Intel and AMD Processors With Integrated DirectX 12 Graphics For Gaming
Welcome to our list of top Processors With Integrated DirectX 12 Graphics from Intel and AMD. In an integrated GPU or say graphics processing unit, there is simply no RAM of its own. The System memory (RAM) is utilized to allocate resources for such integrated GPUs. Around 5 percent or even less of total system memory is allocated for graphics processing by an integrated GPU. For example, if your system has 4GB of total ram, 256MB would be allocated for GPU. However, this ratio may very well vary according to task size and priority or if you are multitasking, or playing a game, etc.
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Also Read: Top External Graphics Cards from AMD and Nvidia with DirectX 12 Support
There are several advantages of an integrated GPU on a dedicated one. For instance, they are a whole lot cheaper compared to the dedicated graphics card. If you are holding a reasonable budget for your build, they can be an excellent choice. Besides price, they generated comparatively less heat and consumed much less power. Such GPUs are perfect for people that use the computer for non-graphic intensive activities such as playing 3D games at lower settings, editing and watching videos, etc. Unfortunately, they cannot handle heavy graphical workload or modern/heavy 3D games.
However, if you are already reading this post, I can bet that you have decided to buy a CPU chip with integrated GPU or graphic processing unit. So we have compiled a list of top GPUs and APUs from Intel and AMD that come with DirectX 12 support. So without any further delay, here we go directly on the list:
Processors With Integrated DirectX 12 Graphics
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AMD A6 7400K with Integrated Radeon R5 series graphics:
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AMD Radeon R5 graphics are an attractive pair of AMD A-series APUs. Their performance level is quite close or almost equal to HD 4400 and 5500 integrated graphics processors by Intel. Laptops or processors that come with graphics powered by AMD are cheaper compared to those powered by Intel GPUs.
Thus, they are quite popular among and ideal for budget buyers. If you are gamers, well, a budget gamer, then you should know that they can handle less demanding games like League of Legends, Minecraft, CS: GO at medium to low settings based on the system. It can also handle heavy games such as BF4 at low settings. Here are some specs:
| Price | Check Final price and availability on the Marketplace |
| Cores/Processor Count | Dual core processor with 2 CPU cores |
| Integrated Graphics | Radeon R5 series graphics with 756 MHz base frequency |
| Processor socket | Socket FM2+ |
| Clock Speed | 3. 5 GHz base clock speed
3.9 GHz boosted clock speed |
| Form Factor | AMD A6 7400K |
| Cache Memory | 1 MB level L2 cache
Divided in 2x 512KB partitions |
| Dimension | 4 x 4 x 1 inches |
| Weight | 1 pounds |
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AMD Sempron 3850 APU:
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As declared by AMD, their Radeon HD 8000 series integrated GPUs support DirectX 12. Since this APU comes with a Radeon HD 8280 integrated GPU with 450 MHz graphics frequency, it supports DirectX 12 as well. With a CPU frequency of 1.3 GHz, it is quite clear that it is not made for hardcore gaming.
However, it is ideal for personal and primary use including video editing and viewing, web surfing, etc. Moreover, there is always a space for overclocking. It possesses a 2MB level L2 cache for supporting and speeding up CPU workload a little bit. Following are some important specs.
| Price | Check Final price and availability on the Marketplace |
| Cores/Processor Count | Quad core processor with 4 CPU cores |
| Integrated Graphics | Radeon HD 8280 GPU with 450 MHz graphics frequency |
| Processor socket | Socket AM1 |
| Clock Speed | 1.3 GHz CPU base frequency |
| Form Factor | AMD Sempron 3850 |
| Cache Memory | 2 MB of L2 level cache |
| Dimension | 2.95 x 3 x 2.4 inches |
| Weight | 12. 3 ounces |
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AMD A8 5600K APU:
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For the price you are paying, it is a great enough product. If you are aiming to build a decent personal computer with the comparatively tough budget, this can always be a good choice. However, you definitely can’t use for a heavy game machine. Despite not running modern games at high fps, the thing is fast.
Still, it can run games at basic settings. The installation is pretty easy. The product includes thermal paste and fan as well. You will probably not require replacing stock fan unless you are a heavy user. There is room for overclocking and upgrade. Since it supports crossfire, you can add a GPU in future.
