Skip to main content

Intel officially supports the Vulkan 3D graphics API on newest integrated GPUs

Exclusive DOOM 1080p 60FPS Gameplay with Vulkan API on GeForce GTX
DirectX 12 is likely the best-known 3D graphics application programming interface (API) for Windows 10, and it’s used for today’s advanced PC games and virtual reality (VR) solutions. However, there’s a cross-platform option from Khronos, known as Vulkan, that provides similar functionality on a wide variety of systems including Windows 7 through 10, Tizen, Linux, and Android, with support for iOS and MacOS provided by third-party solutions like Molten GL.

Vulkan has been supported by Nvidia and AMD for a while, offering an alternative to DirectX 12 on Windows 10 machines for machines built around GPUs from those manufacturers. Now, Intel has joined the fray, adding in official Windows 10 for Vulkan on the integrated graphics included with its most recent CPUs, as CIO reports.

Specifically, Intel has enabled Vulkan support on its sixth-generation processors, known as Skylake, and its newest seventh-generation CPUs, known as Kaby Lake. The Apollo Lake series of low-end chips using Intel HD Graphics 505 GPUs are also supported. By integrating support into its integrated graphics, users of lower-end Windows 10 machines, including notebooks, can gain access to games and VR titles utilizing the Vulkan APIs.

The impact of Intel adding Vulkan support could be widespread. At the very least, it makes the open source low-level graphics API available on a far wider range of Windows 10 PCs than before, including the majority of new machines going forward.

In addition, porting titles from DirectX12 to Vulkan is less time-consuming than porting DirectX 12 games to OpenGL, which Vulkan supersedes. Because Vulkan runs faster and is more power-efficient on notebooks and smartphones, it could also provide more advanced gaming and VR capabilities to mobile devices.

All of this means that Vulkan is a more attractive target for game and VR developers. Intel’s official support for Vulkan just makes the platform even more compelling, something that users of less widespread systems like Linux and Steam Machines should appreciate.

Editors' Recommendations

Mark Coppock
Mark has been a geek since MS-DOS gave way to Windows and the PalmPilot was a thing. He’s translated his love for…
How to apply and clean off thermal paste
Thermal paste application on CPU.

If you're building a computer, you need thermal paste, or heat paste, to ensure that your computer's processor doesn't overheat. It's a gloopy, silvery material that you squirt between the processor and the cooler to fill in all the micro cavities in their surfaces, which enables a more efficient transfer of heat from the processor to the cooler. The best thermal pastes work so well they let your processor run harder and faster, at lower temperatures, making your PC quieter in turn.

You need to replace the thermal interface material every few years, too, so if you haven't opened up your PC in a while, it might be time to give it a spring cleaning. Keep reading to learn how to apply heat paste and how to clean it. Plus, we'll go over other aspects of its use, such as how often you need to reapply it and if there are any alternatives to using heat paste.

Read more
How to check how much RAM you have on Windows and Mac
RAM installed in slots.

You can only know if you have enough RAM, if you know how to check how much you have. Fortunately, doing so is super quick and easy and then you can decide whether you want to upgrade your memory -- here's how to choose new memory sticks -- or whether you have enough for what you need to do.

You certainly don't need to buy more or new RAM just for the sake of it, and if you have enough for what you need, more memory won't make much difference anyway.

Read more
The real reason so many laptops have moved to soldered RAM
The Intel 12th-gen Mainboard upgrade for the Framework Laptop.

The completely redesigned Dell XPS 14 and 16 came out this year as two of the most divisive laptops in recent memory. No, it wasn't just the capacitive touch buttons or invisible trackpad that caused an uproar -- it also moved to soldered RAM. This was a big change from the past, where the XPS 15 and 17 were both celebrated for their upgradability.

Of course, Dell isn't the first to make the transition. In fact, they're one of the last, which is what makes the decision so much tougher to swallow. Where soldered RAM was previously limited to just MacBooks and ultrabooks, it's now affecting most high-performance laptops for gaming as well. Even the fantastic ROG Zephyrus G14 moved to soldered memory this year.

Read more