The GPU in question stands as a testament to the cutting-edge technology of its time, boasting a marvel of engineering with its manufacturing process by TSMC utilizing the 16nm process node. Released in April 2016, this Nvidia Pascal-based GPU represents a significant milestone in the evolution of graphics processing units. With an impressive 15.3 billion transistors under its hood, this GPU is capable of delivering high-performance computing power for a variety of demanding tasks. At the heart of this GPU lies its 3584 CUDA cores, which are finely tuned to handle parallel processing tasks efficiently.

The sheer processing capability of this GPU is further reinforced by its 16GB HBM2 memory, which ensures rapid access to data for lightning-fast calculations and graphical rendering. This high-bandwidth memory, coupled with a substantial 4MB L2 cache, enables smooth and seamless operation even when handling complex workloads. With a theoretical performance rating of 10.61TFLOPS, this GPU offers immense computational power suitable for the most demanding applications, from advanced scientific simulations to cutting-edge gaming experiences.

However, such formidable performance comes at a cost, with a total power consumption of 300W. This trade-off between power consumption and performance highlights the balance that had to be struck during the design process to achieve optimal efficiency and capability. Despite its power requirements, this GPU remains a powerhouse in the world of graphics processing, setting a standard for performance and technological innovation that continues to awe enthusiasts and professionals alike.