Here is a quick overview:
| Price | Check Final price and availability on the Marketplace |
| Cores/Processor Count | Quad Core processor with 4 core count |
| Integrated Graphics | AMD Radeon HD 7560D with 760 MHz base frequency |
| Processor socket | Socket FM2 |
| Clock Speed | 3.6 GHz base frequency
3.9 GHz boosted frequency |
| Form Factor | AMD A8 5600K |
| Cache Memory | 4 MB level L2 cache memory |
| Dimension | 12.5 x 5 x 7 inches |
| Weight | 11.7 ounces |
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AMD A10 7890K A-Series APU:
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The installation is going to be quite simple and easy even for a beginner. The processor comes with the wraith cooler that possesses a decent cooler and fan with good quality and size. On normal workload such as web browsing, heat sink stays so cool that you can even touch it. With light workload, temperature lies somewhere around 40C, and this is considered good enough.
It is a perfect choice for a person looking for all in one general purpose CPU. The integrated GPU is fast enough. You will require a board supporting DDR3 2400+ ram to take advantage of GPU at fullest. Here is a quick glance at specs:
| Price | Check Final price and availability on the Marketplace |
| Cores/Processor Count | Quad core with 4 CPU cores with eight graphics cores |
| Integrated Graphics | AMD Radeon R7 series integrated graphics |
| Processor socket | Socket FM2+ |
| Clock Speed | 4. 1 GHz Base frequency
4.3 GHz boosted frequency |
| Form Factor | AMD A10 7890K |
| Cache Memory | 4MB L2 level cache memory |
| Dimension | 4.84 x 5.11 x 5.08 inches |
| Weight | 1.5 pounds |
Here are our Top GPU Picks From Intel:
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Intel Core i3-6100T with Intel HD 530 Graphics:
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This integrated GPU comes integrated with the Skylake generation of CPUs by Intel, which consists of well-known i3, i5, and i7 processors. Just like the Intel HD Graphics 630, this one also offers 24 execution units or simply EUs supporting clocking up, up to 1150MHz.
When paired with i7, these graphics can match the performance of dedicated GeForce 920M.
That only means it can run all modern games at low to medium settings, based on their resource demand. It is H.265/HEVC compatible. They support 3840 x 2160 display resolution and deliver up to 60Hz refresh rate for the same. Here are some important specs:
| Price | Check Final price and availability on the Marketplace |
| Cores/Processor Count | Dual core processor with 2 CPU cores and 4 threads |
| Integrated Graphics | Intel HD Graphics 530 with 350M |
| Processor socket | LGA1151 socket |
| Clock Speed | 3.2 GHz if base clock speed with room for overclocking |
| Form Factor | Intel Core i3 6100-T, 7th Gen |
| Cache Memory | 3 MB smart cache |
| Dimension | 3. 9 x 3.7 x 2.3 inches |
| Weight | 7.8 ounces |
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Intel 7th Gen Intel Core i7-7700K with HD 630 Graphics:
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It offers 24 EUs (Execution Units), and the clock speed is based on the CPU model it is integrated with. It accesses the main memory due to lack of dedicated memory or e-DRAM cache. Note that performance level of this integrated GPU mostly depends on TDP, L3 cache, memory type and the clock rate of various CPU models.
Intel HD Graphics 630 mainly comes with key-lake generation processors. With the latest firmware, it supports main-10 H.265/HEVC profile with 10-bit color depth. Besides that, the hardware supports VP9 codec.
Thanks to the HDCP 2.2 support, Netflix 4K video streaming is made possible. Here is a quick look:
| Price | Check Final price and availability on the Marketplace |
| Cores/Processor Count | Quad core processor with 8 threads |
| Integrated Graphics | Intel HD 630 integrated graphics with 350 MHz base frequency and 1.15 GHz max dynamic frequency |
| Processor socket | LGA1151 socket |
| Clock Speed | 4.2 GHz core clock and 4.5 GHz max turbo speed |
| Form Factor | Intel Core i7 7700K 7th gen |
| Cache Memory | 8 MB of smart cache |
| Dimension | 5 x 9.52 x 4.88 inches |
| Weight | 3.04 ounces |
Conclusion:
Our list is by no standards an exhaustive one.
However, these are just meant to be indicative to give you an idea of which desktop Processor range comes with an integrated graphics chip.
