DirectX 13 sparks a lot of research, questions, and expectations because its name sounds like 'the next big thing,' but today the reality of the Windows ecosystem revolves around DirectX 12 and, especially, DirectX 12 Ultimate. If you try to run current games like Marvel Rivals on a PC that still performs well but you get a DirectX 12 incompatibility warning, it's normal to wonder what the hardware requirements are and what you can do if your system claims to support DX12 but the game won't launch.
In this guide, you'll find the current state of DirectX 13, the practical hardware and system requirements that differentiate it from DirectX 12 and 12 Ultimate, how to verify your exact compatibility by diagnosing DirectX with dxdiag , what to do if your integrated GPU can't handle advanced features (like 12_2), and what the alternatives are (Vulkan, OpenGL) if you encounter a problem. Everything is explained in an accessible style, with key technical points presented directly so you can decide whether to upgrade, adjust, or change your approach.
DirectX 13 today: its current state and why it all revolves around DirectX 12
The most advanced version available on Windows is DirectX 12, with the evolution DirectX 12 Ultimate serving as the umbrella for next-generation features on PC and Xbox Series X|S. There has been no official announcement of DirectX 13 from Microsoft, and as of today, a confirmed public release is not in sight. Some websites speculate about its arrival in future versions of Windows, but there is no confirmation or release date.
It's important to understand that, unlike in the past, DirectX is no longer distributed as a separate installer for modern versions: it arrives via Windows Update, integrated into the system itself. This means that in Windows 10 and Windows 11, you have the DX12 branch corresponding to your system version, and for new features, you usually only need to know your version and update it.
What is DirectX and what APIs make up the ecosystem
DirectX is a set of APIs that act as a bridge between games and multimedia applications and your PC's hardware. Its goal is to extract the most efficient use of graphics acceleration, audio, and other resources, and its importance to Windows gaming has been paramount since the days of Windows 95.
- Direct3D: the heart for real-time 3D graphics, the most used API in video games.
- Direct Graphics: support for 2D and 3D in more classic contexts.
- DirectInput: keyboard, mouse, joystick and gaming peripherals input.
- DirectPlayNetwork communications for older games.
- DirectSound and DirectMusic: audio through waves and advanced music playback.
- Directshow: Audio and video playback with network transparency.
- DirectSetup: installation of DirectX components in previous stages.
- DirectComputeGPU computing for massive parallel workloads.
- DirectML: acceleration of AI tasks on compatible hardware.
- DirectX Raytracing (DXR): DX12 extension for real-time ray tracing.
Although DirectX is a Windows-specific component, there are Unix/Linux compatibility layers like Wine, and even long-standing commercial forks (such as Cedega) designed to run Windows games on other systems, with results depending on the game title and its API. If you need to switch to Linux, you can find instructions on how to install and configure Wine to improve compatibility.
How to check your DirectX version and the actual capabilities of your GPU
Before discussing requirements, it's a good idea to verify exactly what your computer supports. The tool you need is dxdiag , included with Windows, which provides three key pieces of information: DirectX version, GPU model, and Direct3D feature levels. For more details, consult the complete dxdiag command guide.
- Balance Win + R, writes dxDiag and accept to open the tool.
- In the System You will see the DirectX Version entry and the processor information.
- In the Screen Check the Chip Type (exact GPU model) and the Function levels.
The key to DirectX 12 Ultimate is that the Function Levels list shows 12_2 . If your GPU is at 12_1 or lower, you won't have access to the full capabilities of DX12 Ultimate , even if your system says it has DirectX 12. Additionally, dxdiag allows you to save all the information to share a detailed report in forums and with technical support, and if you need to see more data, you can learn how to view your PC components.
Updating DirectX and drivers: what depends on Windows and what depends on your GPU
In Windows 10 and Windows 11, the DirectX version is included with Windows Update . If you keep your system up to date, you don't need to download separate packages for DX12; Windows 11 offers graphics improvements that, in some cases, facilitate the display of new features. Where your involvement does matter is with the graphics drivers: you need recent drivers that are compatible with your GPU to enable features and fix incompatibilities.
- To Intel You can use the Intel Driver & Support Assistant tool for automatic driver detection and updates.
- To AMD It is advisable to go to the official drivers page, select the model and download the latest package.
An important note if you encounter older games that require DirectX 9 libraries (for example, the typical message that a d3dx9_xx.dll file is missing): in these cases, the problem is usually fixed by installing the June 2010 DX9 redistributable , as it includes those historical DLLs that do not come with DX12.
DirectX 12 Ultimate: what features it offers and why some iGPUs don't support it
DX12 Ultimate is not a separate version, but a unified set of new capabilities for PC and Xbox Series X|S. Its goal is to standardize four key graphics pillars adopted by today's high-end games.
- DirectX Raytracing (DXR): real-time ray tracing for more physically consistent lighting, reflections, and shadows.
- Variable Rate Shading (VRS): shading at different rates per region to optimize performance where detail is less noticeable.
- Mesh Shaders (part of the DX12U set): new programmable pipeline for geometry that allows for efficient management of millions of elements.
- Sample Feedback: sampler feedback for advanced texture streaming and techniques such as texture space shading.
Why do some DirectX 12 systems not support DX12 Ultimate? Because it requires hardware compatible with function level 12_2 , and many integrated graphics cards, especially those from previous generations, are limited to 12_1 . This is due to the evolution of graphics cards . Intel, starting with the 11th generation (Iris Xe), offers partial compatibility depending on the driver and system; AMD, with RDNA2 architectures (Radeon 6000 series) , fully supports DX12U; and NVIDIA's GeForce RTX supports DXR and the other core technologies.
