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General Guidelines for Device and Driver Installation
- 1 contributor
The fundamental goal for device and driver installation on Windows operating systems is to make the process as easy as possible for the user. Your installation procedures and the components of your driver packages should work seamlessly with the operating system's device installation components.
To provide the best possible user experience, use the following guidelines to design and implement your installation procedures:
Do not automatically restart the system or require the user to do so, unless it is absolutely necessary.
Always use INF files for device installation. Make sure that all INF files are well formed and use correct syntax.
Leave your INF files on the system after installation; do not delete them. The INF file is used not only when the device or driver is first installed, but also when the user requests a driver update through Device Manager.
Use one of the System-Defined Device Setup Classes . Do not define your own setup class unless there is a compelling reason to do so.
Do not make assumptions about the location, format, or meaning of registry keys or values. For more information about registry keys and trees, see Registry Trees and Keys for Devices and Drivers .
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Additional resources
How to Install a New Graphics Card – From Hardware to Drivers
Be up and rockin' in no time flat
Got a new graphics card but don’t know how to install it? We’ve got you covered. In this article, we’ll take you through every step necessary to uninstall your old GPU, install a new graphics card, get your drivers up to date, and get playing.
We will also take you through all of the precautions that should be taken before, during, and after the installation process.
Hopefully, this guide should help you to feel confident about installing a new GPU, even if it’s your very first time.
Installing a Graphics Card – the Step by Step Process
- Make sure your PC and power supply can support the new graphics card
- Switch off your PC, and remove your old graphics card
- Physically install the new graphics card
- Switch your PC back on and install the new graphics card drivers
- Everything is ready to go
Ensuring your New GPU Can Be Supported By Your System
Thankfully, most graphics cards these days do not require much power output – they have been optimized to use less power, which is great because it means nine times out of ten, the power supply you have will support any new graphics card you buy.
However, you should always check to make sure your power supply can provide enough power to your new GPU. If you have a particularly low powered power supply, you may run into some problems.
There is a tool online from Cooler Master that can tell you how many watts your power supply will need to run a certain hardware setup. Before we get into how to use that, you need to check the watts your power supply actually has.
Unfortunately, if you don’t already know this, this means you’re going to need to open up your case to have a look. No problem, though, it’s good to get familiar with the inside of your PC because you are going to need to get inside to install the new graphics card anyway. If you already know your power supply capacity, you can skip this and move to the calculator below.
Finding Out Your Power Supply Watts
Switch off your PC. Take the screws off the side panel of your PC and then slide the side panel off. You should be greeted with something that looks a little like this.
The area highlighted in red is the power supply. There will be a label on this that tells you the Wattage of your power supply. Make note of this.
Calculating your Power Supply Usage
Next, visit the Cooler Master Power Supply Calculator . You need to input all of your hardware details, including fans. This includes your CPU, RAM, fans, liquid cooling, and the GPU you plan to purchase or install. You can use the dropdown boxes to choose your hardware.
You can find CPU and memory information by opening the Start Menu and searching, then opening dxdiag .
Other hardware like hard drives and fans can be assessed visually by looking at the inside of your PC. If you don’t know your exact fan size, don’t worry, just make an estimation, as fans won’t take up much power.
Once you’ve inputted all of your information, you can press the Calculate button to be given an estimation on how much power your system needs. In most cases, a 500, 600, or 750 watt power supply should be suffice.
Removing Your Old Graphics Card
Now that you’ve checked to make sure your graphics card can be supported by your power supply, it’s time to remove your old graphics card.
Note: If you don’t already have a graphics card, you can skip this step. We’d advise reading it anyway so that you can familiarize yourself with your PC.
First switch off your PC. For extra safety, remove the power cable from your PC – this will ensure no power is able to pass through your PC.
Next, slide open the side panel on your PC. Take a look at the images below – this will show you the different elements of the graphics card you will need to interact with to remove it from your system.
