DirectX 11 Download [Repack] + Activator key September 22
DirectX (DirectDraw) is a cross-platform API that has been developed to make games and other types of 3D applications easier to design and create.
DirectX 7 has been around since 1999, and it is commonly seen in games that use it. When DirectX 7 came out, the 64bit hardware was very new and many users were happy with it. Microsoft introduced DirectX 9 to its suite in 2003.
DirectX 9 was a massive update that provided more 3D geometry for games, which meant that a lot of older programs did not work with the new update. Developers in particular took issue with this, as it meant that previous graphics updates for Windows were lost.
Back then, many of us had developed 3D games in the Newtek and Parasoft software, but DirectX 9 let Microsoft to bundle it into its “Redistributable” packs, so you could not run software made for DirectX 7 unless you upgraded to DirectX 9. If you missed the train on DirectX 9, you couldn’t play Backyard Baseball or Baseball America anymore, unless you bought a supported or integrated DirectX 9 graphics card.
DirectX 9 lost its ground in the market because programs that supported DirectX 7 were working and DirectX 9 was only making the old programs that did not work go away. The features in DirectX 9 were either built-in or not available at all, or easy to reproduce.
In addition to being difficult to use, DirectX 9 created a huge problem for programmers. At the time, DirectX only supported polygons and had a single API for vertices, edges, and triangles.
DirectX 11 Nulled + with key [for Mac and Windows]
DirectX 11 is used in games. If youve played Far Cry 3 or Far Cry 4, youve probably used free download directx 11. Theyre well regarded for their use of the API and its performance, which is why these games are so popular. With that said, from this article, you could be forgiven for thinking that DirectX 11 isnt all that important in games. Its like when people talk about a “subtraction” in programming, where they say, “when theres not a subtractive process, it is not subtractive, right? Well, it depends on what you mean by subtraction.”. We know that theres no perfect API, so DirectX should not be looked at as an idol that we have to worship. Lets take the word “subtraction” from Microsofts API. A subtractive process in computer programming is where you basically take out the input, and its a given that the output will be the same. An additive process is where you add to the input (or subtract from the input). Then, the output changes based on the input, but nothing is subtracted from the output.
Thus, free download directx 11 is a subtractive process, meaning that it takes the input of what graphics card you are using, and then removes (or subtracts) the drawing of any effects. This information is forwarded to your graphics card through a few different registers. The end result is that your hardware draws everything, you just dont see it because it was already drawn. This is called “pipelining”, and it is what allows your GPU to process multiple instructions in parallel.
When GPUs started to get faster, they started to do this pipelining by kicking off work and waiting on it to finish, or “completion”. When multiple instructions were being processed in parallel, it was important to not conflict. This is why in general, when multiple pipelines are working, theres not a lot of time between instructions. This is called the “time-slot”. This is why you notice that some CPUs, such as the Xbox 360, run only a single core at a time. However, this came at the cost of latency – the CPU would wait, knowing that its time was going to come, but then the work wouldnt finish in time.
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The DirectX 11 API is a generational leap over DirectX 10. Many of the most used features in free download directx 11 are designed to unlock the most power out of GPU hardware. These features require hardware compatibility, and are not meant to be used with older GPUs.
Each renderer object has a DirectX Feature level property that specifies the feature level that the renderer will support. This feature level is then queried when rendering and if the GPU is capable of matching the renderer then feature levels available are checked. If none are present, the GPU is represented as not having the hardware required.
11.0: The first DirectX version that supports DX12 11.1: Version 12.0 DX11.1 is also called DX12 and it uses a subset of features 11.2: The first version of DirectX 12 that provides full functionality for DX12 12.0: At the end of September 2014, DirectX 12 was officially released and launched the DX12 API. It introduces the features in DirectX 11 that were removed by the DX12 API 11.3: DirectX 12 was officially released on 29 December 2014 12.0: Direct3D 12 was officially released on 28 March 2016 13.0: Direct3D 13 was announced at the Game Developers Conference 2016 13.1: Direct3D 13.1 was released on 18 June 2016
Simply put, all of this shift is to enable the ability to perform hardware-accelerated tessellation and other features that a GPU does not actually need for the graphics output, but would be used if they were available. Direct3D 12 and Direct3D 11 are now the same.
