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Gaming performance has certainly improved, and you would get better frame rates. Although there is not a vast improvement over the last generation, still the Benchmark Score has doubled if we compare it with two generations old GPU. The Intel HD Graphics 520 is an integrated GPU of 6th generation Skylake Processors like Core i5 6200U while the Intel HD 5500 is present in the Intel 5th generation Broadwell CPUs like the Coe i5 5200U. Comparison with Intel HD Graphics 520 & 5500 Let us have a look at all the benchmark scores. It is now even stronger than the low-end Integrated GPUs by Nvidia & AMD.

This benchmark scores clearly show that there is a huge improvement over the previous generations of Intel HD Graphics. On the PassMarkBenchmarking Tool, the Intel HD 620 Graphics scores 944 points. Intel HD Graphics 620 Benchmark Comparison One can also change the Maximum Video Memory from the BIOS Settings. It uses the system’s RAM as its video Memory. The Video Memory changes dynamically as per the requirement.

It uses the system’s memory which could go up to 32 GB. Intel HD Graphics 620 is an integrated Graphics Card. How much is the Intel HD Graphics 620 Video Memory (VRAM)? The rest of the specs are mentioned in the table above. So, if you’re using a laptop, you can connect 2 external monitors to increase productivity. It can support maximum of 3 displays at a time. The processing power of this Integrated Graphics is 384 to 403.2 GFLOPS. So, you can expect better performance in games that support DirectX 12. It has support for the latest DirectX version which is the DirectX 12. Intel has made various improvements in their 7th generation integrated GPUs which has improved their performance to an extent. It also has support for 4K video playback at 60Hz. The base frequency of Intel HD 620 is 300 MHz which can go up to 1.0 GHz.

It is the stock GPU of some of the Intel Kaby Lake Series Processors like the Intel Core i5 7200U. The Intel® HD Graphics 620 is an integrated GPU by Intel that is manufactured using the 14nm FinFET Process.