Dell XPS 15 (2023) Laptop Review

The Dell XPS 15 2023 has a sleek, premium design with thin bezels, a CNC-machined aluminum chassis, a glass touchpad, a carbon fiber keyboard deck, and up-firing speakers on each side of the keyboard. The air vents are on the bottom and the back of the laptop. There's only one color: Platinum Silver exterior with a black interior.

The Dell XPS 15's build quality is outstanding. Its aluminum chassis and carbon fiber keyboard deck feel sturdy, exhibiting only a small amount of flex on the lid and display and almost none on the keyboard deck. The whole device feels hefty and evenly balanced. The finish doesn't scratch easily but picks up some fingerprints and smudges.

The hinge is outstanding. It feels smooth when opening and closing the lid, with just the right amount of resistance to keep the screen stable while allowing for a one-handed lift.

The Dell XPS 15 and its power adapter are compact and lightweight.

The Dell XPS 15's serviceability is great. Accessing the internals is relatively easy; you need to remove eight T5 screws and use a prying tool to undo the clips holding the bottom panel. The clips feel a bit fragile, so you must be careful. Once inside, all the replaceable parts are easily accessible. Both storage slots support M.2 2280 PCIe Gen 4 SSDs.

You can see the service manual here.

• Dell XPS 15 laptop
• 130W USB-C power adapter and cord
• USB-C to USB-A/HDMI adapter
• Documentation

The Dell XPS 15 9530 is available with the following displays:

• 15.6" IPS 1920 x 1200
• 15.6" OLED 3456 x 2160 Touchscreen

A FHD+ (1920 x 1200) resolution looks decently sharp on a 15.6-inch screen. You can make out individual pixels up close, but it isn't an issue at typical viewing distances. The 3.5k (3456 x 2160) OLED panel looks much sharper (261 PPI), but it'll consume more power, so expect a shorter battery life. Both displays have a 16:10 aspect ratio, which is quickly becoming the norm. It's great for productivity, as the increased vertical space—compared to a standard 16:9 display—lets you see more information when reading a document or website, so you don't have to scroll as much. Only the 3.5k OLED display supports touch input.

The Dell XPS 15 is only available with 60Hz displays. The IPS panel has a slow response time, resulting in visible ghosting behind fast-moving objects. The OLED panel will likely perform better, as it has a faster advertised response time of 2ms. Neither display supports VRR to reduce screen tearing when gaming. Check out the Dell XPS 16 (2024) if you want a similar laptop with a high-refresh display.

The IPS panel has a good contrast ratio, but still relatively low compared to other display technologies like VA and OLED. This contrast level makes blacks look gray in dim settings. The 3.5k OLED display has a much higher contrast ratio and will produce perfect blacks since OLED panels can turn off individual pixels.

The FHD+ display gets bright enough for use in most indoor settings. You can use it outdoors in broad daylight, but you'll likely have trouble seeing dark-color content. The 3.5K OLED panel has a lower advertised brightness of 400 cd/m².

The FHD+ display handles reflections well. Its matte coating does a good job of diffusing and reducing the intensity of bright light sources. Reflections are only a problem when viewing dark-color content. The 3.5k OLED panel has a glossy finish and will likely struggle more with direct, mirror-like reflections.

The FHD+ display's black uniformity is okay. There's a bit of clouding throughout the screen and backlight bleed at the top and bottom edges. These uniformity issues are only visible when viewing dark content in a dim setting. The 3.5k OLED panel has perfect black uniformity because OLEDs can turn off individual pixels.

The FHD+ display has a good horizontal viewing angle. The image remains accurate until you reach a moderately steep angle to the left or right, so you can share the screen with someone else, even for color-critical work, as long as the other person isn't too far off to the side. The 3.5k OLED panel will likely perform better regarding color washout and brightness loss, but it'll struggle more with color shifting.

The FHD+ display has a decent vertical viewing angle. Image accuracy doesn't degrade much when viewing from slightly above or below, which is handy when you don't have space to tilt the screen to your liking, like on an airplane or a bus. That said, it's best to look at the screen straight on if you need perfect image accuracy. Like the horizontal viewing angle, the 3.5k OLED panel will likely perform better regarding color washout and brightness loss but struggle more with color shifting.