DirectX 11 Download Repack + Serial number
The introduction of DirectX 11 brought about a slew of new features and improvements that we’ve since incorporated into Hiero3. Here are just a few of the new DX11 features that we’ve added in the past year:
DirectX 11 is the next major revision to Microsoft’s DirectX library. With the release of the OpenGL based Render Target API in Windows Vista, Microsoft implemented the common free download directx 11 API for both legacy OpenGL and DirectX 10. This provided the compatibility needed to allow developers to port their existing software to the Windows Vista operating system. This resulted in the release of DirectX 10.1, which is essentially an update to DirectX 10 that adds some OpenGL-like features and is backwards compatible. This backwards compatibility allows developers to port or even rewrite their applications to DirectX 11, without having to worry about any loss of functionality.
Direct3D 11 is a major re-write of Direct3D 10, and provides DirectX developers with hardware-accelerated rendering. It is the common DirectX API used by all 3D APIs, and is backwards compatible. It goes beyond the features of the previously shipped product to incorporate certain features previously only supported by Direct3D 8, such as the ability to use D3DCompute Shaders which is the compute equivalent of the Pixel Shader in Direct3D 10.
In Windows 7, video game developers can use the new Direct3D 11 API to target the free download directx 11 hardware on the PC. To run a game using DirectX 11, you will need to install the DirectX Tool Kit package and then run a game and choose the program settings option in Windows to select free download directx 11 as the Direct3D version.
What is DirectX 11 good for?
Better shader rendering, especially for terrain
Faster video encoding in MPEG4, the latest and greatest from Xvid
Improved driver support for awesomely crappy old NVidia cards
There are reasons why DX11 is still around though. First off, DX11 was a true architectural advancement on DX10. DirectX 11 brought GPU features that not only allowed you to give the GPU even more tasks to do (multi-threading, occlusion queries etc), but also allowed developers to tinker with how they approached game development. DX11 also allowed for a more system independent API.
With DX11, developers could compile to the DX11 API without worrying about what and how much GPU the device had on board. This meant that DX11 was really only good for developers who could accept the fact that the implementations from the SDKs may not be perfect. If youre going to make a game with DX11, you need to be prepared for some development headaches. As previously mentioned, the SDKs for DX11 may not be perfect and you may need to be prepared to tweak things to work as per your specific hardware. For example, you may need to tweak the minimum texture size to work around the limitations of the SDK or hardware.
One major problem with DX11 is actually one of the things I think DX12 and Vulkan should have done. DX11 introduced GPGPU features, which were in themselves a good thing, but as the APIs progressed, the features available to GPGPU became less and less useful. In DX11 the biggest feature was DirectCompute which was not available to GPGPU users (Direct3D, Direct2D, DirectDraw, DirectSound weren’t available to CUDA/OpenCL-enabled developers). Whilst GPGPU features were gradually reduced (moving to compute shaders instead of DirectCompute), GPGPU features got re-implemented on the CPU (shaders and APIs like F16, METIS, XTensor). I believe this just made DX12 and Vulkan redundant, as DX12 and Vulkan can both target the CPU and GPU equally well, and can co-exist with DX11 programs. If DX12 and Vulkan had truly tried and were truly equal across all the platforms, that would have been the case.
DX11 also did let you target both the DX9 and DX10 APIs. But does that really matter? The reason DX10 is still around is because DX9 is still very much alive in the form of DirectX 9 Legacy.
DirectX 11 Review
While Metro 2033 and Bad Company 2 are the most visually interesting games released this year, there are other DirectX 11 titles you should check out. I personally think there is enough of a learning curve with DirectX 11 to make the jump into the Lighthouse3D and Unity3D worlds, and I didnt find much of a difference between how to program the titles in DirectX 9 vs. DirectX 11. There was almost no performance difference using the older API as well (though Bad Company 2 did seem to run more stuttery and laggy when you had your card set to the high end with the new API).
For good free download directx 11 coverage, you can check out a few other games we played for this review. Battlefield 3 is a must-have title for any DirectX 11 gamer, as its a AAA title that absolutely stomps the DirectX 9 API right out of the water. The only changes made to the DirectX 9 API are the obvious to graphics programmers: DirectX 10 has added a lot of shader effects and visuals, but the core API is identical to DirectX 9 with one big exception: it uses the new Texture View (also introduced in DirectX 10) to map texture data onto the GPU, and it supports texture streaming. This means that everything you can do with a Texture in DirectX 9, you can do with DirectX 10 too.
