Dell XPS 16 (2024) Laptop Review

The Dell XPS 16 is available in a Platinum or Graphite color. See the bottom of the laptop here.

The Dell XPS 16's build quality is outstanding. Its all-aluminum chassis feels very sturdy, exhibiting only a small amount of flex on the lid and none on the keyboard deck. The display doesn't twist when manipulating it. The finish doesn't scratch easily, and fingerprints and smudges aren't an issue, either, though the Graphite model is likely worse in that regard. There are no complaints with the feet; they feel solid and stick firmly to the bottom.

The Dell XPS 16 2024's hinge is outstanding. It feels smooth and is very stable. There's a fair amount of resistance, but you can still easily open the lid with one hand and make fine adjustments. There's almost no screen wobble when moving the laptop or typing heavily.

Accessing the Dell XPS 16's internals is relatively easy; you must remove eight T5 screws and undo the bottom panel's clips with a prying tool. The screws are pretty small, so you'll have to be careful to not lose them. The SSD slot supports M.2 2230 and 2280 PCIe Gen 4 NVMe SSDs.

View the owner's manual here.

• 130W USB-C power adapter and cord
• USB-C to USB-A/HDMI adapter
• Documentation

The Dell XPS 16 is available with the following displays:

• 16.3" IPS 1920 x 1200 120Hz (matte, 100% sRGB)
• 16.3" OLED 3840 x 2400 90Hz (glossy, touchscreen, 100% DCI P3)

With a pixel density exceeding the Apple MacBook Pro 16 (M3, 2023)'s Mini LED display, the 4k+ OLED panel looks very sharp. However, there's a minor issue with it, as the digitizer causes a slightly 'dirty' look in light color content when viewed at a certain angle. Also, bear in mind that it'll drain the battery faster than the FHD+ panel and is susceptible to permanent burn-in. The FHD+ display is nowhere near as sharp, with a pixel density of 139 PPI. The individual pixels are visible, even at typical viewing distances. At 139 PPI, the FHD+ display is nowhere near as sharp. The individual pixels are visible, even at typical viewing distances. The FHD+ resolution is inadequate for a 16.3-inch screen, especially for a productivity laptop, and it feels cheap on such on premium device when competitors offer higher quality displays as the base configuration. Both panels have a 16:10 aspect ratio. This format is great for productivity, as you get more vertical space than a standard 16:9 display, allowing you to see more information when reading a document or website.

The 4k+ OLED display has a 90Hz refresh rate, while the FHD+ IPS panel has a 120Hz refresh rate. The 90Hz rate doesn't feel quite as responsive as 120Hz, though the difference isn't significant, and it's certainly better than a standard 60Hz display. The OLED display's response time is good, resulting in only a small amount of ghosting behind fast-moving objects. However, a downside to its fast response time is that there's noticeable judder when scrolling through some content, especially when the scrolling slows down. The FHD+ display has a much slower response time (35 ms according to the specifications), similar to the Dell XPS 14 (2024)'s FHD+ panel.

The 4k+ OLED panel's contrast is effectively infinite since OLEDs can turn off individual pixels to produce perfect blacks. The FHD+ IPS panel has an advertised contrast ratio of 2000:1, which is at the higher end for an IPS panel but still relatively low compared to other display technologies, like VA and OLED. Blacks will look gray in dim settings on the IPS panel.

The 4k+ OLED display gets bright enough for use in most indoor settings but not outdoors in broad daylight. It gets very dim at the lowest brightness setting, which helps reduce eye strain when viewing content in the dark. The FHD+ IPS display has an advertised brightness of 500 cd/m², which is bright enough for outdoor use, though you might still have trouble seeing dark-color content.

The 4k+ OLED display's reflection handling is outstanding. For the most part, reflections are only an issue when viewing dark-color content. They're visible when viewing light-color content with the screen at max brightness, but they aren't distracting at all. The FHD+ IPS panel has a matte finish (Dell refers to it as 'anti-glare') and likely performs similarly to the FHD+ panel on the Dell XPS 14 (2024).

The FHD+ IPS panel's black uniformity is likely worse since it's a backlit display with no local dimming.

