The GPU in question is a technological marvel, manufactured using the cutting-edge TSMC 16nm process. This advanced manufacturing process enables the GPU to achieve high levels of performance and energy efficiency. Based on Nvidia's renowned Pascal architecture, this GPU represents a significant leap forward in graphics processing technology. Released in January 2018, this GPU brought forth a new era of gaming and computational power. With an impressive 7.2 billion transistors packed into its compact frame, this GPU offers incredible processing capabilities.

The 2560 CUDA cores ensure that even the most demanding graphics tasks are handled with ease, delivering stunning visual experiences for gamers and professionals alike. The inclusion of 4GB of GDDR5 memory provides ample space for storing textures, shaders, and other data, while the 2MB L2 cache helps to speed up memory access times for improved overall performance. When it comes to raw computing power, this GPU does not disappoint.

With a theoretical performance of 8.617TFLOPS, this GPU is capable of handling complex calculations and simulations with remarkable speed and efficiency. Despite its impressive performance capabilities, this GPU manages to keep power consumption in check, with a total power draw of just 125W. This balance between performance and power efficiency makes this GPU a top choice for gamers and professionals looking for a high-performance, energy-efficient solution. In conclusion, the GPU manufactured with TSMC 16nm process, based on Nvidia Pascal architecture and released in January 2018, represents a significant technological achievement in the world of graphics processing.

With its impressive transistor count, CUDA core configuration, memory capacity, and power efficiency, this GPU offers a well-rounded package that caters to a wide range of computing needs. Whether you're a hardcore gamer pushing the boundaries of graphical fidelity or a professional seeking accelerated computational performance, this GPU stands as a shining example of innovation and engineering excellence.