Best gaming laptops 2024: What to look for and highest-rated models

The size of the screen dictates the size of the laptop itself, and thus weight. You can’t, for example, get a 17-inch gaming laptop that’s four pounds (although MSI’s excellent GS75 gets awfully damned close at five), so think long and hard about whether you’re willing to take the weight penalty in exchange for the screen real estate.

If the laptop is going to be your only gaming machine, having a 17-inch screen might be ideal. We should also add that a 17.3-inch screen is easier on weaker eyes than a 15.5-inch screen. This is very much a matter of personal preference.

The buzzword today is “4K.” That high resolution delivers sharper photo viewing and more space for video editing, but that doesn’t mean it’s for everyone. Anything not using the panel’s native resolution of 3840×2180, such as games running at lower-than-4K resolution, won’t look quite as sharp unless you exponentially increase the graphics power of the laptop.

If you’re running at 1920×1080 resolution because your GPU can’t hit 60 fps at 4K, that feature is moot. For many gamers, 1920×1080 (1080p) or 2560×1440 (1440p) is more optimal.

The panel technology is also a key feature. IPS (in-plane switching) generally produces much greater color accuracy and superior off-axis viewing, but tends to lag in response times, which can lead to blurring. TN (twisted nematic) panels can offer far higher refresh rates and usually better response times than IPS, but can look washed out or just blah.

A middle-ground technology that’s appearing more often is VA (vertical alignment). VA is sometimes alternately referred to as “wide viewing angle” technology. (Many assume this to spec to be IPS, but it’s not). In our experience, we’ve found VA panels to run the gamut from being worthy competitors to IPS to being worse than the better TN panels.

Generally, if color accuracy is important, go IPS (a trademark of Sharp), and if you want the fastest response times go for a gaming-oriented TN panel. With the variability of VA, we recommend you check feedback from reviewers and users of a particular model.

The wildcard in all this is OLED. OLED-based panels have been used in phones for years but have recently migrated to larger screens in laptops. IPS, TN, and VA all use LEDs behind the screen or along the edges. “Black” is produced by a shutter-like mechanism that blocks light from coming through. As you can imagine, there’s usually some light leakage, which means the black tends to be gray.

OLED panels don’t rely on edge- or backlighting. Instead, each pixel generates its own light. To produce black, it just switches off the light. This amounts to truly stunning contrast ratios and vibrant colors. OLEDs also boast fantastic response times.

The negatives include smaller screen sizes (we haven’t seen anything larger than 15.6 inches yet), higher cost, and lack of support for variable refresh rate. OLED panels can also use more power than conventional methods if the image is on a white background.

Okay, we called this section G-Sync and FreeSync, but the reality is, when it comes to beefy gaming laptops, it’s a GeForce GPU world. And that means it’s a G-Sync world. In a nutshell, Nvidia and AMD’s respective variable-refresh-rate technologies help synchronize the monitor and the GPU to greatly reduce screen tearing. Variable refresh rates can make gaming at 40 fps far smoother to your eyes than a screen without it.

The first variable-refresh-rate panels for laptops maxed out at 75Hz, only marginally better than the standard 60Hz. More recently, we’ve begun to see laptop panels that can push 120Hz, 144Hz and even 240Hz. This generally means smoother and sharper gaming to your eyes. It even helps smooth out everyday tasks such as scrolling a browser page or Word document.

The downside of high-refresh rate panels is the technology it’s available on: TN. As we said earlier, TN generally looks less vibrant and less accurate than IPS. The off-axis view is generally inferior, too. You’ll also need a far more powerful GPU to feed that high-refresh rate monitor at its native resolution.

One last very important note: G-Sync screens have to be connected directly to the laptop’s discrete GPU, which means a large hit in battery life. In most laptops without G-Sync, the Intel integrated graphics is connected directly to the screen, so the GPU can be turned off when not being used. So while G-Sync is beautiful to behold, the cost in battery life is huge.

Which is right for you? If it’s primarily a gaming laptop—go for a high refresh rate and G-Sync (or FreeSync, if you can find a laptop that supports it with a Radeon GPU). If you tend to also push pixels in Photoshop or do any color-critical work, skip variable refresh for an IPS panel.

A new trend in gaming laptops is the offset trackpad, which is more conducive to gaming than a dead-center trackpad. The concept is sound, but anyone who actually cares about PC gaming will just plug in a mouse. The worst thing about that offset trackpad is when you try to use it for non-gaming purposes.

As far as keyboards go, the most important gaming feature is n-key rollover. This means the keyboard physically scans each key separately. If you wanted to, you could press 20 keys simultaneously and they’d all register, as each is independently wired. That probably sounds excessive, but keyboards that lack this feature can suffer missed keystrokes, which both ruins gameplay and hurts in everyday tasks. Anyone who’s used an Adobe product that might require a left-Alt, left-Shift, left-Ctrl plus two more keys to do something may have run into the limitations of non-n-key keyboards.

Other keyboard considerations include LED backlighting (which adds ambiance but does nothing for gameplay) and mechanical keys vs. membrane. Mechanical keys are excellent—but are available on only a handful of laptops that usually weigh a ton. We have seen a few designs with low-profile mechanical keyboards, but even we admit they can be an acquired taste.