Labeled above (1), you can see the graphics card power cable. This needs to be unplugged. Press down on the clip and then pull it away from the graphics card. If it’s not budging, make sure you are pulling down on the clip. This clip keeps the power cable securely in place. An image below has been provided for reference.
Now that the power cable is removed, it’s time to unscrew the graphics card from the motherboard I/O. As shown below (2), there should be one or two screws securing the graphics card in place. A standard phillips or flathead screwdriver will work here.
For the final step, you need to get your hands under the graphics card and pull down on the clip that is securing it to the actual graphics card slot. This is called a PCI-E slot. For an example, the image below has been provided.
Your graphics card will be plugged into this slot but it won’t come out until you press down on the clip and then pull the graphics card away from the slot. In the image below, the clip itself has been marked by the number 3.
With these three steps out of the way, your graphics card will now be removed, and it’s time to install a new graphics card.
Installing a New Graphics Card – The Step by Step Process
The next step involves using the same steps in the last section, but in reverse. To begin with, you must line up the PCI-E component (4) on your graphics card and slot it into a spare PCI-E slot on your motherboard. Once again, you should push down the clip so that the graphics card can fit in safely.
After that has been completed, your graphics card will now be slotted into the motherboard. For the next step, you should take screws and screw your new card into the motherboard I/O. This will help the GPU to stay secure. The image below shows the area you should be installing the screws into.
For the final step, it’s time to take the power cable and install it into your new graphics card. Below is an example of the area on the graphics card you’ll need to install the cable.
Keep in mind that not all graphics cards are the same. Some, like this one, require a six pin cable. Some require a 4 pin, and some even require an 8 pin. If you cannot find a suitable cable from your power supply, check your graphics card box for an adapter.
If you cannot find an adapter, you can search online and purchase one from places like Amazon and Ebay. In most cases though, everything you need should be available to you already.
So that summarizes how to plug in a new graphics card. Use the checklist below to ensure you’ve taken the right steps before you switch your PC on.
- Is the graphics card slotted securely into the PCI-E slot?
- Is the power cable slotted securely into the graphics card?
- Is the graphics card screwed into the motherboard I/O?
Installing New Graphics Card Drivers
Now that you’ve physically installed the graphics card, it’s time to install new graphics card drivers. It may be the case that a CD has been included with your graphics card. If that is the case, you can use that and skip the steps below.
To Install Drivers for an AMD Card
Go to the AMD support page and search for your graphics card model.
Once you’ve found it in the search box, click Submit. On the next page, click the ‘+’ next to the operating system that is suited for you.
After that, click Download. Once the installer has downloaded, open it and go through the step by step installation process.
To Install Drivers for an NVIDIA Card
Go to the GeForce Drivers download page . Use the search tools on this page to find your graphics card model. Once you have found your model, click S earch .
Once the search has completed, scroll down and click on the first GeForce Game Ready Driver.
On the following page, click the Download button. Once the driver installer has installed, open it and go through the step by step instructions provided by the installer.
Some final notes: Your display may flicker or turn on and off during the installation process. Don’t worry, it’s completely normal. Once the installation has been completed, you should restart your PC before playing games or using your PC. Enjoy!
Ollie stumbled upon writing online whilst participating in a mobile network forum back in 2011. Since then, he has developed an incredible passion for writing about all sorts of tech from smartphones, PC hardware, software, and everything in between. Read Ollie's Full Bio
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Whether it’s Powerpoints or PDFs from events, or slides from one of our videos, we’ve listed our 100+ presentations in this handy searchable table!