If you have any comments or suggestions on our post about processors with Integrated DirectX 12 Graphics, do let us know. Drop us a comment below in the comment section.
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Demystifying DirectX 12 support in Windows 10: What AMD, Intel, and Nvidia do and don’t deliver
- By Joel Hruska on July 30, 2015 at 9:19 am
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Now that Windows 10 is finally shipping, the question of DirectX compatibility is going to move from a marketing bullet point to a tangible issue for users.
For more than a year, AMD and Nvidia have been advertising that various older GPU families would support DirectX 12 at launch. Recently, however, there’s been some confusion over what level of support Intel, AMD, and Nvidia will offer for the new API and which products will run the upcoming games that rely on it. The current confusion seems to have been caused by comments from AMD’s Robert Hallock, who acknowledged that the various AMD GCN-class GPUs support different feature levels of DirectX 12. This has been spun into allegations that AMD doesn’t support “full” DirectX 12. In reality, Intel, Nvidia, and AMD all support DirectX 12 at various feature levels, and no GPU on the market today supports every single optional DirectX 12 capability.
DirectX feature levels and point updates are not the same thing
The first thing to understand is that DirectX feature levels aren’t the same thing as DirectX point updates. A point update (DirectX 10.1, DirectX 11.1 / 11.2) is an additional set of standardized capabilities that allow developers to perform certain tasks more efficiently or offer specific capabilities.
DirectX 10.1, for example, implemented new standards for visual quality, new shader instructions, and support for cube map arrays. It wasn’t a significant enough update to define an entirely new version of DirectX around it, but it was a large enough step to warrant its own extension.
A DirectX feature level, in contrast, defines the level of support a GPU gives while still supporting the underlying specification. This capability was first introduced in DirectX 11. Microsoft defines a feature level as “a well defined set of GPU functionality. For instance, the 9_1 feature level implements the functionality that was implemented in Microsoft Direct3D 9, which exposes the capabilities of shader models ps_2_x and vs_2_x, while the 11_0 feature level implements the functionality that was implemented in Direct3D 11.”
The chart below is a partial example of DirectX 11 feature levels, just to illustrate the point:
The purpose of the feature level function is to allow developers to target a single API rather than developing separate code bases in parallel to ensure that a game can run smoothly on multiple generations of GPU hardware rather than writing separate code for DX12, DX11, DX10, and so on.
A DirectX 11 GPU with feature level 9_3 couldn’t magically perform DirectX 11 effects, but it could run games in DirectX 9 mode without the developer needing to write an entirely separate engine implementation to allow for it. That’s how games like Civilization V were able to run in either DX11 or DX9 modes from a common code base.
AMD, Intel, and Nvidia: Who supports what?
One of the problems with identifying which GPUs support which features is the confusion between DirectX API support and feature level support. This support page from Nvidia, for example, details how Fermi and Kepler GPUs can support DirectX 11.1 at feature level 11_0. The reason Kepler and Fermi don’t support DirectX 11.1 at feature level 11_1 is because two of the capabilities required for 11_1 aren’t available on the GPU. Nvidia goes to some pains to point out that the 11.1 DirectX update actually adds support for some capabilities Fermi introduced in 2010.
The following Microsoft slide details exactly which DirectX 12 feature levels are supported by which hardware iterations:
It’s not clear why Microsoft lists Kepler as supporting DirectX 11_1 while Nvidia shows it as limited to DirectX 11_0 below, but either way, the point is made: DirectX 12 support is nuanced and varies between various card families from every manufacturer.
AMD’s GCN 1.0 chips include Cape Verde, Pitcairn, and Tahiti and support feature level 11_1, whereas Bonaire, Hawaii, Tonga, (possibly Oland) and Fiji will all support feature level 12_0. Nvidia’s various 4xx, 5xx, 6xx, and 7xx families will all support DirectX 12 at the 11_0 or 11_1 feature level, with the GTX 750 Ti offering FL 12_0 support. Note that Oland is an odd sort of hybrid chip — it may have DirectX 12_0 feature support, but it lacks features like TrueAudio and possibly XDMA support.
