power connector.

According to VideoCardz, NVIDIA could launch the RTX 2060 on the 15th of January, 2019. It could get an earlier unveiling by CEO Jen-Hsun Huang at NVIDIA's CES 2019 event, slated for January 7th. The top-spec RTX 2060 trim is based on the TU106-300 ASIC, configured with 1,920 CUDA cores, 120 TMUs, 48 ROPs, 240 tensor cores, and 30 RT cores. With an estimated FP32 compute performance of 6.5 TFLOP/s, the card is expected to perform on par with the GTX 1070 Ti from the previous generation in workloads that lack DXR. VideoCardz also posted performance numbers obtained from NVIDIA's Reviewer's Guide, that point to the same possibility.

NVIDIA GeForce RTX 2060 Could Launch Mid-January

NVIDIA could launch its "RTX for the masses" SKU, the GeForce RTX 2060, sometime mid-January, according to Andreas Schilling. It is also confirmed that the RTX 2060 will feature 6 GB of GDDR6 memory. Schilling confirmed no other specifications of the GPU, but posted official branding for the RTX 2060 SKU. Earlier leaks pin the RTX 2060 as being carved out from the 12 nm "TU106" silicon, with 1,920 CUDA cores, 120 TMUs, 48 ROPs, and a 192-bit wide GDDR6 memory interface, which at 14 Gbps produces a memory bandwidth of 336 GB/s. NVIDIA could target the crowd that wants DXR-enabled gaming at 1080p thru 1440p resolutions.

NVIDIA GeForce RTX 2070 and 2080 Mobile Could Make an Appearance at CES 2019

With NVIDIA's GeForce RTX 20-series having already released for desktops, it was only a matter of time until laptops got the RTX treatment as well. Current rumors are suggesting that Nvidia will officially launch their GeForce RTX 20-series mobility GPUs on January 6th at CES with the RTX 2070 and RTX 2070 Max-Q taking center stage. An embargo date of January 26th has also been set, with NVIDIA delaying their final release drivers until then. Meaning final performance results for the new mobile GPUs won't be available until after the embargo date, which should coincide with the general availability of RTX 20-series equipped laptops.

Along with the RTX 2070 and 2070 Max-Q mobility parts, the flagship RTX 2080 Max-Q which isn't expected at the show, is still in the works, with its TU104M 1eab device ID having been leaked earlier. The rest of the GeForce 20-series mobility GPUs are likely to use the GTX moniker if NVIDIA's desktop lineup is anything to go by; however, that is merely speculation at this point.

Palit Announces GeForce RTX 2070 Series Graphics Cards

Palit Microsystems Ltd, the leading graphics card manufacturer, releases the new NVIDIA Turing architecture GeForce RTX series in Palit GeForce product line-up, GeForce RTX 2070 Dual. NVIDIA GeForce RTX delivers the ultimate PC gaming experience. Powered by the new NVIDIA Turing GPU architecture and the revolutionary RTX platform, RTX graphics cards bring together real-time ray tracing, artificial intelligence, and programmable shading. This is a whole new way to experience games.

GeForce RTX 2070 is based on the NVIDIA Turing architecture TU106 GPU armed with 2304 CUDA cores and equipped with 8GB of GDDR6 memory running at an effective clock rate of 14 GHz on a 256-bit bus. Palit GeForce RTX 2070 is designed to deliver 6x more performance than previous-generation video card and brings the power of real-time ray tracing and AI to games. The Palit GeForce RTX 2070 Dual is targeting at MSRP $499 which is available in the market now.

NVIDIA Readies TU104-based GeForce RTX 2070 Ti

Update: Gigabyte themselves have come out of the gates dismissing this as a typo on their part, which is disappointing, if not unexpected, considering that there is no real reason for NVIDIA to launch a new SKU to a market virtually absent of competition. Increased tiers of graphics card just give more options for the consumer, and why give an option that might drive customers away from more expensive graphics card options?

NVIDIA designed the $500 GeForce RTX 2070 based on its third largest silicon based on "Turing," the TU106. Reviews posted late Tuesday summarize the RTX 2070 to offer roughly the the same performance level as the GTX 1080 from the previous generation, at the same price. Generation-to-generation, the RTX 2070 offers roughly 30% more performance than the GTX 1070, but at 30% higher price, in stark contrast to the GTX 1070 offering 65% more performance than the GTX 970, at just 25% more price. NVIDIA's RTX varnish is still nowhere in sight. That said, NVIDIA is not on solid-ground with the RTX 2070, and there's a vast price gap between the RTX 2070 and the $800 RTX 2080. GIGABYTE all but confirmed the existence of an SKU in between.