| Information | Event | Year | Presented by Gregory Mitrano (AMD) | Other | 0 |
|---|---|---|---|
| AMD TrueAudio Next is a software development kit for GPU accelerated and multi-core high-performance audio signal processing. | None | 0 | |
| This paper presents novel algorithms that optimize the order in which triangles are rendered, to improve post-transform vertex cache efficiency as well as for view-independent overdraw reduction. | None | 0 | |
| Presented by Dave Oldcorn, Software Engineering Fellow, AMD; Evan Hart, Principal Engineer, NVIDIA | GDC | 2015 | |
| Presented by Alistair Brown, Director of Graphics Programming, Cloud Imperium | GDC | 2015 | |
| Presented by Gareth Thomas, Developer Technology Engineer, AMD | GDC | 2015 | |
| Presented by Layla Mah, Lead Architect, VR & Advanced Rendering, AMD | GDC | 2015 | |
| Presented by Gordon Selley and Sigal Algranaty, Software Development Engineers, AMD | GDC | 2015 | |
| Presented by Jason Stewart, Software Engineer, AMD and Uriel Doyon, 3D Programmer, Eidos-Montréal | GDC | 2015 | |
| Presented by Dave Oldcorn, Software Engineering Fellow, AMD; Stephan Hodes, Developer Technology Engineer, AMD; Max McMullen, Principal Development Lead, Microsoft; Dan Baker, Graphics Architect, Oxide Games | GDC | 2015 | |
| Keynote presented by Scott Aylor, Corporate Vice President & GM, AMD Embedded Solutions | Embedded WC, Germany | 2015 | |
| Presented by Raghunath Rao, Ph.D. and Harris Gasparakis, Ph.D. | Embedded WC, Germany | 2015 | |
| Presented by Mazen Salloum | Embedded WC, Germany | 2015 | |
| Presented by Stephan Hodes, AMD | GDC Europe | 2015 | |
| Presented by Gareth Thomas (AMD), Alex Dunn (NVIDIA) | GDC | 2016 | |
| Presented by Graham Sellers (AMD), Timothy Lottes (AMD), Matthaeus Chajdas (AMD) | GDC | 2016 | |
| Presented by Doron Ofek (AMD) | GDC | 2016 | |
| Stephan Hodes (AMD), Dave Oldcorn (AMD), Dan Baker (Oxide) | GDC | 2016 | |
| Presented by Matthaeus Chajdas (AMD) | GDC | 2016 | |
| Presented by Timothy Lottes (AMD) | GDC | 2016 | |
| Presented by Guennadi Riguer (AMD) | GDC | 2016 | |
| Presented by Takahiro Harada (AMD), Dmitry Kozlov (AMD) | GDC | 2016 | |
| Presented by Nicolas Thibieroz (AMD), Jason Stewart (AMD), Dmitry Kozlov (AMD), Doron Ofek (AMD), Jean-Normand Bucci (Eidos Montreal) and others | GDC | 2016 | |
| Presented by Dominik Witczak (AMD) at the University of Lodz in Poland | Other | 2016 | |
| Presented by Joseph Greathouse, Kent Knox, Kiran Varaganti and Mayank Daga (AMD) and Jakub Pola (University of Wrocaw and Vratis, Ltd.) | IWOCL, Vienna | 2016 | |
| Radeon-Rays is a GPU intersection acceleration library with basic support for heterogeneous systems. AMD developed Radeon-Rays to help developers get the most out of AMD GPUs and CPU or APUs, as well as save them from maintaining hardware-dependent code. | None | 2016 | |
| Advanced Graphics Techniques Tutorial. Presented by Gareth Thomas (AMD) | GDC | 2017 | |
| Advanced Graphics Techniques Tutorial. Presented by David Lively (AMD) & Holger Gruen (NVIDIA) | GDC | 2017 | |
| Advanced Graphics Techniques Tutorial. Presented by Alex Dunn (NVIDIA) & Stephan Hodes (AMD) | GDC | 2017 | |
| Advanced Graphics Techniques Tutorial. Presented by Tiago Rodrigues (Ubisoft Montreal) | GDC | 2017 | |
| Advanced Graphics Techniques Tutorial. Presented by Karl Hillesland (AMD) | GDC | 2017 | |
| Presented by Matthaeus Chajdas (AMD) | GDC | 2017 | |
| Presented by Timothy Lottes (AMD) | GDC | 2017 | |
| Presented by Eric Larsen (AMD) and Dongsoo Han (AMD) | GDC | 2017 | |