The FHD+ display's out-of-the-box accuracy is bad, but only if you don't use the default color profile. This is because the panel relies heavily on the ICC profile to fix many of the inaccuracies, which can be problematic because Windows doesn't consistently apply the profile across every application. Without the color profile, greens, reds, yellows, and cyan look oversaturated, and the white balance is noticeably off at higher brightness levels due to the warm color temperature. The gamma doesn't follow the sRGB curve; dark scenes are too dark, while bright scenes are too bright. With all that said, the display doesn't look bad; it just isn't ideal for color-critical work. If you care about accuracy but don't plan on calibrating the display, it's best to use the default color profile because it's much more accurate. Here are the default color profile's measurements:

• Average White Balance: 3.08
• Average Gamma: 2.14
• Average Color dE: 2.69
• Average Color Temperature: 6721

The FHD+ display has an excellent color gamut. It's essentially an sRGB panel, meaning it only has full coverage of the commonly used sRGB color space. It has excellent coverage of the wider Adobe RGB and DCI P3 color spaces but not enough for professional print photography or HDR video production. The 3.5k OLED panel has full DCI P3 coverage.

The backlight is entirely flicker-free, which helps reduce eye strain. The OLED panel likely flickers.

The Dell XPS 15 has a great keyboard. It feels spacious and is relatively easy to get used to. The keycaps feel high-quality; a little too hard but premium-feeling. Key stability is great except at the edges of the keyboard, where some keys wobble more. The keys have a decent amount of travel and provide satisfying tactile feedback; however, their operating force is on the higher side, which can cause fatigue over an extended period. The placement of the keyboard on the deck can also cause fatigue. Its position gives you a lot of room to rest your wrist, but you need to extend your arms further to type, which can be tiring if you aren't used to it. Typing noise is low but loud enough to give you audio feedback. You can adjust between two backlight brightness levels or turn it off completely. The backlight is white with a slight blueish tint.

The touchpad is outstanding. It's large but not to the point that it's in the way when typing, and its smooth surface allows the fingers to glide freely. It tracks all movements and gestures well, and palm rejection works as intended. The buttons feel satisfyingly clicky, but you can only click in the bottom half of the touchpad. The double-clicking issue reported on previous models of the XPS 15 isn't present here.

The Dell XPS 15 2023's speakers produce a full and natural sound with a decent amount of bass. Volume-wise, although they get very loud with minimal compression artifacts, they rattle a bit at high volume levels.

The webcam's video quality is bad. The main issue is the exposure, which is far too low. Otherwise, the image has some fine details and relatively natural-looking colors. There's a fair amount of noise, but it isn't overly distracting. Voices sound clear over the microphone but could be a tad louder.

The Dell XPS 15 has an okay port selection. The USB-C on the right supports USB 3.2 Gen 2 data transfer speed (up to 10Gbps), while the other two on the left support Thunderbolt 4 (up to 40Gbps data transfer speed and two 4k displays @ 60Hz). All three USB-Cs support DisplayPort and Power Delivery. The latter lets you fast charge the laptop and other PD-compatible devices connected to the port (up to 15W). The laptop comes with a USB-C to USB-A/HDMI adapter.

Windows task manager indicates that the wireless adapter is an Intel Wi-Fi 6E AX211; however, Dell's specifications indicate that the adapter only supports Wi-Fi 6. Some reviewers and users have reported that they couldn't detect or connect to a 6GHz network (6E gives access to the 6GHz spectrum, not Wi-Fi 6), while others say they had no problems connecting and using the 6GHz connection. Unfortunately, we don't have a Wi-Fi 6E router to test the Wi-Fi support.

The Dell XPS 15 9530 is available with the following CPUs:

• Intel Core i5-13500H (12 cores/16 threads, up to 4.70GHz, 18MB cache)
• Intel Core i7-13700H (14 cores/20 threads, up to 5.00GHz, 24MB cache)
• Intel Core i9-13900H (14 cores/20 threads, up to 5.40GHz, 24MB cache)

All three are high-performance, 45W CPUs typically found in gaming laptops and mobile workstations. They can handle light productivity tasks and demanding workloads like video editing, 3D graphics, and gaming. They all have a hybrid design with a mix of performance and efficiency cores; the Core i5 has four performance and eight efficiency cores, while the Core i7 has six performance and eight efficiency cores. The Core i9 has the same number of cores as the i7 but runs at higher clock speeds. The choice of the CPU depends on your workload. More cores will give you better multi-threaded performance. In the case of the i9, the increased clock speeds will result only in a small performance boost, and it'll likely throttle more than the i7. The Core i7 gives you the most GPU options because you can pair it with any GPU, whereas the i5 is only available with an Intel Arc A370M or RTX 4050, and the i9 is only available with an RTX 4060 or 4070.