The display's horizontal viewing angle is decent. Like most OLED panels, colors shift fairly quickly as you move to the side. The FHD+ IPS panel is likely better in regards to color shift but isn't as good when it comes to color washout and brightness loss.

The OLED display's vertical viewing angle is decent. Again, color shift is the main issue when viewing from above or below. It isn't too bad if you're only viewing documents, but you'll have to look at the screen more or less straight on if you need perfect accuracy for color-critical work.

The OLED display's out-of-the-box accuracy is great. The white balance inaccuracies are minor and hard to spot; however, the color dE is a little high due to oversaturation. Except for bright scenes, the gamma is too high, making most content look too dark. Also, like most OLEDs, there's some black crush, resulting in a loss of fine detail in dark scenes.

The 4k+ OLED display's color gamut is outstanding. It has full sRGB and near-full DCI P3 coverage, the color spaces used in most SDR and HDR content, respectively. Its Adobe RGB coverage is excellent but not enough for professional print photography, as it's missing the saturated greens that define Adobe RGB. The FHD+ IPS panel only has full sRGB coverage.

You can limit the color reproduction to a specific color space in the Dell PremierColor app. However, it doesn't seem to work properly when using the sRGB profile, as it limits the color reproduction to only 84% of the sRGB color space. The P3 profile works as intended, though; here are the measurements.

The OLED display's flicker is unlikely to be an issue for most people, as the flicker frequency is relatively high. The FHD+ IPS display is likely flicker-free.

The Dell XPS 16 has a good keyboard. Except for a few keys, most of the keys are very stable. They have a decent amount of travel and provide clear, satisfying tactile feedback. The operating force is on the high side, so it may feel a tad fatiguing after typing for an extended period. The problem with this keyboard—and the most common user complaint—is the design and layout. Although it feels spacious, the size of certain keys, like Caps Lock, can take some time to get used to. Also, the power button is right next to Backspace, so it's easy to hit it by accident (you can change the behavior of the power button so that it requires a longer press to activate). Another aspect that will require adaptation is the edge-to-edge keys. The lack of space between the keys means there's a higher chance of hitting an adjacent one, and the keycaps are almost completely flat, making it hard to feel the center of each key.

This laptop uses a capacitive function row. It shows the function keys by default; you can activate the media shortcuts by pressing Fn. You can also lock the capacitive row to the shortcuts by pressing Fn and Esc.

The Dell XPS 16 has a decent touchpad. Like its smaller sibling, the Dell XPS 14 (2024), the entire deck is a single piece of glass, with no indication as to where the touchpad starts and ends. You can see its size and location in this thermal image. Tracking is good for the most part; the problem is that because it's unclear where the touchpad ends, you can sometimes be right at the edge, making the tracking feel inconsistent. This design also makes it more likely to cause unintended activations when typing. As for the buttons, you can click anywhere since this is a haptic touchpad, meaning it has a haptic engine to simulate clicks instead of physical buttons. The haptic engine simulates the clicks well, providing clear tactile feedback.

The Dell XPS 16 has up-firing speakers on each side of the keyboard. They sound relatively natural, with very forward vocals and a decent amount of bass; however, they can be shouty at times, causing the speakers to rattle, even with the volume at 50%. Like its smaller sibling, the Dell XPS 14 (2024), they get very loud but sound harsh and sibilant at higher volume levels.

The Dell XPS 16 has an excellent webcam. The image looks detailed and well-exposed. Colors are vibrant and saturated, though the color temperature is quite warm, giving the whole image a slightly unnatural yellowish tint. Voices sound loud and clear over the microphone, with no noticeable static or background noise.

The Dell XPS 16's port selection is okay. Every configuration has the same number of ports, meaning they all have three USB-Cs, a MicroSD card reader, and a headphone jack. However, the USB-C specification changes depending on the GPU configuration, as models with Arc graphics, an RTX 4050, or RTX 4060 have Thunderbolt 4 support (up to 40Gbps data transfer speed, two 4k @ 60Hz displays) on all three USB-Cs, while models with an RTX 4070 have two Thunderbolt 4s and one (on the right side) USB 3.2 Gen 2 (up to 10Gbps data transfer speed). All USB-C ports support DisplayPort 1.4 and Power Delivery. The latter allows for fast charging of the laptop and other PD-compatible devices connected to the port.

