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DirectX is a collection of APIs, or application programming interfaces, used by software to render multimedia content and communicate with graphical hardware. DirectX’s major component API, Direct3D, handles communications between software and graphics hardware. Because all hardware is different, using a standardized library of functions and calls to communicate with your graphics card speeds up game development. This is called hardware abstraction, and it’s the chief job of the API.
Think about cars: If you can drive one car, you can pretty much drive all of them. The gas and brake pedals are in the same place, and the steering wheel rotates in the same direction and doors open outward. There might be some minor differences in non-critical features like the radio, but overall you know what to expect. DirectX and Direct3D are like that, allowing developers to interface with a wide range of hardware using the same tools. And since most game developers use Direct3D’s standard library, any changes to the API can impact gamers and coders alike.What’s New in DirectX 12?
Every major update to DirectX and Direct3D brings new features and developments. Direct3D 12, however, brought some especially significant changes. In fact, it could be ushering in a new area of low-level graphics APIs that will change the way games are developed.Lower-level hardware abstraction
DirectX 12 now lets developers get closer to the “metal” of their users’ graphics hardware, providing access to features previously unavailable for developers. Exposing lower level hardware means that skilled developers can write more efficient code that executes faster. Specifically, developers can improve optimization with faster multi-threaded performance and more efficient CPU utilization. This could potentially allow for low-level optimizations similar to those we see in console gaming where games are tuned for extremely specific mid-range hardware, eeking out performance that would be impossible without such hyper-specific optimizations.
Previously, DirectX 11 only offered a fairly high level of hardware abstraction, which vastly simplifies the process of coding. In fact, that’s the whole idea behind what makes hardware APIs so powerful. But it also meant that opportunities for fine-tuning code against specific hardware features were less frequent. Microsoft’s Developer Blog provides some great insights into how, exactly, DirectX 12 accomplishes this.Improved Multicore Performance Draw Call Overhead Reduction
Under DirectX 11 a significant portion of the CPU’s power is spent interpreting API instructions rather than executing game code. DirectX 12 reduces the API overhead, freeing up computation resources for running game code. This means that CPU-limited games could see greater performance, as their CPU power is freed up to handle game code. Most games aren’t CPU-limited today, but its possible that newer games will push this envelope further.Explicit Multiadapter
DirectX 12 has the power to combine multiple GPUs (AKA “display adapters”) into a single logical unit. This feature, called Explicit Multiadapter, allows multiple GPUs to be instructed by software like a single GPU. For example, with DirectX 12 the integrated GPU on your machine can now tag team with your discrete GPU, lending its own processing power. Greater API support can also mean greater reliability and efficiency in multi-GPU SLI/CrossFire setups. In Microsoft’s testing using integrated graphics in tandem with discrete graphics provided a small but noticeable edge in benchmarks.How Much Does DirectX 12 Matter for Gamers?
Like a lot of incremental improvements, gamers aren’t going to see night-and-day differences between DirectX 11 and DirectX 12. The new features don’t bring new rendering options that wow users. Nor will you see a 100 FPS jump between the two standards. But these gains in efficiency will eventually lead to greater performance on less powerful hardware, improving your PC’s power without upgrading its hardware.
Alexander Fox is a tech and science writer based in Philadelphia, PA with one cat, three Macs and more USB cables than he could ever use.
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How to Fix DirectX Errors on Windows 11 [Repair Guide] Keeping your OS updated is good prevention against DirectX errors
DirectX is a library of APIs essential for Windows computers to display video, audio, and video games.
However, as essential as it may be, DirectX may fail from time to time for various reasons.
Using PC health check tools is a great way to avoid DirectX problems on Windows 11.
This guide shows multiple ways to troubleshoot and repair DirectX problems in Windows 11.
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DirectX is arguably one of the essential software libraries for Windows 11. It’s a series of application programming interfaces or APIs that handles tasks for different media types on Windows computers.
