![]() ![]() These quick performance tweaks are quickly reversible with a few clicks and have no permanent ill effects on your computer. I do this for a living, and see people bringing me computers all the time that won't boot and run slow because they followed bad advice on the internet to attempt to fix their problems. That kind of advice will only make things worse and will not fix your game being slow. Don't fall down the path of bad advice on the internet and disable and delete half your Windows files. There are a lot more advanced options out there, but most of it is not really necessary and will only add to your issues. I am only going to go over a few basic changes that nearly anyone can do. If not, continue on to some possible performance improvements. I go much more in depth in Part 2 of this article if you care to read it. Anything over that is just icing on the cake for you. My goal here is to get your closer to 25-30 FPS if we can. The more we can go over 30 FPS, the smoother and more fluent it becomes. This is what gives you low Frames per Second (or FPS).Ħ0 FPS is what you want to aim for, but I found that anything steadily over 25 FPS seems perfectly playable, albeit not very crisp or sharp looking. If your computer is not up to the task, it's going to run very slow because the CPU and GPU just can't process all of the data fast enough to make it appear smooth on your screen while you play.īecause of this, it is only able to process and show you only a few frames at a time, and then just skips all the rest in an attempt to catch up. This takes a lot of power to make happen. They work together to make all of this happen.Įven though cards are a 2D object (they're just cardboard), you need to realize that they are running in a complete 3D rendered virtual environment. The end result is you seeing a cool card flipping out of your hand onto the battlefield and a big creature animating out of it. It then sends this information to the GPU which processes it and draws it on the screen. Everything you see on the screen, such as your web sites, your text document or your YouTube video that you're watching is processed by the CPU then sent to the GPU to draw on the screen for you to see.Īs far as gaming is concerned, the CPU thinks about all the complex things Arena is doing, such as how the card is moving across the screen and what it's doing, such as making an animated effect, etc. The CPU thinks about all the stuff behind the scenes, then sends it to the GPU to show you what it's doing. This is what processes everything that you visually see on the screen. ![]() nVidia, AMD and Intel are the three names you most often associate with for GPU manufacturers.
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