Practical compatibility and requirements: system, GPU, and games
There are two levels you need to distinguish: the operating system level and the hardware level . For modern DX12 and DX12U capabilities, you need at least Windows 10 (preferably version 2004 or later for DX12U) or Windows 11, and updated drivers that expose these features.
- SystemWindows 10 or 11 updated via Windows Update. The major DX12 changes have been arriving with versions such as 1909, 2004, 20H1 and later, and Windows 11 added features like dynamic refresh and graphical improvements for WSL.
- GPU: appropriate function level support. For DX12U, 12_2 is ideal. If your device is marked 12_1, you will have DX12 but without access to all the artillery (Modern DXR, VRS, Mesh Shaders and Sampler Feedback as a set).
- GamesMany allow you to choose the API (DX11/DX12). Others require DX12 and, in specific cases, Minimum GPU type GTX 1060 or RX 580 for power and features.
This explains why a game may refuse to start even if your system says 'DirectX 12': either function level 12_2 is missing from the GPU, or the game itself imposes minimum performance requirements with specific discrete GPUs, leaving out modest integrated ones , or it looks for lightweight PC games as an alternative.
Real case: 'DirectX 12 not supported' error when trying to play Marvel Rivals
If you see a warning that DX12 is not supported and the recommendation to use 64-bit Windows 10 (v1909 or higher), up-to-date drivers and a minimum GPU like a GeForce GTX 1060 or Radeon RX 580 , but you are on Windows 11 with everything updated and your graphics card is an Intel UHD Graphics 730 , the confusion is understandable.
The UHD 730 is an integrated graphics solution that does support the DirectX 12 API . However, like many integrated graphics cards, it typically operates at function levels 12_1 and performs significantly worse than a GTX 1060 or an RX 580. Therefore, the game may consider that you don't meet the minimum requirements , even if your system has DX12 installed.
What you can do in this scenario: Update Windows from Settings, check drivers with Intel Driver & Support Assistant, and run dxdiag to see if function levels 12_2 are listed . If they aren't, there's no way to activate DX12 Ultimate and certain features; in that case, try disabling ray tracing , VRS, and any advanced options in the game if it's running, or launch the game in DX11 mode if the launcher allows it.
If the game absolutely requires DX12 with minimum GPU specifications, the alternative is to use a dedicated graphics card that meets those requirements, or to choose titles that support DX11. As a diagnostic measure, save the dxdiag report (Save all information) and share it on specialized forums to confirm bottlenecks.
DX12 versus DX11: when does one perform better than the other?
DX12 offers a low-level API that gives developers fine-grained control over resources, reduces CPU overhead, and leverages multiple cores. This typically translates to higher performance , more stable frame rates, and access to modern techniques like DXR and VRS, which were impossible in DX11.
Even so, there are cases where a game performs better with DX11 , usually due to specific optimizations for the title or because it's better balanced with certain CPUs/GPUs. That's why many games allow you to switch between DX11 and DX12: try both APIs if the game offers the option, and stick with the one that best suits your hardware.
Alternatives to DirectX: Vulkan and OpenGL
Besides DirectX, there are other widely used APIs: OpenGL , a veteran and cross-platform API, and Vulkan , a more modern API comparable to DX12 in low-level control and performance. On devices like the Steam Deck, Vulkan is the foundation of much of the graphics performance on Linux.
If a game allows you to choose a graphics backend, and you're having problems with DX12, trying Vulkan might be a solution (when both the engine and the game support it). In emulation or compatibility contexts (Wine/Proton), these alternative APIs are key for translating calls and achieving smooth execution of Windows games on other systems.
Frequently asked questions and practical points
- Is DirectX 12 exclusive to Windows 10/11? Yes, DX12 is tied to Windows 10 and later. Older systems like Windows 7/8/8.1 do not natively support DX12.
- Do I need special hardware for DX12/DX12U? You need a GPU and drivers that expose the appropriate feature levels. For DX12U, 12_2 is the goalAlthough older hardware may run basic DX12, performance improvements and features will vary greatly.
- Are there any benefits to older hardware? Sometimes, yes, because lower CPU overheadBut earnings depend on the game and platform. Don't expect miracles if your GPU is limited.
- Can I use DX12 on Xbox? Yes, DX12 is the reference graphics API in Xbox, which facilitates cross-development between PC and console.
- How do I install DX12? There is no modern independent installer: It arrives via Windows UpdateKeep Windows up to date. For older DX9 components, use the June 2010 package.
- How much does it cost? DirectX is part of the Windows SDK and the operating system, Without aditional costs for the user or separate licenses in normal uses.
Diagnostic advice, support, and best practices
When something won't start, begin with the basics: update Windows and drivers . Then, run dxdiag to check feature levels and versions, and save the report to share with technical support or specialized forums.
If you rely on third-party guides and tools, remember that not all external sites offer guarantees . Make sure to download drivers from official websites (Intel, AMD, NVIDIA) and verify the information with Microsoft documentation to avoid problems.
If you need community help, specialized forums and channels can be a great resource, especially when you share the dxdiag report and details of your CPU model, GPU, and exact Windows version. The more precise you are, the easier it is to pinpoint the problem.
The current situation is clear: DirectX 13 is unavailable, DirectX 12 and 12 Ultimate are the standard , and actual compatibility depends on GPU feature levels, Windows version, and drivers. If your system doesn't reach 12.2 or meet minimum gaming requirements, you'll need to adjust your expectations, explore DX11 modes, or consider a dedicated GPU . With proper testing and by keeping your system up to date, you'll avoid misleading errors and know exactly where you stand and what path to take.
