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The Windows 10 Anniversary Update also gives developers the opportunity to use the latest graphics features in Windows, including DirectX Raytracing (DXR). DXR is a new feature of DirectX 11, which allows game developers to use raytracing to offload the computation to the GPU and improve the visual performance of their games.

The DirectX 11 tool comes with many additional security and performance updates, along with new features across all technologies, which can be accessed by apps using the DirectX APIs. In addition, the Microsoft DirectX End-User Runtime/DirectX 9 also provides updates to DirectX 11, which is the core Windows technology to drive high-speed multimedia and games on PCs.

A couple of minutes later, DXDiag comes up. You should now see DirectX 11 listed. If not, open DXDiag again. Windows does not uninstall all of the DirectX files when you install a new version. Sometimes, you have to do the uninstall manually.

It should be clear now that DirectX 11 is available for you. To see if a game or application uses the API, you can check the engine or developer comments for the game in the Windows registry. What you have to remember is that specific API functions are not always listed (for example, DXGDI has a small error reading some text in our registry entries). DirectX-related errors are located in the following key:

We used DXDiag to validate that DirectX 11 is in place on our system. Unfortunately, the settings only show the first version of DirectX that was installed on the system. We can get a list of all the APIs installed on the system from the registry, however. You need to boot into the boot menu and select the Windows 7 repair option from the boot menu. This brings up the System Configuration Utility. You can exit this utility by pressing CTRL+ALT+DEL.

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This is a means by which your API requests render target views. DirectX 10 introduced the RenderTargetView, which lets you get information about the render target itself (like its resolution). DirectX 11 enables the developer to request render targets, something that can’t be achieved using older DirectX APIs.

The DirectX 11 API is very object-oriented. It also requires a platform that supports OpenGL 4.1. The DirectX Registration Key 11 API is a superset of DirectX 9.3, and a lot of its data structures were renamed. It features a simpler shader model than the prior DirectX API. This means that the developer no longer needs to use the complex interface known as the Application Programming Interface in DirectX 9.3. This simplifies the whole API and allows the developer to focus more on developing the application and less on all the background plumbing.

The d3d11.h header is the interface between the Direct3D API and the DX11.1 header. It includes two additional headers. The d3d11.h header defines all of the Direct3D 11 APIs as well as headers for all of the source files necessary for DirectX 11. The d3d11.h also defines the D3D11 Device interface used by the actual DX11.1 Direct3D. The header also defines the D3D11.1 Device interface, which is the newest version of the Direct3D interface and supports the Direct3D 11 features outlined in the D3D11.1 Device (DXGI) section.

The dxgi.h header is used for both the DXGI interface and DX11 interface. The dxgi.h includes headers for all of the source files necessary for DirectX 11. The header also defines the D3D12 Interface which is a subset of the Direct3D 12 API.

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Creating a texture description for the sharing platform can be done in OpenCL with the appropriate flags set in the code below. If the extension is not supported, cl_khr_dx11_sharing will return CL_INVALID_KHR. The extension is available on all platforms supporting DX10.1 and later, and will also be required on systems supporting DirectX 12.

How does it work? Well, DirectX games are executed in the GPU’s graphics controller. Think of it like a freeway, with GPUs acting like the Hollywood bypass. They are there to be used by software as they travel along. If the user’s video card has more than one processor, it will be equipped with a set of cores that do nothing but execute the remaining instructions. As the user’s video card is making the plays on the video screen, these other cores make sure the software is operating as it should and that the hardware is functioning and responding as expected.

For most games, this is a waste of resources and performance. But for benchmarking and other software, that extra processing muscle is a welcome addition. AMD and Intel both understand this, because at some point they had to put that processor in their video cards. It’s what allows them to add more cores – however, they will generally tell you that a multi-core video card won’t have a dramatic effect on DirectX 11.

The fact is, your motherboard – whether it is integrated or discrete – has been built to take advantage of more than one core. That’s why they were built! Today’s top-end video cards also have more than one processor. Even if a DX11 game isn’t using the multithreading, there are usually one or two extra cores to be spent. It’s because of this that the DirectX 11 test in our above multithreaded rendering workload shows a large increase. As long as the game is using the multithreading, DirectX 11’s display lists send more than one instruction at a time to the CPU core. This new instruction stream ensures the CPU and the GPU are working hand-in-glove.

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• Windows 7, Vista, 2008
• DirectX 9.0c or DirectX 10 Feature Level 10_0
• 64-bit Only

• Efficient multithreaded rendering
• Dynamically shared and hardware-accelerated render targets
• Multi-sampler state
• Shader storage buffers
• Command encoder
• Variable rate shading
• Drawing geometry in multiple passes
• Shader model 5
• Compute shaders
• Generic vertex and pixel shaders
• Multi-viewport stereo
• Full support for adaptive sample count
• Textures and buffers
• In-game frame rate independent high dynamic range rendering
• Primary and secondary render targets
• Independent render targets
• Dxvk device
• Rasterizer bypassing the driver
• Dual source blits

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