If you need greater versatility in your port selection, consider the Framework Laptop 16 (2023), a modular laptop with a hot-swappable port system.

The Dell XPS 16's wireless adapter is an Intel Killer Wi-Fi 7 1750 (BE200).

The Dell XPS 16 is available with the following CPUs:

• Intel Core Ultra 7 155H (16 cores/22 threads, up to 4.8GHz, 24MB cache)
• Intel Core Ultra 7 165H (16 cores/22 threads, up to 5.0GHz, 24MB cache)
• Intel Core Ultra 9 185H (16 cores/22 threads, up to 5.1GHz, 24MB cache)

All three are high-performance CPUs from Intel's Meteor Lake family. Unlike Intel's 14th Gen (Raptor Lake) CPUs, these Core Ultra processors have additional low-power E-cores (LP-E) to handle light tasks, further improving efficiency, as well as an NPU (Neural Processing Units) for AI-based tasks, like background-blurring on video calls and image generation in photo some editing apps. These processors can handle general productivity tasks and more intensive workloads, like programming, 3D modeling, and video editing. Core composition is the same for all three CPUs: six performance cores, eight efficiency cores, and two low-power efficiency cores (6P+8E+2LP-E). The only difference is their clock speeds, which typically only result in a small performance boost.

The Dell XPS 16 is available with the following GPUs:

• Intel Arc Graphics (integrated)
• NVIDIA GeForce RTX 4050 Laptop GPU 6GB GDDR6 (discrete, 50W TGP)
• NVIDIA GeForce RTX 4060 Laptop GPU 8GB GDDR6 (discrete, 50W TGP)
• NVIDIA GeForce RTX 4070 Laptop GPU 8GB GDDR6 (discrete, 60W TGP)

Intel's Arc is an integrated GPU designed for light productivity tasks like text processing, web browsing, spreadsheets, and video playback. If you have a more GPU-intensive workload, it's best to get a model with one of the discrete GPUs ranging from entry-level (4050) to upper mid-range (4070) in NVIDIA's 40-series lineup. They can all handle difficult tasks like video editing and 3D graphics, so choosing between them depends on the complexity of your work, how smooth an experience you expect, and how quickly you want to complete tasks. Due to the laptop's thermal limitations, these GPUs run at relatively low wattages (all three have a recommended power range of 35-115W), so you're giving up some performance for the laptop's thin, compact design. As for gaming, all three can handle demanding games at 1080p, though in the case of the RTX 4050, you'll have to play with the lowest settings and rely on features like DLSS and Frame Generation (in supported games) to get playable frame rates.

You can configure the Dell XPS 16 with 16GB, 32GB, or 64GB of RAM. However, certain limitations apply, depending on the GPU configuration. Models with Intel Arc Graphics are only available with 16GB of LP-DDR5x 6400MHz, while models with an RTX 4050 or 4060 are available with up to 64GB of LP-DDR5x 6400MHz RAM. Models with an RTX 4070 are available with up to 64GB of LP-DDR5x 7467MHz RAM. The memory isn't user-replaceable.

You can configure the Dell XPS 16 2024 with 512GB, 1TB, 2TB, or 4TB of storage. The SSD is user-replaceable; the slot supports M.2 2230 and 2280 PCIe Gen 4 NVMe SSDs.

The Dell XPS 16 with an Intel Core Ultra 9 185H CPU and an NVIDIA GeForce RTX 4060 scores remarkably well in Geekbench 5. The posted results are averages obtained in the default Balanced mode—switching to the Ultra Performance mode has almost no effect. The Core Ultra 9 has strong single- and multi-thread performance, making it suitable for general productivity tasks and more demanding workloads like programming and machine learning. If you need even more processing power, there are significantly faster CPUs on the market, like the Dell Alienware m18 R2 (2024)'s Intel Core i9-14900HX and the Apple MacBook Pro 16 (M3, 2023)'s M3 Max SoC. As for the GPU, the RTX 4060 also performs well, though you can find laptops with NVIDIA 30-series GPUs that are equally fast. The RTX 4050 is roughly 20% slower, while the RTX 4070 is 20% faster. Intel's integrated Arc GPU is significantly slower and unsuitable for GPU-intensive workloads.