The issue has been further confused by claims that Maxwell is the only GPU on the market to support “full” DirectX 12. While it’s true that Maxwell is the only GPU that supports DirectX 12_1, AMD is the only company offering full Tier 3 resource binding and asynchronous shaders for simultaneous graphics and compute. That doesn’t mean AMD or Nvidia is lying — it means that certain features and capabilities of various cards are imperfectly captured by feature levels and that calling one GPU or another “full” DX12 misses this distinction.
Intel, for example, offers ROV at the 11_1 feature level — something neither AMD nor Nvidia can match.
Why DirectX 12 looks the way it does
One common concern from gamers is that if their cards only support DirectX 12 11_1 or 12_0, they’ll miss out on what DirectX 12 has to offer. It’s important to remember that the multi-threading and multi-GPU capabilities of DirectX 12 that we’ve seen previewed to-date (and demonstrated via Mantle) are still completely available to every feature level. Kepler and older GCN GPUs will absolutely benefit from the new capabilities DirectX 12 delivers. With that said, there are some specific capabilities baked into DirectX 12_0 and 12_1 that gamers with older cards won’t have access to — but as the charts above show, this isn’t a problem unique to AMD, Nvidia, or Intel. No current Intel IGP supports DirectX 12_0, while only Nvidia’s Maxwell hardware supports 12_0 or 12_1.
This recent slide from the GTX 980 Ti launch implies Kepler is limited to feature level 11_0, not 11_1.
To understand why Microsoft built DirectX 12 the way it did, consider the alternative. Prior to DirectX 11, every new DirectX version was tied to new hardware requirements. From time to time, AMD or Nvidia might implement a specific feature in hardware before it became part of a future DirectX standard, but graphics cards were fixed to the DirectX APIs they supported at launch. Without the flexibility afforded by feature levels, the only gamers who could take advantage of DX12 would be those who purchased either a GCN 1.1, 1.2, or Maxwell GPU. Everyone else, including the millions of people with slightly older cards, would’ve been left out in the cold.
Adding feature levels and implementing them as part of DX12 means that millions of people will see significant benefits from adopting the new API in the here and now. No, older GPUs may not support every single DX12 feature, but no one is going to end up having to choose between a game that looks great in DX11 or a half-assed DX12 version due to graphics card implementation issues.
When AMD, Nvidia, and Intel talk about supporting DirectX 12 on older hardware, they’re talking about the features that matter most — lower-overhead APIs, better CPU utilization, and multi-GPU functionality. The actual feature levels that define 12_1 as being different from 11_0 are interesting and useful in certain scenarios, but they aren’t the capabilities that will truly shape how gamers experience gaming with the API.
Just as there are very few games that require DirectX 11.2 or 11.1 (offhand, I can’t think of any), there are going to be very few DirectX 12 titles that mandate DirectX 12 FL 12_0 or 12_1. I’m not saying such games will never happen, but that’s going to be years from now, long after current GPUs have been replaced by modern hardware. If you own a GCN 1.0, Fermi, or Kepler card, you’re going to get the DirectX 12 features that matter most. That’s why Microsoft created feature levels that older GPUs could use — if Fermi, Kepler, and older GCN 1.0 cards couldn’t benefit from the core advantages of DirectX 12, Microsoft wouldn’t have qualified them to use it in the first place.
The API was purposefully designed to allow for backwards compatibility in order to ensure developers would be willing to target it.
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Overview Intel HD Graphics 630
The Intel HD 630 is an integrated chip found in high performance Intel Core processors of the Kaby Lake generation (Core i7, Core i5 and most Core i3). The rest of the 7th generation Core i processors use the Intel HD 610 and 620.
Specifications
The specifications of the Intel HD 630 are very good for an integrated graphics core.
The maximum frequency of the graphics chip is 1150MHz (most HD 630 work on it), the minimum is 950MHz (on mobile Core i3 7100H). The video adapter contains 24 universal processors, which is quite a lot for an integrated solution.
Memory
As expected from an integrated video card, the HD 630 does not come with its own video memory. Instead, the chip uses the computer’s available RAM. The amount of memory depends on the amount of installed RAM and UEFI BIOS settings, the speed of work depends on the frequency of the RAM. And since Kaby Lake processors work with DDR 4 memory, you should not worry about the speed of the integrated graphics core.
Unlike most other integrated video adapters, the HD 630’s bus width is 128 bits, which can be seen on fairly good discrete video cards.