This tech boosts the performance of both audio-video hardware and its components.
It can significantly improve the experience of video playback and gaming by getting the most out of graphical fidelity and sound quality. As a result, DirectX is vital for media production, visual design, and more professionals.
There are many different kinds of APIs in DirectX, all of which are catered to do specific things. Direct3D, in particular, is one of the most important and popular of all the DirectX APIs. It’s used a lot in game development for Windows and Xbox consoles.What causes a DirectX error?
By and large, DirectX is updated automatically, so there are rarely any issues, but sometimes there’s that odd moment where you’ll encounter an error. Sometimes your drivers aren’t up to date, or there’s a glitch, or something got corrupted along the way.
There is a myriad of reasons why DirectX won’t work for you. Here are a few of the most common ones:
Antivirus or PC boosters – They may often prevent your game from starting correctly, resulting in the DirectX error.
Corrupted game files – Your game files can be damaged, or essential files might have been destroyed. You may either attempt to fix the game or uninstall it and install a new copy.
Unexpected bugs – This error may occasionally appear in games or on your computer due to a random bug. In such cases, restart your computer and attempt to launch the game once more.
Errors associated with DirectX come in different forms; a few include:
DirectX encountered an unrecoverable error in windows 11
DirectX error in Warzone
The DirectX internal system error in windows 11
DirectX runtime error in windows 11
DirectX not installing in Windows 11How do I enable DirectX on Windows 11? How do I fix DirectX errors on Windows 11? 1. Checking the DirectX version 2. Download the latest version of DirectX
You can rely on the next method that will most probably fix the DirectX error on Windows 11 by getting the latest version of the program.
3. A small window will appear asking if you want to make changes. Select Yes.
6. At this point, DirectX 12 will begin downloading and installing.
8. Go back to the DirectX Diagnostic Tool and double the version for good measure.3. Using Device Manager
If that does not work, we recommend trying Outbyte Driver Updater, which will scan your PC for missing or outdated drivers and prompt you to update them.
Upgrading to DirectX 12 will solve the Runtime issue plaguing Valorant players.6. Disable third-party apps and startup services 7. Run command prompt 8. Perform a system restore
Be aware that restoring the system should be a last resort. This process will erase everything created or added after that restore point.How to reinstall DirectX Windows 11?
To reinstall DirectX in Windows 11, you only have to follow the steps in Solution 2: Download the latest version of DirectX.
Once you are done with these steps, you should have it reinstalled.
Remember, it’s essential to ensure your windows 11 stays healthy, free of any corrupted files or malware slowing everything down. Because of this, it’s recommended that you download PC Health Check to test your system and ensure it stays healthy.
Also, you should update to Windows 11 DX12 for the next experience using the tech.
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Some PC gamers are reporting when they try to launch a game or while gaming on their Windows 11 or Windows 10 PC, the game crashes and throws the DirectX function GetDeviceRemovedReason failed with DXGI error message prompt. If you are experiencing a similar issue, then you have most certainly arrived at the right place! In this post, we provide the most suitable solutions to successfully fix this error.
When you encounter this issue, you’ll receive the full error message along the following similar lines;
DirectX function “GetDeviceRemovedReason” failed with DXGl_ERROR_DEVlCE_HUNG. GPU: ‘NVIDIA GeForce GTX 1650’. Driver 43648. This error is usually caused by the graphics driver crashing: try installing the latest drivers.
The error indicates the graphics driver crashed on your system. Unfortunately, as reported by most affected PC gamers, restarting the game doesn’t always solve the problem.What is a DXGI error?
A DXGI error is associated with your graphics card and occurs when your graphics card stops working properly or loses connection with your computer. There are many reasons for DXGI error, like overclocking of GPU, GPU overheating, corrupted GPU driver, etc. Some users found that faulty RAM can also cause this error.DirectX function GetDeviceRemovedReason failed with DXGI error
If the DirectX function GetDeviceRemovedReason failed with DXGI error has occurred on your Windows 11/10 gaming device, you can try our recommended solutions below in no particular order and see if that helps to resolve the issue.
