Intel hd graphics 620: can you play with integrated graphics card?

What is an integrated graph?

The first step in understanding the performance and reason for the Intel HD Graphics 620 is knowing what integrated graphics is, so let's get started.

An integrated graphics is a set of electronic components capable of rendering images calculated by the processor. Their work is the same as that of discrete graphics cards such as AMD Radeon or Nvidia RTX , but the difference is that they are embedded in the CPU .

This selection of structure has important consequences such as cooling being much less efficient. Therefore, the power that integrated graphics can offer us is quite precarious, especially if we compare the best discrete graphics with the best integrated. This has caused the community to always avoid an integrated unit, but how far have we advanced today. Are there units that offer us respectable returns?

The truth is that it depends largely on what you mean by respectable. Currently, the leadership of best integrated graphics is held by AMD , since its Radeon Vega graphics are known for their great work. Both in old and light video games as some newer and more demanding, this unit offers a fight to everything in front of you.

In fact, the technology and gaming channel LowSpecGamer often uses it often to demonstrate how to play video games without needing a bundle. We highly recommend his YouTube channel and here we leave you a short video where he treats (along with 32 Megabytes) how to get the most out of integrated graphics.

Intel HD Graphics 620

Now, the Intel HD Graphics 620 is a specific model within the prolific amount of integrated Intel graphics.

This component is the companion of many of the Intel processors, although it does not stand out especially for being one of the best performers. In this section, there is a similar and slightly superior graphics that is also very present in different generations: the Intel HD Graphics 630 .

However, let's not waste time looking at other equipment and determine what this graph can offer us:

	Intel HD Graphics 620
Base frequency	300 MHz
Maximum dynamic frequency	1 GHz - 1.15 GHz
Video memory	32 GiB (shared with the system)
eDRAM	64 MiB
Maximum resolution (HDMI 1.4)	4096 × 2304 @ 24Hz
Maximum resolution (DisplayPort)	4096 × 2304 @ 60Hz
Maximum resolution (eDP)	4096 × 2304 @ 60Hz
Average consumption	15 W

If you look, we can access high resolutions, although this will not mean that we will have acceptable performance. The differences with discrete graphics become capital when you look at the frequencies or the dedicated video memory. Neither one has any point of comparison with their "expensive" counterparts , especially since VRAM is shared.

For this reason, not too many people often trust that their integrated graphics are one of the pillars of their personal team. Except for low-budget notebooks or builds, it is always much more advisable to get a discrete graph.

However, we must remember that most Intel processors have a graphics unit inside, so most users with Intel CPUs have one. "And why add such a useless component to the CPUs?" You may be wondering.

Below we will talk about the most important uses of these charts.

What things can we do with an Intel HD Graphics 620 ?

Although the performance of a graphics like the Intel HD Graphics 620 is quite low, it certainly is not a useless component. It is used in many types of builds and, especially, on portable computers.

Continuing this last theme, many laptops depend on these small computing units to work. More specifically, ultrabooks cannot mount other more powerful alternatives, since their most relevant point is to weigh the least.

Also, there are companies that carry out studies, accounting or similar work, for which a great graphic power is not necessary. Therefore, an integrated one is sufficient for simple tasks such as surfing the internet, using word or making accounts in a spreadsheet.

As for video games, these graphics are quite weak, so if you want to play it should never be your main choice. We will only be able to play simple titles with few visual effects and / or polygons.

In addition, you will also have some e-Sports such as League of Legends, Dota 2 or Rocket League at hand at a stable frame rate. We cannot add Counter-Strike: Global Offensive to this list , since in certain maps and with certain effects, the performance ends up on the floor.

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Not for nothing, remember that you can greatly enhance the performance of your video games either by retouching the graphics or small details of your computer. In the LowSpecGamer video they delve deeper into this topic, turning these components into much more powerful parts.

Finally, in the artistic and creative section we have similar results to gaming. Although at this point the graphics is not so important, we can notice a dilation in time when processing images, rendering videos and others.

With an Intel HD Graphics 620, some projects may take 50% to 100% extra time to process files (compared to a normal build of € 800) .

Final words on integrated graphics

We have to admit that the world of computing is terribly wide and there is room for everything. There are pieces of all kinds, colors and shapes, adapters for any connection and, as we see here, all kinds of components. However, the most important thing is that, despite the fact that the integrated graphics seems like a component that no one would use, that is not the case.

As we have already reviewed, the integrated graphics are an important part of the equipment that we assemble every day. For old equipment, such as work computers or ultralight laptops, the integrated graphics are something key and that you have probably tried.

They offer you as much as they can with what little they have. Not in vain, they also give us some important advantages such as a lower price or a reduction in weight.

In the article we have listed a series of tasks that may cost these little ones more work. If you want to dedicate yourself to some of it or it is one of your hobbies, we do not recommend that you depend only on an Intel HD Graphics 620 or a Radeon Vega 8 . In general, we recommend buying a processor for how good it is (without looking at its integrated graphics) and a discrete chord.

Soon, Intel will release its next-generation Iris Plus integrated graphics .

These graphics will stand up to the AMD Radeon Vega , which took a lot of advantage, although they will continue to have a low profile. We hope to see integrated graphics with the ability to render a discrete model in the future, but that may be dreaming too much.

And you, have you lived using an Intel HD Graphics 620 or another integrated graphics? Do you think a laptop without discrete graphics is worth it? Share your ideas in the comment box.

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