NVIDIA GeForce RTX 20-series Mobility mGPU Lineup Revealed

NVIDIA is giving finishing touches to its first GeForce RTX 20-series Mobility GPUs for notebooks, based on the "Turing" architecture, with product launches expected from Q1-2019. The company could debut the series with a high-end part first, the GeForce RTX 2080 Mobility Max-Q. The rest of the lineup includes the RTX 2070 Mobility Max-Q, RTX 2060 Ti Mobility, RTX 2060 Mobility, RTX 2050 Ti Mobility, and RTX 2050 Mobility. What's interesting about this list is that NVIDIA is limiting the Max-Q design to its top-tier RTX 2080 Mobility and RTX 2070 Mobility parts.

Max-Q is an all-encompassing laptop thermal-design methodology, which allows gaming notebook designers to come up with thinner notebooks with higher performance. One of the key aspects is special Max-Q ready variants of the GPUs, which are probably binned to run the coolest, and least voltages. With a device ID 1eab, the RTX 2080 Mobility Max-Q is based on the TU104M chip, while other SKUs could be carved from the TU106M or a chip even smaller. It's being reported that with this generation, NVIDIA is playing a more active role in helping its partners engineer their Max-Q notebooks, and helping them meet NVIDIA's strict Z-height minimums.

NVIDIA Announces Availability of GeForce RTX 2070 Graphics Card - Cheapest Raytracing on October 17th

NVIDIA today announced official availability dates for what will forever be engraved in history as "the cheapest Turing" option - which contrary to what that might lead you to expect, isn't cheap at all. NVIDIA's RTX 2070 graphics card will be available starting October 17th, bringing the benefits of raytracing acceleration to a much lower price-point than the already-launched RTX 2080 and RTX 2080 Ti graphics cards.

That said, the RTX 2070 will still retail for $499 - a full $120 higher than NVIDIA's last-gen GTX 1070, and that's not counting what's being less-than-amicably called the "NVIDIA tax", which brings Founders' Editions pricing of the graphics cards up to $599, and allows AIB to increase pricing of their own designs up to that level - or higher. It's not a cheap option - especially considering how the RTX 2070 is now being built in the TU106 silicon, a smaller counterpart to the full-fledged TU104, and in contrast to the previous GTX 1070, which was built from the same chip as the GTX 1080).

ASUS Announces Its NVIDIA RTX 2070 Graphics Card Lineup

ASUS has revealed their entire lineup, interpreting NVIDIA's RTX 2070 silicon (and its TU106 die, a first - remember that **70-class cards previously featured cut-down versions of the full NVIDIA chip). There aren't many surprised here - ASUS has already spent enough R&D in previous years so as to only need to minimally iterate on their designs for each new generation.

The ROG Strix graphics cards sit at the top of the heap, featuring the company's DirectCU III cooling tech (triple fan) in a 2.5-slot design. RGB lighting and dual BIOS support are par of the course by now, as are some of the other features - backplate and metal brace included. Connectivity-wise there are 2x HDMI 2.0b ports, 2x DisplayPort 1.4 outputs, and 1x USB Type-C port for VirtuaLink. The graphics card draws power from the 6-pin and 8-pin PCIe power connectors and will be available in three versions (Gaming OC, Gaming Advanced, and Gaming) according to factory overclocks.

NVIDIA Segregates Turing GPUs; Factory Overclocking Forbidden on the Cheaper Variant

While working on GPU-Z support for NVIDIA's RTX 20-series graphics cards, we noticed something curious. Each GPU model has not one, but two device IDs assigned to it. A device ID is a unique identification that tells Windows which specific device is installed, so it can select and load the relevant driver software. It also tells the driver, which commands to send to the chip, as they vary between generations. Last but not least, the device ID can be used to enable or lock certain features, for example in the professional space. Two device IDs per GPU is very unusual. For example, all GTX 1080 Ti cards, whether reference or custom design, are marked as 1B06. Titan Xp on the other hand, which uses the same physical GPU, is marked as 1B02. NVIDIA has always used just one ID per SKU, no matter if custom-design, reference or Founders Edition.

We reached out to industry sources and confirmed that for Turing, NVIDIA is creating two device IDs per GPU to correspond to two different ASIC codes per GPU model (for example, TU102-300 and TU102-300-A for the RTX 2080 Ti). The Turing -300 variant is designated to be used on cards targeting the MSRP price point, while the 300-A variant is for use on custom-design, overclocked cards. Both are the same physical chip, just separated by binning, and pricing, which means NVIDIA pretests all GPUs and sorts them by properties such as overclocking potential, power efficiency, etc.
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