Restart display driver
Run DirectX Diagnostic Tool (DxDiag)
Install DirectX from within the Game’s root folder
Update graphics driver
Clean install NVIDIA graphics driver
Modify GstRender settings
Disable Variable Refresh Rate and Hardware-accelerated GPU Scheduling
Troubleshoot in Clean Boot state
Uninstall and Reinstall the game
Let’s take a look at the description of the process involved concerning each of the listed solutions.
Before you try the solutions below, check for updates and install any available bits on your Windows 11/10 device and see if the error reappears when you attempt installing the printer. On the other hand, if the error started after a recent Windows update, you can perform System Restore or uninstall the update – but if you prefer not to do neither, you can then go ahead with the solutions below.1] Restart display driver
You can begin troubleshooting to fix the DirectX function GetDeviceRemovedReason failed with DXGI error that occurred on your Windows 11/10 gaming device by simply restarting the display driver.
If this action wasn’t helpful, you can restart your PC and see if that helps. If not, you can try the next solution.2] Run DirectX Diagnostic Tool (DxDiag)
If you’re having problems getting a game or movie to play properly on your Windows 11/10 device, the DirectX Diagnostic Tool can help you pinpoint the likely culprits.
This solution requires you to troubleshoot the DirectX error using DirectX Diagnostic Tool (DxDiag).3] Install DirectX from within the Game’s root folder
Most game works best when their own libraries are installed. So, to determine if this is the case here, you can Install the DirectX version from within the Game’s root folder and see if the issue in hand will be resolved.
Do the following:
Locate and explore the game’s installation folder.
In the game root folder, locate and open the directx folder.
In the open folder, locate and open the folder named redlist.
Follow the on-screen instructions to install DirectX.
Restart PC once done.
On boot, check if the issue is resolved. Otherwise, see if installing the latest version of Visual C++ redistributable package and the latest version of DirectX from Microsoft helps or try the next solution.4] Update the graphics driver
This solution requires you to update the graphics driver on your system and see if that helps. You can manually update drivers via Device Manager if you have already downloaded the .inf or .sys file for the driver, or update the driver via Command Prompt. You can as well get the driver updates on the Optional Updates section under Windows Update or you may also download the latest version of the driver from the manufacturer’s website or automatically update your drivers using any of the free Driver Update Software for Windows 11/10 PC.
However, if the latest drivers are installed, you can roll back the driver or download and install an earlier version of the driver.
If both updating and/or rolling back the driver didn’t work, you can uninstall the graphics driver, and then restart your PC – on boot, Windows will scan for hardware changes and automatically reinstall the generic driver for the display/video device which in some cases is sufficient enough for the graphics to function without issues.5] Clean install NVIDIA graphics driver
To clean install the NVIDIA graphics driver on your Windows 11/10 computer, you first need to uninstall the graphics driver via Device Manager or alternatively use the Display Driver Uninstaller tool. Once done, you can then proceed with the clean install of the NVIDIA graphics driver as follows:
Open the download page for NVIDIA drivers.
Enter the required information including the NVIDIA driver and operating system in the boxes.
Scroll down the list until you find the required driver.
Open the downloaded driver on your computer and follow the on-screen instructions to install.
Once you reach the Installation options screen, select the Custom (Advanced) option.
Check the option to Perform a clean installation.
Once the driver installation completes, check to see if the error still appears. If so, try the next solution.6] Modify GstRender settings
Do the following:
Press Windows key + E to open File Explorer.
Navigate to Documents.
Explore your game folder.
Next, open the Settings folder.
Now, open the PROFSAVE_profile file with Notepad or any other Text Editor.
Locate the GstRender.Dx12Enabled command and change the value from 0 (zero) to 1.
Save the file.
Restart your game.
