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The Best Graphics Cards of 2. The Importance of Graphics Power. Whether you're looking to upgrade an existing desktop, build a new one from scratch, or choose a laptop that fits your needs and budget, the graphics solution you choose could have a significant impact on your overall experience. PC makers often de- emphasize graphics cards in favor of promoting CPU, RAM, or storage options. While all of these components are important, having the right GPU matters as well, and this guide will help you pick the best options for a desktop or a laptop. A modern GPU, whether discrete or integrated, handles the display of 2. D and 3. D content, drawing the desktop, and decoding and encoding video content.

In this guide, we'll discuss how to evaluate GPUs, what you need to know to upgrade an existing system, and how to evaluate whether or not a particular card is a good buy. We'll also touch on some upcoming trends and how they could impact which card you choose. Note that the reviews featured in this roundup are from our sister site, Computer.

Shopper. com, where you can find more information about these these cards, including full benchmarks. Starting With the Basics. All of the discrete GPUs on the market are designed by one of two companies: AMD or Nvidia.

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Their GPU designs are sold by a wide range of resellers, some of whom also release their own custom products with different cooler designs, water- cooling options, or features like LED lighting. For over a year, Nvidia has had the upper end of the performance market completely to itself, but now that AMD's RX Vega cards are on sale, you're no longer limited to Nvidia if you're spending $3. GPU. GPUs from these two companies are typically grouped into families of graphics processors, all of which share some common naming conventions. For the past eight years, Nvidia has followed a common format of . Nvidia has also been known to use an .

AMD's nomenclature is similar, with a prefix . Be advised, however, that these are rules of thumb rather than absolutes. There a few key metrics to keep in mind when comparing video cards: engine clock speed, core count, onboard VRAM (memory), memory bandwidth, memory clock, and, of course, price. Engine clock speed and core count. When comparing GPUs from the same family, you can generally assume that higher clock speed (the speed that the core works at) and more cores mean a faster GPU.

Unfortunately, you can only rely on clock speed and core count to compare GPUs when you're comparing cards in the same product family. AMD GPUs, for example, tend to contain more cores than Nvidia GPUs at the same price point. Onboard VRAM, Memory Bandwidth, and Memory Clock. These features follow much the same trend as clock speed and core count (the more the better), but with one important difference: Manufacturers often add far more memory to a GPU than it can plausibly use and market it as a more powerful solution. As you scale down the overall capability of a GPU, you scale down the detail levels and resolutions it can run while maintaining a playable frame rate.

Moving from a 2. GB card to a 4. GB card is a great idea if you know your GPU is running out of RAM, but it won't do anything if your GPU is too weak to run a game at your chosen detail settings. If you're looking to spend $1. GB really shouldn't be negotiable. Both AMD and Nvidia now outfit their $2. GPUs with more RAM than this (AMD has stepped up to 8.

GB, while Nvidia is using 6. GB). Either way, sub- 4. GB cards should only be used for secondary systems, low resolutions, or simple games that don't need much in the way of hardware resources.

Memory bandwidth refers to how quickly data can move into and out of the GPU. More is generally better, but again, AMD and Nvidia have different architectures and sometimes different memory bandwidth requirements. There are two ways to change a given GPU's memory bandwidth. You can do it by changing the bus size (i. As for clock speed, the faster RAM is clocked, all else being equal, the higher available memory bandwidth will be.

How Much Should You Spend? Churchill (2017) Downloading there. AMD and Nvidia are targeting light 1. If you want a GPU that can handle 4. K, you'll need to spend more than $3. A GPU that can handle 4. K and high detail levels will cost $5.

Cards in the $1. 50 to $3. If GPU A is 2. 0 percent more expensive than GPU B, GPU A will also likely be 1. GPU B. As price increases, this rule applies less. Discrete and Integrated Graphics Cards. GPUs come in two flavors: discrete and integrated.

An integrated GPU is built on the same silicon as the CPU, a configuration that is useful for thin, lightweight laptops and very small desktops. They are also commonly seen in budget systems, as combining the CPU and GPU results in a lower cost. Integrated graphics cards have become more powerful in recent years, but are still generally limited to supporting older games and lower resolutions. In desktops, a discrete GPU occupies its own x. PCI Express slot on the motherboard.

One of the advantages of a desktop for gaming is that graphics cards are essentially modular; if your motherboard has an x. PCI Express slot, it can run some kind of modern GPU. In laptops, a discrete GPU also occupies its own slot within the laptop, but it typically can't be upgraded by the end user. Unless the manufacturer offers a GPU upgrade option, assume that whatever discrete GPU comes with your laptop is the one you'll be using throughout your PC's life. Who Needs to Buy a Discrete GPU? As CPUs have advanced, they've incorporated full- fledged GPUs into their designs.

AMD refers to these CPU + GPU combination chips as Accelerated Processing Units (APUs), while Intel just calls them CPUs with Intel HD Graphics (Intel uses additional labels, like Iris Pro or Iris Plus, to denote models with separate graphics caches). Either way, integrated graphics are fully capable of meeting the needs of most general users today. There are three broad exceptions: First, professional workstation users who work with CAD software or in video and photo editing still benefit greatly from a discrete GPU.

There are also applications that can transcode video from one format to another using the GPU instead of the CPU, though whether this is faster will depend on the application in question, which GPU and CPU you own, and the encoding specifications you target. Second, people who need a large number of displays can benefit from a discrete GPU. Desktop operating systems are capable of driving displays connected to the integrated and discrete GPUs simultaneously. If you've ever wanted five or six displays hooked up to a single system, you can combine an integrated and discrete GPU to get there.

Third, there's the gaming market, to whom the GPU is arguably the most important component. RAM and CPU choices both matter, but if you have to pick between a top- end system circa 2.

GPU or a top- end system today using the highest- end GPU you could buy in 2. Pre- Built Laptops and GPUs.

Since applications like Word and Excel work fine with an integrated GPU, many ultrathin laptops don't even offer discrete GPUs as an option anymore, particularly those that focus on minimal power consumption and maximized battery life. In theory, a laptop user who wants to hook up a large number of monitors can benefit from having a discrete GPU, but this depends on the manufacturer offering multiple display outputs that are connected to both the integrated GPU and the discrete card within the system. Don't assume that just because a laptop has two video- out ports that they're connected to different hardware internally.

The other major considerations when evaluating a laptop GPU are heat and noise. The smaller the laptop, the louder the fan noise will be to cool the GPU. A 1. 7- inch desktop replacement laptop might be very quiet while running a game with Nvidia's GTX 1. GPU will be much noisier due to the reduction in internal cooling volume.