| Presented by Raul Aguaviva (AMD) & Dan Baker (Oxide Games) | GDC | 2017 | |
| Presented by Mikhail Mironov (AMD) & Pavel Siniavine (AMD) | GDC | 2017 | |
| Presented by Dmitry Kozlov (AMD) & Takahiro Harada (AMD) | GDC | 2017 | |
| Capsaicin and Cream Session [ ]. Presented by Arne Schober (Epic) | GDC | 2017 | |
| Capsaicin and Cream Session [ ]. Presented by Aras Pranckevicius (Unity) | GDC | 2017 | |
| Capsaicin and Cream Session [ ]. Presented by Stephanie Hurlburt (Binomial) | GDC | 2017 | |
| Capsaicin and Cream Session [ ]. Presented by Tamas Rabel (Creative Assembly) | GDC | 2017 | |
| Capsaicin and Cream Session [ ]. Presented by Tom Sanocki (Limitless) and Dave Wilkinson (AMD) | GDC | 2017 | |
| Capsaicin and Cream Session [ ]. Presented by Dan Baker (Oxide) | GDC | 2017 | |
| Presented by Kenneth Mitchell (AMD) & Elliot Kim (AMD) | GDC | 2017 | |
| This document describes the environment, organization and program state of AMD ‘Vega’ Generation devices. It details the instruction set and the microcode formats native to this family of processors that are accessible to programmers and compilers. | None | 2017 | |
| Advanced Graphics Techniques Tutorial. Presented by Max McMullen (Microsoft), Max Aizenshtein (Futuremark) | GDC | 2018 | |
| Advanced Graphics Techniques Tutorial. Presented by Adam Sawicki (AMD) | GDC | 2018 | |
| Advanced Graphics Techniques Tutorial. Presented by Tatu Aalto (Remedy) | GDC | 2018 | |
| Advanced Graphics Techniques Tutorial. Presented by Sebastian Aaltonen (Second Order) | GDC | 2018 | |
| Advanced Graphics Techniques Tutorial. Presented by Alen Ladavac (Croteam) | GDC | 2018 | |
| Advanced Graphics Techniques Tutorial. Presented by Bane Grujic (Ubisoft), Cristian Cutocheras (AMD) | GDC | 2018 | |
| AMD Sponsored Session. Presented by Takahiro Harada | GDC | 2018 | |
| AMD Sponsored Session. Presented by Gordon Selley (AMD), Baldur Karlsson (RenderDoc), Navin Patel (AMD), Herb Marselas (AMD), Budi Purnomo (AMD) | GDC | 2018 | |
| AMD Sponsored Session. Presented by Zheng Qiqiang (Netease), Sean Skelton (AMD) | GDC | 2018 | |
| AMD Sponsored Session. Presented by Jason Stewart (AMD), Rolando Caloca (Epic) | GDC | 2018 | |
| AMD Sponsored Session. Presented by Timothy Lottes | GDC | 2018 | |
| AMD Sponsored Session. Presented by Ken Mitchell (AMD), Elliot Kim (AMD) | GDC | 2018 | |
| Presented by Adam Sawicki at Digital Dragons, Kraków, Poland [ ] | Digital Dragons | 2018 | |
| 4C 2018. Presented by Lou Kramer (AMD) in Prague [ ] | 4C | 2018 | |
| Reboot DEVELOPRED 2019. [ ] Presented by Jordan Logan (AMD) and Nikolai Petrov (Saber Interactive) | Reboot DEVELOPRED 2019 | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Calle Lejdfors (Ubisoft), Raul Aguaviva (AMD) ] | GDC | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Alen Ladavac (Croteam) | GDC | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Dominik Baumeister (AMD) | GDC | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Aurelio Reis | GDC | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Anton Krupkin (Saber), Denis Sladkov (Saber) | GDC | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Matt Pettineo (Ready at Dawn) | GDC | 2019 | |
| Advanced Graphics Techniques Tutorial. Presented by Mark Mihelich (Studio Wildcard), Tim Tcheblokov (NVIDIA) | GDC | 2019 | |
| AMD Sponsored Session. Presented by Dmitry Kozlov (AMD), Max Gridnev (Saber) | GDC | 2019 | |
| AMD Sponsored Session. Presented by Ken Mitchell (AMD) | GDC | 2019 | |
