First, the foreword: Knife method precision GTX 1070Ti officially released
On April 7, 2016, NVIDIA released the first Pascal architecture products based on the 16nm process to users worldwide, featuring the top-of-the-range Tesla P100 GP100, which positioned HPC high-performance computing and missed the player community.
On May 7, 2016, NVIDIA finally launched the mainstream gaming graphics GTX 1080/1070 with the latest Pascal architecture, achieving 6.5TFlops of single-precision floating-point, close to 7.0 TFlops of the GTX Titan X.
After nearly six months, NVIDIA has completed the entire family layout from the top Titan Xp to the high-end GTX 1080Ti to the entry-level GTX 1030.
Faced with a strong invasion of NVIDIA, AMD has been slow to respond, especially high-end lack of corresponding products, only the Polaris Polaris series in the low-end hard work until July 30, 2017, AMD released only three Radeon Vega architecture Graphics card.
The three products are RX Vega 64 water-cooled version, RX Vega 64, RX Vega 56, Soma's Vega series will be soaring yellow GTX 1080/1070, including Vega 56 particularly eye-catching performance in all aspects of pressure on the GTX 1070, To the latter caused a lot of pressure.
Under pressure, Lao Huang once again resorted to the precise knife method, made a GTX 1070Ti and RX Vega56 a showdown, after all, how the knife cut? Will it threaten the position of their own GTX 1080? Do not worry, first Take a look at the parameters of the 1070Ti.
Compared with the GTX 1070, the GTX 1070Ti adds 32 texture units and 512 stream processors with an increased base frequency of 101 MHz. Compared with the GTX 1080, the GTX 1070 features 128 stream processors, 8 texture units, Core frequency down 50MHz.