If this change causes additional issues, go back to PROFSAVE_profile and change the GstRender.Dx12Enabled command back to zero.7] Disable Variable Refresh Rate and Hardware-accelerated GPU Scheduling
This solution requires you to disable Variable Refresh Rate for games and also disable Hardware-accelerated GPU Scheduling on your Windows 11/10 gaming PC.
Try the next solution if the issue persists.8] Disable overclocking
This solution requires you to stop overclocking your CPU. So, if you have overclocked your PC, you can simply reverse the change depending on the overclocking software in use. Generally, launch the software and look for the option to stop the overclocking. Once done, restart your computer and see if the issue is resolved. Otherwise, proceed with the next solution.9] Troubleshoot in Clean Boot state
Background programs can sometimes interfere with the games you’re playing causing them to crash and consequently throw errors. So, be sure to close all the background programs that you don’t need while gaming – do that prior to launching your game. Likewise, unnecessary system and cache files, processes, services present or running on your computer can trigger this error. In this case, you can troubleshoot in Clean Boot State and see if the issue at hand is resolved. Otherwise, try the next solution.10] Uninstall and Reinstall the game
If nothing has worked so far for you, you can uninstall the game (preferably, use third-party software uninstaller), clear the game AppData folder contents, reboot the PC, and then download and reinstall the latest version of the game on your Windows 11/10 PC.
To clear/delete the game AppData folder contents, do the following:
Press Windows key + R to invoke the Run dialog.
In the Run dialog box, type the environment variable below and hit Enter.%appdata%
At the location, find (you may need to show hidden files/folders) the problematic game folder.
Exit File Explorer when done.
Any of these solutions should work for you!What causes DXGI_ERROR_DEVICE_HUNG?
The DXGI_ERROR_DEVICE_HUNG error is a common problem that is typically associated with the DirectX configuration on your system. Generally, the error could be triggered due to Direct X problems, incorrect game settings, outdated drivers, RAM problems, overclocked CPU, and others.
As academic standards shift, as technology evolves, and as student habits change, schools are being forced to consider new ways of framing curriculum and engaging students in the classroom. Project-based learning is among the most successful and powerful of these possibilities.
As both a planning and a learning tool, PBL challenges teachers to make new decisions about how they plan student learning experiences, while simultaneously empowering students to take a more active role in the learning process.
In this context of trying to make sense of exactly what progressive learning was, in 2009 I sketched out a graphic that visualized 9 Characteristics of 21st Century Learning, and recently created a follow-up framework, the Inside-Out Learning Model.
The four primary goals of this model of learning are:
Diverse local and global interdependence
Adaptive critical thinking
New media literacies
Secondary goals include: purposefully leveraging the diversity of digital media, evolving the traditional definition of project-based learning, the role of play in learning, curiosity, and individualized learning pathways that are digitally curated and transparent to all direct and indirect stakeholders.
In the Inside-Out Learning Model, the idea is personalized learning by new actuators, the elimination of passivity, and full integration with responsive and authentic communities — not coincidentally, these are also elements of PBL.
While watching all the ed reform trends come and go, one visual that has often intrigued me is a school that’s literally been turned inside out.
This thought first occurred to me as a second-year teacher in rural Kentucky, struggling to clarify to the parents how their son or daughter was performing in the classroom. I found the letter grades incredibly misleading. Learners that were really making strong progress and “learning a lot” would often bring home Cs, while many “A students” would be doing just enough for that A.
And even then, these alphanumeric icons were simply describing trends and compliance, and expressed very little about understanding even as I shifted towards standards-based grading. With letter grades, an A represents complete and total mastery of content, while a B represents above-average understanding, and/or near mastery of content. C means average, and the idea of being “average” was jarring to students, but more so to parents.
C was a death knell, and many times even students with a B had some ‘splainin to do, and few seemed to notice this as a problem. There was a need for parents in the classroom, while students needed to be out in the community.
