In February 2017, NVIDIA unleashed the GeForce GTX 1080 Ti at GDC, pairing 3584 CUDA cores with 11GB GDDR5X to forge one of the most revered flagships in computing history.
In August 2016, Jensen Huang personally delivered the first production NVIDIA DGX-1 to OpenAI in San Francisco, providing the foundational compute that sparked the ChatGPT era.
In May 2016, NVIDIA launched the 16nm FinFET Pascal architecture and GeForce GTX 1080, delivering unprecedented generational leaps and etching an enduring legend in hardware history.
At Computex 2015, NVIDIA unveiled the enthusiast-favorite GeForce GTX 980 Ti alongside the SHIELD Android TV, anchoring both high-end 4K gaming and cloud streaming.
At CES 2015, NVIDIA launched DRIVE PX, an automotive supercomputing platform powered by dual Tegra X1 processors, launching the modern AI autonomous vehicle revolution.
In September 2014, NVIDIA launched the second-generation Maxwell architecture and GeForce GTX 980, achieving an architectural miracle by doubling efficiency on the same 28nm node.
At CES 2014, NVIDIA announced the Tegra K1 featuring 192 Kepler CUDA cores, bridging the architectural divide between desktop graphics, mobile devices, and autonomous vehicles.
In October 2013, NVIDIA revealed G-Sync in Montreal, coupling GPU render times directly to display refresh rates and solving a decades-old visual artifact dilemma.
In February 2013, NVIDIA introduced the legendary GeForce GTX TITAN, bringing the GK110 silicon from Oak Ridge's Titan supercomputer straight to consumer workstations.
In Autumn 2012, Alex Krizhevsky and Geoffrey Hinton leveraged two consumer NVIDIA GTX 580 GPUs to train AlexNet, decisively shattering ImageNet and launching modern AI.
In March 2012, NVIDIA launched the Kepler architecture and GeForce GTX 680 on TSMC 28nm, executing an architectural masterstroke that doubled performance-per-watt.
In November 2011, NVIDIA debuted Tegra 3 (codenamed Kal-El), the world's first mobile quad-core processor featuring patent-pending 4-PLUS-1 companion core technology.
In March 2011, NVIDIA introduced the dual-GPU monster GeForce GTX 590 packing 1024 CUDA cores, alongside CUDA 4.0 with Unified Virtual Addressing to supercharge scientific parallel computing.
In 2010, NVIDIA launched Tegra 2, the world's first commercial dual-core mobile processor, igniting the hardware arms race across Android flagship tablets and smartphones.
In March 2010, NVIDIA introduced the Fermi architecture and flagship GeForce GTX 480, marking a watershed moment as graphics processors transitioned into high-performance computing powerhouses.