| AMD Sponsored Session. Presented by Lakulish Antani (Valve), Carl Wakeland (AMD) | GDC | 2019 | |
| AMD Sponsored Session. Presented by Ojiro Tanaka (Capcom), Ash Smith (AMD) | GDC | 2019 | |
| AMD Sponsored Session. Presented by Timothy Lottes (AMD), Jordan Logan (AMD) | GDC | 2019 | |
| AMD Sponsored Session. Presented by Amit Ben-Moshe (AMD), Rodrigo Urra (AMD) | GDC | 2019 | |
| Vulkanised 2019. Presented by Lou Kramer, 20 May 2019, Vulkanised, Cambridge, UK | Vulkanised | 2019 | |
| Nordic Game, Malmö, Sweden. Presented by Dominik Baumeister, 23 May 2019. | Nordic Game | 2019 | |
| AMD Developer Day. Presented by Lou Kramer, June 2019 | AMD Developer Day | 2019 | |
| Presented by Adam Sawicki, 27 May 2019, Digital Dragons, Kraków, Poland | Digital Dragons | 2019 | |
| FEMFX is a multithreaded CPU library for deformable material physics, using the Finite Element Method (FEM). This document provides a walkthrough for constructing a simple wooden barrel. | None | 2019 | |
| Game Industry Conference 2020. [ ] Presented by Lou Kramer (AMD) | GIC 2020 | 2020 | |
| Let’s Build… 2020 Virtual Event. [ ] Presented by Ken Mitchell (AMD) | Let’s Build… | 2020 | |
| Let’s Build… 2020 Virtual Event. [ ] Presented by Lou Kramer (AMD) | Let’s Build… | 2020 | |
| Let’s Build… 2020 Virtual Event. [ ] Presented by Matthaeus Chajdas (AMD) and Nicolai Haehnle (AMD) | Let’s Build… | 2020 | |
| Let’s Build… 2020 Virtual Event. [ ] [ ] Presented by Jason Lacroix (AMD) | Let’s Build… | 2020 | |
| Let’s Build… 2020 Virtual Event. [ ] Presented by Gordon Selley (AMD) Chris Hesik (AMD) and Amit Ben-Moshe (AMD) | Let’s Build… | 2020 | |
| Let’s Build… 2020 Virtual Event. [ ] Presented by Dimitry Kozlov (AMD) and Takahiro Harada (AMD) | Let’s Build… | 2020 | |
| Presented by Dominik Baumeister (AMD) and Matthaeus Chajdas (AMD) at TU Munich, June 2020 | TU Munich | 2020 | |
| The Game Engineering team – in collaboration with other colleagues around the company – has put together an RDNA architecture presentation containing doodles, notes and explanation about the structure of RDNA, how it works, and the differences from our previous architectures. | None | 2020 | |
| Official RDNA Whitepaper, hosted on amd.com. | None | 2020 | |
| This document describes the environment, organization and program state of AMD ‘RDNA’ Generation devices. It details the instruction set and the microcode formats native to this family of processors that are accessible to programmers and compilers. | None | 2020 | |
| This document describes the environment, organization and program state of AMD ‘Vega’ 7nm Generation devices. It details the instruction set and the microcode formats native to this family of processors that are accessible to programmers and compilers. | None | 2020 | |
| Microsoft® Game Stack Live 2021. [ ] Presented by Ken Mitchell, AMD Game Engineering | Microsoft® Game Stack Live 2021 | 2021 | |
| Microsoft® Game Stack Live 2021. [ ] Presented by Dominik Baumeister (AMD) | Microsoft® Game Stack Live 2021 | 2021 | |
| Games Industry Conference 2021. [ ] Presented by Lou Kramer (AMD) | GIC 2021 | 2021 | |
| [ ] Presented by Takahiro Harada (AMD) | None | 2021 | |
| Digital Dragons 2021. [ ] Presented by Adam Sawicki (AMD) | Digital Dragons 2021 | 2021 | |
| Presented by Jason Lacroix (AMD) | None | 2021 | |
| Presented by Jordan Logan (AMD) | None | 2021 | |
| Digital Dragons 2022. [ ] Presented by Daniel Isheden (Avalanche Studios Group) and Lou Kramer (AMD) | Digital Dragons 2022 | 2022 | |