Learners vs. Students
So then, we come to this idea about the difference between learners and students — there definitely seems to be one.
Students hopefully learn, but the word “student” connotes compliance and external form more than anything intrinsic or enduring.
You might notice the “C students” silently piecing together the learning process for themselves — internalizing it, throwing out what didn’t work, struggling in spots, but all the while becoming learners. They’d rarely question grades or ask, “What can I do for an A?” Instead, they’d focus on the interaction between themselves and the content.
This startling contrast was nearly impossible to clarify for parents when they wanted to know “what was going on.” As a teacher, I wanted a class full of learners, but the grading process was giving me a lot of students who were learning to play the game. The problem, however, was not as much about letter grades and traditional academia as it was about the “form” of the school.
What do I mean by the “form” of the school?
Its physical layout
Its tone, from extracurricular programs to academic reputation, certificates, credits, and downright monstrous notions of “achievement”
The relative lack of diversity of its sources for academic and instructional content
The internal audiences for school projects
And most of all, the need for real interdependence between that school and the community it was funded by and built to serve
To move from students to learners — well, there are probably dozens of ways to make a move like this, but somewhere on that list is using technology, project-based learning, and place-based education to truly turn a school inside-out.
A company’s revenue is the total amount of money it receives from sales over a set time period. Income is how much of that revenue is left after you deduct the business’s expenses. Subtract income from revenue and you’ll get the company’s cost of doing business over the time period measured.
Business owners need to understand the difference between net income and revenue (and measure both) because it helps them understand their expenses, including inventory costs, overhead and other outlays. It’s also important because businesses are valued differently using one number versus the other, and because only net income is taxable.
Editor’s note: Looking for the right accounting software for your business? Fill out the below questionnaire to have our vendor partners contact you about your needs.What is income?
Income is the number reflected at the bottom of a cash flow statement. It represents the amount left over after a business accounts for revenue and expenses over the same period (i.e., all the money flowing into and out of the company). Income could be negative if a company’s expenses exceeded its revenue during the period in question. In that case, the company has operated at a loss.
Measuring a business’s net income starts with looking at its revenue – how much money the company brought in over a set time period. Then the company makes adjustments for all expenses incurred over the same period. Those expenses could include the following:
Cost of goods sold
Rent and utilities
Salaries for office personnel
Employee benefit costs
Business licensing fees
Software subscription fees
While these are ordinary small business expenses, they don’t all apply to all companies. Applicable expenses for your business depend on its size, your company type, the industry you operate in, and your specific accounting practices.
Did You Know?
A company’s revenue can be negative, but only when returns exceed sales. So, while it’s theoretically possible, it’s improbable.Examples of income vs. revenue
Different businesses use different measurements for both revenue and net income. Each figure includes varying factors and has a different level of relevance for a particular company based on its industry and how it operates.
Gross revenue is much more straightforward than net income. It’s the total amount of money that a business takes in over a specific time period. Here are some examples of gross revenue:
Total sales (this can be all goods sold in a quarter)
Total billable hours for an attorney or consultant
Gross licensing fees received
Total commissions received
Net income – the amount of money a company made or lost over a period of time after you offset expenses against revenue – is provided separately on accounting statements. It may appear on financial statements as any of the following:
Net operating revenue
Earnings before interest and taxes (EBIT)
Earnings before interest, taxes, depreciation and amortization (EBITDA)
Like revenue, a company’s net income is also easy to calculate using small business accounting software, but it’s more involved. A manager needs to generate a report that includes revenue and expenses, particularly those relevant to its specific operations. (Report generation is a typical accounting software feature.)
