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As you may already know, achieving the optimal PC setup for Dota 2 could be challenging 3-4 years ago, resulting in many players unable to enjoy the game. Back then, numerous methods to boost FPS in Dota 2 were available to make it more accessible. However, even with today's more capable PC configurations, issues persist due to the plethora of eye-catching item effects and skill animations occurring simultaneously, often causing FPS drops during gameplay.
In this article, let's explore the best practices to enhance FPS in Dota 2 with Mytour. Remember, you must meet its minimum standards to enjoy the game fully.
Understanding FPS: What's Ideal for Dota 2?
FPS stands for Frames Per Second, indicating the number of frames displayed in one second. Essentially, the more frames our eyes perceive in a second, the smoother the visuals. Higher FPS translates to smoother gameplay without stuttering or discomforting frame drops.
In the Dota 2 universe, achieving at least 60 FPS is essential for smooth gaming experience, a standard shared by many other game genres, including shooters. Of course, shooters often demand higher FPS for optimal performance, far exceeding the baseline of 60 FPS. Achieving 60 FPS in Dota 2 isn't challenging if you're familiar with the following in-game configurations' effects.
Enhancing FPS in Dota 2: A Guide
As you may be aware, Dota 2 offers a plethora of in-game settings. To enhance FPS in Dota 2, it's crucial to know which effects to enable or disable, especially if your computer struggles to maintain a steady 60 FPS.
Step 1: Upon entering Dota 2, direct your attention to the top-left corner, where you'll find the Settings icon. Click on it to begin configuring Dota 2 settings.
Step 2: In the Settings menu, navigate to the Video section. Here, you'll encounter three main divisions: Resolution, Options, and Rendering. These are the key areas to optimize to boost FPS in Dota 2.
Resolution Section:
Fundamentally, the Resolution section focuses on adjusting screen ratios and resolutions in Dota 2. Opting for advanced settings and tweaking them appropriately is advisable.
- Aspect Ratio
- Size: The game's resolution corresponds to your computer's maximum resolution. Mytour advises against setting it lower than your screen's maximum to boost Dota 2 FPS, as it would result in poor visuals.
Options Section:
In the Options section, there's only one adjustment, but if you want to boost Dota 2 FPS, you must pay attention to tweaking graphics based on Direct3D 9, 11, or Vulkan. Generally, dx11 surely looks better than dx9, but dx11's platform demands more resources than dx9.
- For Vulkan, this graphics platform developed by Valve offers significant improvements over dx9.
- For OpenGL, a familiar graphics platform, although not widely used in Dota 2 due to numerous issues.
-> If your computer has high specifications, Direct3D 11 is a good choice, or Vulkan is a decent option. Otherwise, Direct3D 9 remains the top priority.
Rendering Section:
The Rendering section encompasses the visual effects displayed in the game, determining whether you can increase Dota 2 FPS through these effects. Of course, if your computer is powerful enough, you need not pay much attention to this section. To boost Dota 2 FPS, we must choose Use Advanced Settings.
- Animate Portrait: This feature allows dynamic display of character avatars.
- Anti-Aliasing: Dota 2's anti-aliasing, which can be quite resource-intensive not only for Dota 2 but also for many other games.
- Additive Light Pass: Additional lighting effects in Dota 2.
- Specular: Specific feature effects in Dota 2 for individual objects.
- World Lighting: Setting lightning effects throughout the game.
- Specular and Light Blooms: Creating light, mist effects for game scenery (also quite heavy).
- Ambient Occlusion: Surrounding environment in the game.
- High-Quality Water: Displaying water graphics, including rivers and lakes in the game.
- Normal Maps: Graphics mode for all Maps in Dota 2.
- Atmospheric Fog / Caustics: Effects related to fog in Dota 2.
- Ground Parallax: Graphics of ground surfaces, grass in the game.
- High-Quality Dashboard: Stats panel, ratios with high-quality graphics.
- Ambient Creatures: Detailing creep graphics in the game.
- Ambient Cloth Simulation: Graphics simulating scenery, character images in the game.
- Vsync: Synchronizing images from VGA output to the screen to avoid tearing.
- Tree Wind: Wind effects on tree objects in the game.
- Grass: Detail of grass in the game.
- Texture Quality: Detail display quality of objects, scenes in Dota 2.
- Effects Quality: Quality of effects in the game (quite heavy during combat).
- Shadow Quality: Shadow casting quality in the game (Quite heavy in the game).
- Game Screen Render Quality: % display quality of graphics. This affects all effects, and for weak computers, setting it to 90-95% is okay.
- Maximum Frames per Second Allowed: Allows displaying maximum FPS. Whether high or low, you should set it to 120 FPS.
-> For this section, Mytour advises limiting items we note as heavy. For weak computers, remove them all and leave only Anime Portrait and Texture to Medium. Render Quality should also be set to 90-95%.
Displaying FPS in Dota 2
Instead of using external tools, we can display FPS directly in Dota 2 to determine whether our computer is achieving the standard 60 FPS. To do this, simply go to the Options section and select To Advanced Options.
Right here, focus on the Miscellaneous section and activate Display Network Information.
In-game Demo shows the displayed FPS as 113, fluctuating between 100 - 120 FPS.
However, during Combat and skill execution, you'll notice the difference as the frame rate drops to 66, fortunately not falling below 60 FPS.
Above is the guide to increasing FPS in Dota 2. Through the article on Mytour, you've learned how to boost FPS in Dota 2 and understand the game's effects, something not everyone pays attention to while playing Dota 2. To increase FPS in Dota 2, apart from adjusting settings in the game, we also need to do many other things like boosting computer speed using software tools or upgrading hardware components.