The Dell XPS 16 with an Intel Core Ultra 9 185H CPU scores remarkably well in Cinebench R23. This CPU can easily handle heavy multitasking and intensive, multi-threaded applications. The Ultra Performance mode reduces the amount of thermal throttling in sustained workloads, boosting the multi-thread score to 17,998, almost a 20% performance increase. The Core Ultra 7s (155H and 165H) are a tad slower. Check out the Lenovo ThinkPad P16 Gen 2 (2024) if you need a laptop with better multi-thread performance.

The Dell XPS 16 is outstanding for Blender work. Getting a model with an NVIDIA RTX discrete GPU is best, as the Intel CPU's integrated Arc GPU is much slower.

The NVIDIA GeForce RTX 4060 scores well in the Basemark GPU benchmark, though it's at the lower end for an RTX 4060. You can easily find laptops with an RTX 4050 or older NVIDIA 30-series GPUs that perform just as well, like the Lenovo Legion Pro 5 Gen 8 16 (2023). In practical terms, the RTX 4060 is a 1080p gaming GPU that can handle some games at 1440p, albeit with relatively low settings. The RTX 4070 is about 20% faster and will have an easier time at the QHD resolution, allowing you to get higher frame rates with fewer tweaks in the settings. The entry-level RTX 4050 is 20% to 25% slower than the RTX 4060 and can only handle graphically demanding games at 1080p. Intel's Arc is an integrated GPU designed for light productivity, so don't expect to play anything more intensive than puzzle-like games or older titles.

Models with an FHD+ display, Intel Arc Graphics, and/or an RTX 4050/4060 GPU will have longer battery life. If you want a similar laptop with a longer battery life, check out the Lenovo ThinkPad P1 Gen 7 (2024) or the HP ZBook Power G11 A (2024).

Borderlands 3 doesn't run very well on the Dell XPS 16 with an Intel Core Ultra 9 CPU and an RTX 4060 GPU. Although you can get well over 60 fps, the gameplay is a bit choppy due to frame drops. Models with an RTX 4070 will provide a smoother experience in this and other similarly demanding games, while models with an RTX 4050 will be slightly worse. Intel's integrated Arc graphics can't run this game smoothly.

Every configuration of the Dell XPS 16 can run Civilization VI and other similar games with few issues, though you'll have to play with relatively low graphical settings on models with Intel integrated graphics to get over 60 fps.

Every configuration with an NVIDIA discrete GPU can handle Counter-Strike 2 and other similarly demanding games with few issues.

Shadow of the Tomb Raider runs well on the Dell XPS 16 with an RTX 4060. Except for a few occasional stutters, the gameplay is very smooth. You can even play this and other similarly demanding games at 1440p with some tweaks in the settings.

The keyboard deck only gets mildly warm under load, and while the fans are audible, they aren't distracting at all. The bottom of the laptop reaches 43.2 °C (109.76 °F), which is still relatively cool and won't cause any discomfort.

The Dell XPS 16 2024 has a few pre-installed applications, including:

• Dell Digital Delivery: Lets you purchase and download software applications from Dell.
• Dell PremierColor: Lets you calibrate the display, change the color space, and activate Dell's window management feature.
• Dell SupportAssist: Scans your computer for firmware and driver updates.
• Intel Unison: Lets you connect your smartphone to the laptop, allowing you to send and receive messages, view photos taken on your smartphone, and transfer files, similar to Windows' MyPhone app.
• Killer Intelligence Center: Lets you optimize network performance.
• My Dell: Contains system and warranty information. Also contains various settings to apply noise cancellation during video calls, change the speakers' sound profile, and change the power settings.
• Solitaire & Casual Games: Solitaire, FreeCell, Spider, Mahjong, Sudoku, and other casual games.

The Dell XPS 16 2024 has a fingerprint sensor built into the power button and a facial recognition IR camera. You can use either to log in quickly, authorize purchases in the Windows Store, and auto-fill saved passwords on supported websites.