Once a manager produces a report reflecting some measure of net income (usually a profit and loss statement, or P&L), they still need to know which metric to use and how to use it. That’s one of the challenges of business accounting: Software can provide a lot of information, but it doesn’t tell business owners how to use these insights.Importance of revenue vs. income in accounting
While a business’s net income includes more information about the overall state of its finances, both revenue and income are essential for small business owners to know, measure and track. These metrics are used for different things, but here are some of the common uses for both revenue and income:
Valuing a business
Getting a business loan
Calculating profit margin
Making important operational decisions
Both revenue and income are provided regularly in company financial reports to shareholders. Depending on a business’s type and size, these figures may also be included in reports filed with regulators such as the U.S. Securities and Exchange Commission.
Revenue and income are also prominent fixtures in tax forms filed with the IRS, as well as in company strategies for minimizing tax liability incurred from year to year.
AMD Fusion APUs get official: DirectX 11, 1080p HD & 10hr battery life
AMD has officially launched its Fusion APU series, a hybrid range of CPU/GPU chips incorporating both into a single die. Targeted at ultraportables, notebooks and netbooks, the new AMD E-Series “Zacate” and C-Series “Ontario” APUs each use the Bobcat CPU core, and AMD reckon they’re capable of DirectX 11 graphics, UVD3 video acceleration, 1080p HD playback, 2D conversion to 3D and up to 10hrs battery life depending on system.
Four chips will debut initially, with single- and dual-core versions of the E- and C-Series chips. The E-Series – intended for mainstream notebooks, all-in-ones and SFF desktops – will consist of the 1.5GHz single-core E-240 and the 1.6GHz dual-core E-350, both with an 18W TDP. The C-Series – for HD netbooks “and other emerging form factors” – will see the 1.2GHz single-core C-30 and 1.0GHz dual-core C-50, both with a 9W TDP.
Later in 2011, the AMD Fusion mainstream platform – for regular and performance notebooks, and mainstream desktops – will arrive, with the 32nm die A-Series “Llano” APU, which includes up to four x86 cores and a DirectX 11-capable discrete-level GPU. AMD has lined up Acer, Asus, Dell, Fujitsu, HP, Lenovo, MSI, Samsung, Sony and Toshiba to produce notebooks using the new Fusion APUs.
AMD Fusion APU Era Begins
Big Experiences, Sleek Designs, All-Day Battery Life and Notebooks That Stay Cool All Day Now Possible with Revolutionary Single Chip1
Today at the Consumer Electronics Show, AMD (NYSE: AMD) launched a new class of accelerated processor that combines more compute capabilities than any processor in the history of computing. The AMD Fusion Family of Accelerated Processing Units (APUs) incorporate – in a single die design – multi-core CPU (x86) technology, a powerful DirectX®11-capable discrete-level graphics and parallel processing engine, a dedicated high-definition video acceleration block, and a high-speed bus that speeds data across the differing types of processor cores within the design. New generations of desktop, notebook and HD netbooks are now available based on AMD Fusion APUs at affordable price points. Tablets and embedded designs based on AMD Fusion APUs are expected be available later in Q1 2011. The new range of products features include stutter-free HD video playback, breakthroughs in computational horsepower to handle the most demanding applications2, DirectX 11-capable graphics and all-day battery life.1
AMD expects leading manufacturers Acer, Asus, Dell, Fujitsu, HP, Lenovo, MSI, Samsung, Sony and Toshiba to announce plans to deliver AMD Fusion APU-based systems at very compelling value and mainstream price points.
HD 2.0 Everywhere
High definition (HD) content is ubiquitous today. From YouTube videos to DirectX 11 games to Blu-ray, the world is tapping into various ways to enjoy this content with the computer serving as the hub. And thanks to the VISION Engine from AMD, a set of capabilities unique to all AMD Fusion APU-powered PCs, the visual side of computing never looked more vivid and realistic. The VISION Engine is an unmatched combination of:
DirectX 11-capable graphics
Massive parallel processing to speed application performance3
The UVD3 video acceleration block found in the new AMD Radeon™ HD 6800 Series GPUs
Unique graphics driver capabilities updated on a monthly basis to continuously improve visual performance
Selecting a PC equipped with the VISION Engine and software from AMD partners means Internet browsing is a faster, application-like experience; 1080p HD video playback is gorgeous, smooth and quiet; standard definition video looks high-definition; 2D content can be converted into stereoscopic 3D; even the most graphics-intensive websites load quickly; manipulating HD content is fast and easy; and 3D gaming at HD resolutions is fast and life-like.4
AMD AllDay™ Power
Additionally, AMD Fusion technology enables all-day battery life – 10 hours or more.1 The new power-saving features present in the single-chip design greatly extend the time between plug-ins, even when enjoying HD content.