In terms of API, the video card is ahead of the rest, it has full support for DirectX 12, OpenGL 4.4, OpenCL 2.0 and Intel Quick Sync. In theory, the chip is quite capable of handling any modern computer game or complex video editing, although in practice this is not entirely true.
What is the Intel HD 630 suitable for?
Usually integrated solutions are used exclusively for office tasks, and here the HD 630 has no problems, which is not surprising factors. With it, you can watch videos or movies in any modern resolution. Whether it’s HD, FullHD, QuadHD or even 4K — nothing can make the video chip slow down.
Fans of watching movies in 3D will also be pleased, the HD 630 has everything you need to play this video format. You just have to connect a suitable monitor or TV that supports 3D.
Performance in games
Things are a bit more complicated with games. Any old games will run at maximum or close to maximum graphics settings, which is not bad for a video card built into the processor.
Things are a little worse with modern projects. Formally, the HD 630 is capable of running any game, no matter how demanding it may be. But in reality, everything will rest on the performance of the chip, and which games will run with an acceptable frame rate depends on the requirements and manufacturability of the game itself.
Some Civilization 6 will work very well, because it is not too demanding on the resources of the video card, and the turn-based gameplay will allow you to enjoy even with insufficient performance. The same Battlefield 1 will be able to run, but you will get a natural slide show, which is simply not acceptable for a multiplayer game.
Overclocking
If you have a budget motherboard — you can not even hope for overclocking, it is blocked. But for owners of motherboards with an X chipset, the good news is that in the BIOS there is an opportunity to choose a coefficient and from the standard 1150 it chases up to 1400 and higher. Thus, an increase of 10-20% can be achieved. Another way you can somehow increase the performance of the HD 630 is to increase the frequency of the RAM, we analyzed the results of such overclocking in our review of the Intel HD Graphics 610.
In terms of installation and work with graphics, the Intel HD 630 was able to achieve quite good results. Not exactly weak performance, as well as support for OpenCL 2.0 and Quick Sync will allow you to work in almost any professional software.
Drivers
For modern integrated video cards, Intel made very good drivers. Although in some moments they leave much to be desired.
Windows
Installing the driver on Windows is very simple, just visit the official Intel website, download the installation package and install the program on your computer, nothing else is required from you. It is also very easy to update, it can be done through the properties of the driver or simply install the new version after downloading it from the Intel website.
Linux
Linux has two drivers, free and proprietary (from the manufacturer). You do not need to do anything to install the free driver, it is used by default in any Linux distribution (without it, you will not see anything but a text terminal).
The manufacturer’s software is rather confusing. Not all Linux distributions are supported. If your distribution is supported, you can try to install the driver, otherwise it is better not to do this.
Comparison with competitors
AMD VEGA 3 VS Intel HD 630
Comparison Intel UHD 630 (I3 8100) and AMD VEGA (Ryzen 3 2200G, Ryzen 5 2400G)
Comparison with discrete video adapters
video cards can surprise, because the HD 630 proved to be very cool.
Any plugs like nVidia GT 710 cannot oppose this chip absolutely nothing, they literally lose in everything. The HD 630 is on par with nVidia graphics cards.
Intel disables DirectX 12 API loading on Haswell processors
Fourth-generation Intel Core processors, codenamed Haswell, are subject to new security vulnerabilities. According to the company, there is a vulnerability inside the graphics controller of Haswell 4th generation processors after loading the DirectX 12 API. To address this issue, Intel has found that disabling this API results in a fix. Starting with Intel graphics driver 15.40.44.5107, applications that work exclusively with the DirectX 12 API no longer work with the following Intel graphics controllers: Intel Iris Pro Graphics 5200/5100, HD Graphics 5000/4600/4400/4200, and Intel Pentium and Celeron with Intel HD Graphics based on 4th Gen Intel Core.
A potential security vulnerability in Intel Graphics could allow privilege escalation of 4th generation Intel Core processors.
Intel has released a software update to mitigate this potential vulnerability. To reduce the vulnerability, DirectX 12 features have been deprecated. If a user with a Haswell processor has a specific need to run a DirectX 12 application, they can downgrade their graphics driver to version 15.40.42.5063 or earlier.
Author — Bulat. Posted: 05 November 2021 17:52. Product — Intel Haswell
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