![]() ![]() Microsoft and Windows are US registered of Microsoft Corporation. Trademarks: Dell Technologies, Dell and other trademarks are trademarks of Dell Inc. PayPal: Subscription products are not eligible for Pay in 4 ![]() Dell reserves the right to cancel orders arising from pricing or other errors. Free shipping offer valid only in Continental U.S. Dell may impose a purchase quantity limit (for example, 5 units per order). Offer details: Offers subject to change, not combinable with all other offers, while supplies last. Third-party retailer data may not be based on actual sales. Energy, Climate Action & SustainabilityĮstimated value is Dell’s estimate of product value based on industry data, including the prices at which third-party retailers have offered or valued the same or comparable products, in its most recent survey of major online and/or off-line retailers.APEX Cloud Platform for Red Hat OpenShift.APEX Cloud Platform for Microsoft Azure.APEX Data Storage Services Backup Target.This will be the price we will use in our primary price/performance calculation, although we did add a $599 price/performance data point as a reference. In this review, we're testing a GeForce GTX 1080 reference-design graphics card, which NVIDIA is marketing as the "Founders Edition" at $699. First-generation HBM being restricted to 4 GB, HBM2 not being readily available, and HBM-class stacked memory being more expensive to deploy (using on-chip silicon substrates) could have contributed to NVIDIA's decision to go with GDDR5X for the GeForce GTX 1080. Such bandwidths were only possible with 384-bit or 512-bit GDDR5 memory interfaces. The memory is clocked at a staggering 10 GHz effective, at which speed the GPU has 320 GB/s of memory bandwidth over a 256-bit wide memory interface. Memory technology sees a major update with NVIDIA's adoption of the GDDR5X memory standard. ![]() The GTX 1080 features more CUDA cores than its predecessor – 2560 vs. NVIDIA claims to have "meticulously" designed the GPU architecture to be as energy efficient as possible given the silicon fab node and is leveraging the 16 nm FinFET node at TSMC for "Pascal." This architecture sees the streaming multiprocessors (SMs), the indivisible subunits of an NVIDIA GPU, get even more dedicated components, which increases their performance. The GeForce GTX 1080 is based on NVIDIA's "Pascal" architecture. Adding meaty cooling solutions and custom VRM designs to the mix could easily push prices way above the $599 mark and perhaps even close to the $699 "Founders Edition" price, which could have partners take that as the baseline instead. Custom-design cards will start at $599, but this is really a "suggested" price by NVIDIA to its partners. The company is sub-branding this SKU as the "Founders Edition." Since this also happens to be the only GTX 1080 card designed entirely by NVIDIA, it's the card we are reviewing today. This time around, NVIDIA is making its partners sell the reference-design card at $699 (higher than the launch prices of the GTX 980 Ti, GTX 780 Ti, etc.). Historically, reference-design cards set the baseline launch price for SKUs. The company has hence come up with a clever marketing tactic. NVIDIA, however, is positioning it as a premium part since it's supposedly faster than any currently available single-GPU card. It will launch at $599 where the GTX 980 debuted at $549. The GeForce GTX 1080 logically succeeds the GeForce GTX 980 and is priced not too far apart from its predecessor. ![]() The GTX 1080 will hit shelves on May 27th, with the GTX 1070 following closely on June 10th. The architecture's consumer-graphics debut was earlier this month, in the form of the GeForce GTX 1080, reviewed today, and the GeForce GTX 1070. The GeForce "Pascal" architecture debuted this April at NVIDIA's GTC event, driving the company's Tesla P100 HPC processor based on the massive GP100 silicon. At its recent GeForce 1080 "Pascal" unveiling, the company claimed to shatter all previous performance-to-wattage records, promising another leap in performance and efficiency. The 2012 "Kepler," followed by the 2014 "Maxwell" architectures, provided performance and energy efficiency leaps that do the word "leap" justice. Over the past three generations, spread across the past four years, the company dedicated vast R&D resources to developing increasingly more energy efficient GPUs. NVIDIA is shaping up to be the most consistent chipmaker in the industry when it comes to per-generation performance and energy efficiency gains. ![]()
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