Having your games load from an SSD instead of a hard drive significantly cuts down on load times. But beyond that, we haven’t found it to matter that much whether it’s a super-fast NVMe PCIe drive or a slower SATA SSD.

What does matter more today is the size of the SSD rather than the interface it uses. With games now topping 50GB and some touching 100GBs, a once-spacious 256GB SSD will feel too small with just four games installed.

So when spec’ing out that gaming laptop, be mindful of just how much total storage you have. If you go for laptop with a small SSD and large hard drive combo, expect to install your games to the hard drive. If the laptop will have an SSD only, choose an absolute minimum of 512GB, with 1TB preferred.

When laptop makers spec out gaming laptops, one of the levers they use to try to convince you to buy their product is upping the amount of RAM. It’s not hard to find gaming laptops with “upgraded” configurations that go from 16GB of DDR4 to 32GB.

While having an adequate amount of RAM is important for gaming, today’s games typically top out at 16GB of RAM, and sometimes can run fine with just 8GB of RAM. Anything more than 16GB (our standard recommendation) is usually a waste of money.

You might want to blame laptop and PC makers for cynically using an erroneous spec to manipulate the public, but the blame actually lies with the average buyer. PC makers have told us for years they only over-spec RAM because the public thinks more is better.

Besides the amount of memory, a couple of other important, but not critical, questions to ask is what clock speed and what mode. Modern CPUs let you run RAM in sets to increase the memory bandwidth. 

More memory bandwidth immediately helps laptops that are running integrated graphics, but the conventional wisdom has long been that discrete GPUs in laptops don’t benefit as much because they have their own dedicated, much faster GDDR5 RAM to use. That’s typically the case, but the performance of today’s GPUs and CPUs can make this conventional wisdom wrong. 

Gaming performance is often about a balance between the CPU and the GPU, and how graphically intensive a game is. With games that are graphically intensive, the GPU is the primary bottleneck on performance. Play a game that isn’t graphically intense, though, and the CPU can rapidly become the bottleneck on performance.

With the power of today’s GPUs, a lot of games, especially at a sedate resolution of 1920×1080, have shifted more performance to the CPU. The reason we’re talking about this now is if you rob the CPU of memory bandwidth, even a decently fast one, you can take a sizable hit in gaming performance.

The basic lesson is you should opt for dual-channel memory bandwidth configurations when possible. On a laptop spec sheet, you typically would see this expressed as “dual-channel” or “2 x 8” to indicate that two 8GB memory modules were used in a laptop.

Some laptop makers will express memory in clock speed, so you’ll see “DDR4/2,133 or DDR4/2,400.” While a higher memory clock does increase memory bandwidth, the impact isn’t quite as great as going from dual-channel to single-channel mode.

How many cores do you need in a gaming laptop? For most people on a budget, a 4-core CPU with Hyper-Threading will function just fine in most games, especially when combined with a lower-cost and lower performance GPU.

Still, if you have the extra cash, a 6-core CPU with Hyper-Threading is likely the sweet spot for today and tomorrow. If you plan to stream your gaming live or edit it, investing in a 6-core is recommended.

Intel and AMD’s top-end 8-core CPUs will deliver the greatest benefit to those who might do other graphics-intensive tasks, such as 3D animation or video editing. If you also plan to record and stream video, the 8-core will offer a performance benefit there, too.

If you’re thinking, great, let me buy a 4-core Core i5 or Ryzen 5 CPU with a luxury laptop to save money, you usually can’t, because PC makers typically only offer budget CPUs with other budget parts. Why? Well, most budget shoppers can’t afford any luxury items, and most PC makers like to add in the extras to increase the profit.

The single most important piece of hardware in a gaming laptop is undoubtedly the GPU. For AMD fans, the situation is as sad as it is in CPUs: It’s an Nvidia GeForce world. As with CPUs though, the good news is that the dominating products are top-notch.

The hardest part will be deciding just how much GPU you need. Our general guidance is to buy as fast a GPU as you can afford and are willing to heft. Generally, the faster the GPU (or GPUs), the larger and heavier the laptop. If you’re talking about playing on a higher-resolution panel of 2560×1440 at high-refresh rates, then keep increasing the amount of money spent on the GPU.

The last category you should think about is the burgeoning support for external graphics in gaming laptops. Customers of Alienware have long enjoyed this with its relatively inexpensive (and proprietary) Graphics Amplifier technology, but many new laptops support external graphics cabinets using Thunderbolt 3.

These cabinets let you plug your laptop into a more powerful discrete GPU. The Akitio Node (which you can find on Amazon for $300) is one such Thunderbolt 3 cabinet that’s helped usher in lower prices. Although external graphics are primarily desired by users who run on integrated graphics, a gaming laptop with Thunderbolt 3 support could come in handy when the GPU inside gets too old to play the latest games.

The last topic we’ll cover is battery life. The best way to understand battery life on a gaming laptop is to accept that it’ll be horrible for all things gaming.

The minute you crank up a GPU on a gaming laptop to play a game, you’re basically limiting yourself to an hour or an hour and a half of battery runtime. Period. And in some cases, far less than that.

The only reason to consider battery life on a gaming laptop is if you want to use your laptop unplugged for non-gaming purposes. In that respect, you’ll find a lot of variance, with some—such as Gigabyte’s Aero 15—offering decent battery life, albeit with a trade-off in gaming performance.