Learn how to upgrade to Windows 11 Windows 11 Upgrade Guide. Notebook computers with a switchable graphics feature have two graphics adapter chipsets - a low power, integrated chipset and a high performance, discrete chipset. Although the exact chipsets on your computer varies depending on model; the low power chipset is usually manufactured by Intel or AMD and the high performance chipset is usually manufactured by ATI Mobility Radeon or AMD.
HP computers with switchable graphics provide the following benefits to mobile computing:. When handling less demanding applications, the computer conserves power for longer battery life. When using graphics-intense applications such as games, the discrete graphics processor enables higher performance.
Determine if your computer has switchable graphics You can determine if your computer has switchable graphics by looking at the Desktop properties menu or the Display adapters in the Device manager. Use one of the following methods to determine if you have switchable graphics on your computer. Desktop properties menu To see if your computer supports switchable graphics, right-click the desktop background. If one of the following options is available, then your computer supports switchable graphics.
Configure Switchable Graphics. Display adapters in Device Manager To see if your computer supports switchable graphics, use Device Manager:. Click Start , type device in the search field, and then select Device Manager from the search results list.
A benefit using an SLI or Crossfire-compatible motherboard is that a PC can be upgraded at a later time without replacing the graphics card. Add a second graphics card later to boost performance without removing the existing graphics card.
Manufacturers upgrade graphics cards about every 18 months and a compatible card may be difficult to find after two years. The primary disadvantage of running dual graphics cards is the cost. While both ATI and Nvidia offer lower-priced cards with dual capability, you can spend the same amount of money for a single card with equal or better performance than two low-priced GPUs.
Another disadvantage is that not all games benefit from multiple graphics cards and some graphics engines do not handle two cards well. Some games may show a decrease in performance over a single graphics card setup. In some cases, stuttering makes the video game look choppy. Graphics cards are power-hungry. Two graphics cards installed in a computer can double the amount of power required to run them in tandem. For example, a single high-end graphics card might require a watt power supply to function properly; two of these cards may require watts.
Most consumer desktops aren't equipped with high-wattage power supplies. Refer to the computer power supply wattage and requirements to determine if your system can run dual graphics cards. The performance benefits of a dual-card environment vary depending on the other components in the computer system. Even with two of the highest level graphics cards, a low-end processor can throttle the amount of data the system provides to the graphics cards. Dual graphics cards are typically recommended only in high-end systems.
People who mine cryptocurrency often run massive banks of video cards because GPUs process blockchain transactions much more efficiently than a CPU. With an array of cool features, the GTX stands out from the rest. For instance, it has a powerful photo mode feature that allows users to capture top-grade photos HDR, Stereo, and degree of their games and share their excellent gaming experiences.
For average computer users, dual graphics cards are not necessary. They only come in handy for those that stand to gain from an optimized 3D performance. But, if you decide to go down this route, then you must also be ready to shell out extra bucks for the appropriate motherboard. Ultimately, the ball is in your court. So, weigh the pros and cons and check out our reviewed products to permit an informed decision.
Dual Graphics should be mature. We're not sure how many mainstream gamers purchased a graphics card to go along with their Llano-, Trinity-, and Richland-based APUs, believing that they'd get a notably better experience, but from what we're seeing, those additional investments are largely going to waste.
Yes, Fraps is telling us that the average frame rates are notably higher. However, this very conundrum was what inspired FCAT in the first place. If the software is counting every dropped and runt frame toward Dual Graphics' average frame rate, then you're getting absolutely no benefit from pieces of frames like the one pictured that are artificially inflating performance.
We're not trying to pick on AMD. Despite knowledge of artifacts like micro-stuttering going back years, isolating experiential data is a more recent phenomenon championed by the team over at The Tech Report , and then further quantified through FCAT, developed by Nvidia. We're very glad that AMD is taking these issues seriously enough that it developed a special driver to help address them. Indeed, we'll be testing the latest Catalyst beta release shortly using the same technique, using it to see if the user experience improves with more consistent frame delivery.
Assuming it does, we'll happily dole out the praise to AMD's software team.
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