| Reboot DEVELOPBLUE 2022. Presented by Adam Sawicki (AMD) | Reboot DEVELOPBLUE 2022 | 2022 | |
| Reboot DEVELOPBLUE 2022. Presented by Dihara Wijetunga (AMD) | Reboot DEVELOPBLUE 2022 | 2022 | |
| Reboot DEVELOPBLUE 2022. Presented by Mattias Liljeson (AMD) | Reboot DEVELOPBLUE 2022 | 2022 | |
| Advanced Graphics Summit. Presented by Zhuo Chen (AMD) [ ] | GDC 2022 | 2022 | |
| GDC 2022. [ ] Presented by Ken Mitchell (AMD) | GDC 2022 | 2022 | |
| GDC 2022. [ ] Presented by Teppei Ono (Luminous Productions) and Aurélien Sérandour (AMD) | GDC 2022 | 2022 | |
| GDC 2022. [ ] Presented by Christopher Hesik and Can Alper (AMD) | GDC 2022 | 2022 | |
| GDC 2022. [ ] Presented by Stephanie Brenham (Ubisoft Toronto) and Ihor Szlachtycz (AMD) | GDC 2022 | 2022 | |
| GDC 2022. [ ] Presented by Thomas Arcila and Colin Riley (AMD) | GDC 2022 | 2022 | |
| GDC 2022. [ ] Presented by Gilles Marion (Arkane Studios Lyon) and Lou Kramer (AMD) | GDC 2022 | 2022 | |
| Reboot DEVELOPBLUE 2023. Presented by Lou Kramer (AMD) | Reboot DEVELOPBLUE 2023 | 2023 | |
AMD Sponsored Session. Presented by Stephan Hodes (AMD) | GDC 2023 | 2023 | |
AMD Sponsored Session. Presented by Jason Lacroix (AMD) | GDC 2023 | 2023 | |
| AMD Sponsored Session. Presented by Lou Kramer (AMD) | GDC 2023 | 2023 | |
| AMD Sponsored Session. Presented by John Hartwig and Ken Mitchell (AMD) | GDC 2023 | 2023 | |
| AMD Sponsored Session. Presented by Chris Hesik and Can Alper (AMD) | GDC 2023 | 2023 | |
| AMD Sponsored Session. Presented by David Ziman (AMD) | GDC 2023 | 2023 | |
Advanced Graphics Summit. Presented by Matthäus Chajdas (AMD) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Lou Kramer (AMD) and Max Oberberger (AMD) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Colin Riley (AMD) and Hampus Siversson (Massive Entertainment) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Ken Mitchell (AMD) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Dihara Wijetunga (AMD) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Amit Mulay (AMD) and Chris Hesik (AMD) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Miguel Petersen (Striking Distance Studios) | GDC 2024 | 2024 | |
AMD Sponsored Session. Presented by Adam Sawicki (AMD), Amit Mulay (AMD), Marco Bouterse (Nixxes Software) | GDC 2024 | 2024 |
| Description | Category | The TressFX library is AMD’s hair/fur rendering and simulation technology. TressFX is designed to use the GPU to simulate and render high-quality, realistic hair and fur. | Effect |
|---|---|---|
| FEMFX is a multithreaded CPU library for deformable material physics, using the Finite Element Method (FEM). | Effect | |
| LiquidVR provides a Direct3D 11-based interface for applications to get access to the following GPU features regardless of whether a VR device is installed on a system. | Effect | |
| FidelityFX Denoiser contains a collection of highly optimized denoiser implementations for specific use cases. | Effect | |
| AMD FidelityFX Variable Shading (VS) provides an open source header implementation to easily integrate Variable Rate Shading into your game. The effect works by analyzing luminance variance in the previous frame and uses motion vectors to generate a shading rate image. | Effect | |
| Contrast Adaptive Sharpening (CAS) is a low overhead adaptive sharpening algorithm with optional up-sampling. | Effect | |
| AMD FidelityFX Super Resolution 2 (FSR 2) is an open source, high-quality solution for producing high resolution frames from lower resolution inputs. | Effect | |