There are other good titles that use DX11 that Id like to mention, but they are more targeted at enterprise and scientific applications (where the power of the GPU makes a huge difference). Quake 4 is one of the best FPS titles in recent memory, and a prime example of why you need a DX11 capable card. There are some really cool new DirectCompute capabilities, especially if youre running the latest drivers. Borderlands was the first game to use the DirectCompute Shader, and its an interesting title. The engine was originally developed for Valve’s ambitious Half-Life 2, but it was licensed to Gearbox Software and redesigned in DirectX 9/10.
DirectX 11 New Version
If you have a 32-bit operating system, you can run DirectX 12 in a virtual machine (VMware, VirtualBox, etc.) or use a 32-bit card (Geforce GTX, Radeon, etc.)
If you have a 64-bit operating system, you can run DirectX 12 in a 64-bit virtual machine (VMware, VirtualBox, etc.) or in a 64-bit card (Geforce GTX, Radeon, etc.)
Note: DirectX 12 is only available on the Windows 10 Pro, Enterprise, and Education SKUs. If you’re on the Home SKU, you can install the 32-bit version of DirectX 12. If you’re on the Pro, Enterprise, or Education SKUs, you can install the 64-bit version of DirectX 12.
DirectX 11 has a new API that is exclusive to Windows 10. It brings some updated features including real-time ray tracing, improved tessellation, and new high dynamic range (HDR) image rendering, and many more. To use them, you need to install the Microsoft Graphics and DirectX core driver (version 11.0 or higher). This is not included in the Windows 10 driver tools. We will talk about it in the next section.
DirectX 12 is a new API published by Microsoft that has already been implemented in a few games: Mafia III, Dota 2, Unreal Tournament 4, and Shadow Warrior 2. This new version is available in the latest DirectX SDK and Tools.
You can download and install the latest version of DirectX 12 SDK and tools from Microsoft’s website. This SDK is the only way to get DirectX 12 on Windows 7 and Windows 8.1.
Microsoft has also made these improvements available through the new DXDiag tool. It is supposed to help developers and testers to validate their D3D12 code in Visual Studio. Another benefit is that it shows you the built-in device support for DirectX 12. You can explore and change your device preferences through it and use the legacy SDK if you really like. Here’s an example of the new DXDiag window.
Main benefits of DirectX 11
The main benefit of DirectX 11 over its predecessor is that up until this point it was only available on PC (excluding consoles) and was not backwards compatible. It had to be installed. It could be updated with the Windows Update method of software distribution. It was a big deal. It was a pain. But now it’s here on Windows Phone 8 as well, allowing for consistency in graphics capabilities. Direct2D will be supported on Windows 8, Windows RT, Windows Phone 8 and WindowsPhone 8.1. Commonly known as the Direct2D, it’s a set of low-level graphics system APIs for 2D graphics, and can be used with XNA (for game development) and Silverlight (for UI development) or Xbox Live Game DVR for capturing and streaming footage.
DirectX 11 is much more efficient at placing graphics in memory, and has a lot more drawcalls as a result. It took a lot of coding to optimize prior to the switch to free download directx 11, the amount of which is reflected in the likes of Scott McCloud’s The Logo Book. The most obvious change however is the move from file based graphics (or the perception thereof) to pixel based.
Microsoft DirectX 11 is specially optimized for the pre-release version of the game to provide a better and smoother experience. As you know, Lost Ark is a great game, with a unique atmosphere and an interesting plot. However, for the time being this game has the problem of an unbearable server queue. This happens to be more frequent in high-end servers because they can handle more players than low-end servers, and these are the ones who are usually playing on the latest hardware, which are many times the reason for high-end servers to have a huge queue. This bottleneck is broken by a huge 10% of performance increase over DirectX 9 with the same settings.
This is not a miracle and free download directx 11 is not a silver bullet to increase performance. As the Lost Ark team has already understood, sometimes its better to change the game and not the way you play.
DX11 opens up new possibilities for Lost Ark’s graphics engine, allowing the team to reuse the code from DirectX 10, and thus offer a high-quality game at reasonable performance. With DX11, the characters’ texture is smaller, but more detailed. In fact, Lost Ark has always been a very demanding game for its engine, and many texture compression tricks were previously needed to tame the amount of texture memory required. DX11 now removes the need to use this kind of code with a significant increase in quality.