Out power and Outperform: E-Series, C-Series and A-Series APUs
The 2011 low power platform (formerly codenamed “Brazos”) enhances the everyday computing experience and is available beginning today in two APU variations: E-Series and C-Series. These APUs feature the new x86 CPU core codenamed “Bobcat”. “Bobcat” is AMD’s first new x86 core since 2003 and was designed from the ground up to deliver stellar mobile performance.
Low Power APUs Model TDP Core Count Frequency
E-Series (former codename: “Zacate”)
Designed for mainstream notebooks, All-in-Ones, and small form factor desktops E-350 18 W 2 1.6 GHz
E-240 18 W 1 1.5 GHz
C-Series (former codename: “Ontario”)
Designed for HD netbooks and other emerging form factors C-50 9 W 2 1.0 GHz
C-30 9 W 1 1.2 GHz
The 2011 mainstream platform is primarily intended for performance and mainstream notebooks and mainstream desktops. It will feature the 32nm die A-Series “Llano” APU, which includes up to four x86 cores and a DirectX 11-capable discrete-level GPU, and is scheduled to ship in the first half of 2011 and appear in products mid-year.
Software and Hardware Ecosystem to Unleash the Power of AMD Fusion Technology
Leading software and hardware vendors demonstrate immediate support for AMD Fusion APUs
Jan. 4, 2011 — AMD today announced broad support for the AMD Fusion Family of Accelerated Processing Units (APUs) from the software and hardware ecosystem community. Working closely with software vendors, developers and motherboard suppliers, AMD has built a coalition of industry innovators committed to providing devices and applications that leverage the combined x86 computing power and discrete-level graphics performance of AMD Fusion APUs.
“Personal computing is undergoing a significant evolution, fueled by the explosion of digital and multimedia content to enable a truly immersive web experience,” said Tami Reller, corporate vice president of Windows marketing, Microsoft. “We think the work AMD has done with Fusion to combine x86 CPU architecture and discrete-level graphics performance creates opportunities for Windows 7 and Internet Explorer 9 to deliver real-world customer benefits including accelerated browsing, HD video and 3D gaming.”
To access the uniquely powerful and efficient capabilities of the APU architecture, AMD collaborates with a variety of middleware and tools providers to offer software development kits that facilitate the use of industry-standard application programming interfaces (APIs) such as OpenCL™, OpenGL™, Direct2D and DirectCompute. AMD further supports the optimization of software for AMD Fusion APUs with AMD Accelerated Parallel Processing (APP) technology, which helps developers more easily tap into the combined power of the GPU and CPU to accelerate existing applications and create new possibilities in software.
Dozens of innovative companies will be demonstrating amazing computing experiences enabled by AMD technology including AMD Fusion APUs at the Consumer Electronics Show (CES) this week in the Wired showcase sponsored by AMD (Grand Lobby), as well as in the AMD Technology Showcase. A variety of applications that span multimedia, gaming, productivity, web browsing, facial recognition, video conferencing and more will be on display from leading software suppliers, including:
EA / BioWare
Microsoft Internet Explorer
AMD motherboard partners are also innovating around the launch of the first AMD Fusion APUs, as leading original design manufacturers (ODMs), including ASUS, Gigabyte, MSI and Sapphire, have announced integrated APU/motherboard products for the first PC platforms featuring AMD Fusion APUs.
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