| AMD FidelityFX LPM provides an open source library to easily integrate HDR, and wide gamut tone and gamut mapping into your game. | Effect | |
| AMD FidelityFX Parallel Sort provides an open source header implementation to easily integrate a highly optimized compute-based radix sort into your game. | Effect | |
| AMD FidelityFX Single Pass Downsampler (SPD) provides an RDNA?-optimized solution for generating up to 12 MIP levels of a texture. | Effect | |
| AMD FidelityFX Combined Adaptive Compute Ambient Occlusion (CACAO) is an RDNA-optimized implementation of ambient occlusion. | Effect | |
| High-fidelity reflections in your scene, without costing the earth. AMD FidelityFX Stochastic Screen Space Reflections (SSSR) uses your rendered frame to create brilliant reflections. | Effect | |
| AMD FidelityFX Super Resolution (FSR) is our open source, high-quality solution for producing high resolution frames from lower resolution inputs. | Effect | |
| The RapidFire SDK provides an interface for cloud gaming and virtualization applications to reduce the encoding latency by utilizing AMD FirePro GPUs. | SDK | |
| Radeon Rays is a GPU intersection acceleration library with basic support for heterogeneous systems. AMD developed Radeon-Rays to help developers get the most out of AMD GPUs and CPU or APUs, as well as save them from maintaining hardware-dependent code. | SDK | |
| The AMD GPU Services (AGS) library provides software developers with the ability to query AMD GPU software and hardware state information that is not normally available through standard operating systems or graphics APIs. | SDK | |
| The AMD Display Library (ADL) SDK is designed to access display driver functionality for AMD Radeon and AMD FirePro graphics cards. | SDK | |
| The Advanced Media Framework SDK provides developers with optimal access to AMD GPUs for multimedia processing. This SDK may be used in developing wireless display, remote desktop, video editing, transcode and playback applications. | SDK | |
| Cauldron is a framework for rapid prototyping that is used in AMD SDK samples and effects. | SDK | |
| The Vulkan Memory Allocator (VMA) library provides a simple and easy to integrate API to help you allocate memory for Vulkan? buffer and image storage. | SDK | |
| The D3D12 Memory Allocator (D3D12MA) is a C++ library that provides a simple and easy-to-integrate API to help you allocate memory for DirectX12 buffers and textures. | SDK | |
| OCAT shows how well a game is performing on your machine in real-time with low overhead. Provides an in-game overlay with the current frame rate to give you an at-a-glance overview of instantaneous performance. | Tool | |
| AMD TrueAudio Next is a software development kit for GPU accelerated and multi-core high-performance audio signal processing. These are the build instructions. | Tool | |
| AMD Radeon ProRender is a powerful physically-based path traced rendering engine that enables creative professionals to produce stunningly photorealistic images. | Tool | |
| Compressonator is a set of tools to allow artists and developers to more easily work with compressed assets and easily visualize the quality impact of various compression technologies. | Tool |
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See Full PDFDownload PDF. Graphic Presentations of the Driver's Installation 1、Find the address where the driver is stored. Double-click the icon Driver, and click the " Yes " , see the picture as below: 2、Choose "I accept the agreement" and "Next " , see the picture as below: to install the f3、Choose the Default ...
