Intel Arch A300, A500 and A700 Desktop Graphics Cards Performance Released in OpenCL Benchmark
So far, we have only seen the release of details about the Intel Arch graphics card downlink series. However, it seems that the company is preparing a series of mid-range and flagship Arc graphics cards.
The SiSoftware team has compiled a summary of the results obtained from the performance of Intel Arch’s flagship graphics cards based on the OpenCL standard. However, this information is not based on a complete review and does not refer to the platform and drivers used in this experiment. In other words, this information is based on the results of the Sandra SiSoftware experiments that the developers put together.
According to VideoCards , Intel will offer Arche Alchemist series graphics cards in three categories. The A300 graphics cards (such as the A370M and A380) all use the DG2-128 base-level graphics chip, and the A500 and A700 series also use the DG2-512 graphics chip, which can compete with AMD and Nvidia mid-range graphics cards. TechPowerUP has compiled a diagram of the specifications of these graphics cards based on the data collected from the original SiSoftware article, which you can see below.
The Arc A500 series will feature up to 3,072 FP32 shading cores and 12GB of GDDR6 memory. These specifications will probably be compatible with the Nvidia RTX 3060 and AMD Radeon RX 6700XT series. The flagship of the Intel Arc Series, the A700, will also feature 4,096 shaded cores and 16GB of storage.
It is worth noting that the author of the SiSoftware article on the TSMC seven-nanometer process for Arc GPUs was wrong; Because Intel has officially confirmed that these graphics cards use TSMC 6-nanometer processing technology.
The Arc A380 desktop model appears to be compatible with the GeForce RTX 3050, Radeon RX 6500XT, and GTX 1660 Ti in some OpenCL benchmarks. However, as we said before, this API does not always take into account game-related testing; For this reason, even if the final software and hardware were used in this experiment, the results obtained may still differ from the final results.