DirectX 11 Description
DirectX 11 is very similar to DirectX 10. The main improvement is the fact that now Direct3D is still the main API and is exposing methods to do just one thing (the new D3D11_CREATE_DEVICE() was mentioned above). So DirectX 10 was a layer sitting on top of DirectX 9 API. Now it’s all Direct3D. Now we have a completely new D3D11 Core Library that you should use whenever possible. D3D11 features like Command Lists are new to DX11. They are the main building blocks for multithreaded programming in Direct3D. Most other new Direct3D 11 features are also presented as new objects or new capabilities exposed by methods.
The API is much smaller than the previous DirectX versions and features more methods. That’s not only because we are limited to 64KiB size of your C/C++ API, but also because we now only expose the minimal functionality.
DirectX 11 is a high level programming abstraction layer that ties DirectX 10 and Windows into a new, cross-platform API. As such, it includes the following changes:
I also have to say that it’s not compatible with DirectX SDK 9.0 (I really don’t know why they don’t recommend an alternative). DirectX 11 is completely new, so you have to learn a new API. It’s a good thing but it may be hard at first if you’re used to DirectX 10 and its own quirks.
First of all, my advice is to learn by using DirectX SDK. DirectX SDK is a complete set of tools and libraries for advanced DirectX programming. I think it’s a must for every programmer learning DirectX. I cannot say this enough. DirectX SDK is more than just a bunch of tools. It provides a huge library of helpful functions and helper classes that makes it much easier to code effects, shaders, and other cool stuff. Besides, it also supports DirectX 10, so if you already know the basics of DirectX 10 you can easily figure out how it works in DX11. You may choose between the two SDKs as you wish, but keep in mind that DX SDK is more extensive and powerful. DirectX SDK gives you a lot of functionality plus more and newer API features.
So, after free download directx 11 was out, there were two solutions – either use DX SDK, or use Direct3D 11 API directly. DX SDK was updated to DX SDK v10.0, while Direct3D API was updated to Direct3D 11 API. This means that now they are incompatible. An old tutorial is recommended for DX SDK, but it’s not so easy to learn the new API in just a few weeks. Believe it or not, there are no DX 11 tutorials online.
What is DirectX 11?
DirectX 11 is the most recent iteration of the DirectX API and introduced changes to improve performance, introduce a brand new API called DirectCompute which is designed to accelerate graphics processing units, and streamline Direct3D development. DirectX 11 is essentially a more modern API that makes easier to handle and manipulate 3D data.
The Direct3D 11 API is a vast improvement over Direct3D 9 or Direct3D 10 APIs and for example a Direct3D 11 app built with free download directx 11 will be able to render objects faster.
DirectX 11, formally known as Direct3D 11.0 is a new API that supports hardware that is capable of rendering graphics at 60 frames per second or higher.
Direct3D 11 also introduces effects such as bloom, depth of field, motion blur, etc…
Direct3D 11 supports 3D arrays, shader model 5.0 and Shader Model 4.0 in addition to previous shader models.
DirectX 12, officially known as Direct3D 12.0 is the new version of Direct3D and represents the brand new graphics API from Microsoft. DirectX 12 is designed for new hardware that can achieve high frame rates and advanced graphics features such as DirectX 11.
DirectX 12 supports 3D arrays, shader model 5.0 and Shader Model 4.0 in addition to previous shader models.
If you are using hardware that does not support DirectX 12 and the operating system, there might be an older driver available.
Windows 10 and Windows 8 automatically install a driver for you, and you should let it run through the updates routine to see if there are new drivers.
The good news is that older drivers are more compatible with your hardware and can often be found on file sharing websites. Usually, older drivers are patched to run on later versions of DirectX, but you will want to make sure that you pick a driver that was released prior to Windows 10.
DirectX 12 is only available on high end graphics cards, which usually means either NVIDIA or AMD. You will need a card that is capable of running the Open Source AMD/NVIDIA Mantle API. Mantle is an API that will allow Direct3D 12 to work on older hardware.
AMD’s Mantle API is currently supported on NVIDIA hardware. If you are running an NVIDIA card, you will want to make sure you get a card that uses the latest drivers.