C] Launch POS Printer Driver V7. Il Finish Ready to Install Setup is non ready to begin installing POS Printer Driver V7. Il on your computer Click Install to continue with the Installation, or dick Back if you want to review or change any settings. Destination location : Printer Driver '17.11 Additional tasks: Additional tons: Create a desktop ...
1.1 Book overview. The book starts with an introduction of relevant hardware concepts (Chapter 2). Only concepts directly relevant to the graphics driver business are presented there. Then we paint a high-level view of the Linux graphics stack in Chapter 3 and its evolution over the years.
Graphic Presentations of the Driver's Installation 1 、 Find the address where the driver is stored. Double-click the icon to install the Driver, and click the "Next " , see the picture as below: 2 、 Choose "I accept the agreement" and "Next " , see the picture as below:
If you are only installing one GeForce card, go on to step 7. Install a second GeForce RTX 2080 Ti graphic card (NVLink configuration). Install the second GeForce card into the outer most PCI Express x16 slot on the motherboard. Connect the two cards together using the GeForce RTX NVLink Bridge (3-Slot or 4-Slot).
Always use INF files for device installation. Make sure that all INF files are well formed and use correct syntax. Leave your INF files on the system after installation; do not delete them. The INF file is used not only when the device or driver is first installed, but also when the user requests a driver update through Device Manager.
An introduction to graphic design. describes graphic design thusly:"Though often overlooked, Graphic Design surrounds us: it is the signs we read, the products. we buy, and the rooms we inhabit. Graphic designers find beauty within limitations, working towards the ultimate goal of.
Go to the GeForce Drivers download page. Use the search tools on this page to find your graphics card model. Once you have found your model, click S earch. Once the search has completed, scroll down and click on the first GeForce Game Ready Driver. On the following page, click the Download button.
Run the downloaded file and click on the "Begin installation" button. 3. Read the Intel software agreement and click on the "I agree" button. 4.In the next window click on the "Yes" button next and then on the "Start" button. 5.Installation of the Intel® Graphics Driver 30..101.1631 should be fin-ished in a few minutes.
To install/update your graphics driver, use the newly installed Ge - Force Experience. GeForce Experience automatically checks NVIDIA servers for the latest GeForce drivers each day, and notifies users if a new driver is available. 1 Open GeForce Experience and select the Driverstab. 2 Select Download driver.
Motivation for CSAA. Multisampling evolved from 1 → 2 → 4 samples. Beyond 4 sub-samples, storage cost increases faster than the image quality improves. Even more true with HDR. 64b and 128b per color sub-sample! For the vast majority of edge pixels, 2 colors are enough. What matters is more detailed coverage information.
Presentations. Whether it's Powerpoints or PDFs from events, or slides from one of our videos, we've listed our 100+ presentations in this handy searchable table! Advanced Graphics Summit. Presented by Matthäus Chajdas (AMD) [6MB] AMD Sponsored Session. Presented by Lou Kramer (AMD) and Max Oberberger (AMD) [2.7MB]
Engineering Graphics Essentials Fifth Edition Kirstie Plantenberg,2016-09 Engineering Graphics Essentials gives students a basic understanding of how to create and read engineering drawings by presenting principles in a logical and easy to understand manner. It covers the main topics of engineering graphics, including tolerancing and fasteners.
Before installing the NVIDIA driver on Linux, some pre-installation steps are recommended to: 1. Verify the system has a CUDA-capable GPU. 2. Verify the system is running a supported version of Linux. 3. Verify the system has build tools such as make, gcc installed. 4.