AMD's new graphics card, Radeon RX Vega, will be available soon, and a Vega-based graphics card based on CompuBench's running points will also flow. In this running minute, AMD's new display card ID687F:C1 was impressively written. In January, AMD used the ID card to run the "Doom" ultimate 4K quality demonstration. Therefore, some people speculated that the Radeon Rx Vega family graphics card may be nearing release, because only the graphics cards close to the finished product will appear on CompuBench before the official release.
According to the information on the table, the Vega chip has 64 computing units. According to the AMD chip development blueprint, each computing unit of the company integrates 64 stream processors, which means that Vega cards will integrate 4096 stream processors.
Note: The core operating principle of the graphics card's stream processor and CPU is different, so the performance of the CPU core cannot be converted into the core performance of the graphics card.
In other words, the more video stream processors, the better the performance. CompuBench also lists the computational speeds for 2 main frequencies: the calculation speed at 1000 MHz is 8.2 TFLOPS, and the calculation speed at 1,200 MHz is 9.8 TFLOPS. You know, NVIDIA's GeForce GTX 1070 has a computation speed of 6.5 TFLOPS, while the GTX 1080 has a calculation speed of 8.9 TFLOPS.
Based on CompuBench's running points, AMD said that in the Connection and Merging tests, the Radeon RX Vega graphics card has a rendering speed of 1.1567 million pixels per second, which is behind the Titan X and ranks seventh in the performance rankings. Nvidia's latest GeForce GTX 1080 Ti rendering speed is 1.5545 million pixels per second, and Titan X is only 1.1923 million pixels per second.
In the sea surface simulation test, the GeForce GTX 1080 Ti won the first place here, but the lead was not significant. The GTX 1080 Ti has a calculated speed of 3,967.89, while AMD's Vega architecture has a graphics card of 3,782.357. Surface scattering shows that the Titan X compute speed is 9,848.97mSamples/s and AMD's Vega architecture graphics card is 6,805.232mSamples/s.
As can be seen from the comparison of these running points, the performance of the new AMD graphics card is between GTX 1080 Ti and GTX 1080. Although it still lags behind Nvidia's Card Emperor in terms of performance, it has made significant progress compared to the two weak RX 480s and 470s in 2016. Even if the performance is inferior to GTX 1080 Ti, if Vega can make some compromise on the price, then still can obtain higher market share.
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