The Dell XPS 15 is available with the following GPUs:

• Intel Arc A370M 4GB GDDR6 (Core i5 and i7 only)
• NVIDIA GeForce RTX 4050 Laptop GPU 6GB GDDR6 (40W TGP, Core i5 and i7 only)
• NVIDIA GeForce RTX 4060 Laptop GPU 8GB GDDR6 (40W TGP, Core i7 and i9 only)
• NVIDIA GeForce RTX 4070 Laptop GPU 8GB GDDR6 (40W TGP, Core i7 and i9 only)

The base model has the Intel Arc A370M, and from there, you can upgrade to one of the NVIDIA discrete GPUs, with some limitations, as described in the CPU section above. The Intel A370M is a discrete GPU, but it's fairly low-power and only performs slightly better than integrated graphics. The only advantage is that it has dedicated VRAM. The NVIDIA GeForce RTX 40-series will perform significantly better than the Intel Arc A370M. That said, due to the laptop's thin design and limited cooling, these NVIDIA GPUs run at a fairly low wattage of 40W, which is at the lower end of their 35-115W power spectrum. This means that while they have a fair amount of processing power, they won't perform as well as another similar-specced laptop with a more effective cooling system. The choice of the GPU depends on your workload. All of the NVIDIA GPUs can handle demanding tasks; it's just a matter of how smooth an experience you expect and how fast you want to complete your work.

For gaming, getting a model with an NVIDIA GPU is best. The Intel A370M can handle some lighter games, but you'll have to play with low settings for the most part. The RTX 40-series GPUs will provide a much smoother gaming experience at 1080p and can even handle some games at 1440p. They also have better game drivers and features like DLSS (Deep Learning Super Sampling), Frame Generation, and ray tracing.

You can configure this laptop with 8GB, 16GB, 32GB, or 64GB of RAM. The memory is user-replaceable.

You can configure this laptop with 512GB, 1TB, 2TB, 4TB, or 8TB of storage. The SSD is user-replaceable. There are two slots; both support M.2 2280 PCIe Gen 4 SSDs.

The Dell XPS 15 has an outstanding overall score in the Geekbench 5 synthetic benchmarks. The Intel Core i7-13700H has no problems handling general productivity tasks and more demanding, multi-threaded workloads like video editing and 3D graphics. You can slightly boost performance by enabling the Ultra Performance mode in the MyDell application. Doing so increases the single-thread score to 1891 and the multi-thread score to 12,413, roughly a 4% to 5% performance boost in both cases. The Core i5-13500H will be noticeably slower, especially in multi-threaded workloads, while the Core i9-13900H will be slightly faster.

As for the GPU, the Intel Arc A370M performs reasonably well. It's better than most integrated graphics but still falls far behind most discrete GPUs, even entry-level ones like the NVIDIA GeForce GTX 1650. The Ultra Performance mode increases the score to 32,077, a 4% increase. If you need to perform GPU-intensive tasks, getting a model with an NVIDIA GPU is best, as you'll get a smoother experience and complete tasks faster.

The Dell XPS 15 performs exceptionally well in the Cinebench R23 benchmarks. The Core i7-13700H has no problems handling demanding multi-threaded applications and general heavy multitasking. Switching to the Ultra Performance mode only increases the performance by roughly 2%. The Core i5-13500H will be slower, while the Core i9-13900H will be faster.

Both the Intel Core i7-13700H CPU and Intel Arc A370M GPU can render images relatively quickly. The Ultra Performance mode shortens the CPU render time to 2.95 minutes and the GPU render time to 1.29 minutes, a 3% and 12% performance boost, respectively. That said, you can get much better performance on a model with an NVIDIA GPU because the NVIDIA GPUs support Optix hardware acceleration, resulting in much shorter render times.

The Dell XPS 15 with an Intel Arc A370M GPU has a mediocre score in the Basemark GPU benchmark. The A370M is better than most integrated graphics but still far behind entry-level discrete GPUs like the NVIDIA GeForce GTX 1650. Enabling the Ultra Performance mode boosts performance by roughly 5%, resulting in an average score of 30,669. If you want to game, getting a model with an NVIDIA RTX 40-series GPU is best. The RTX 4050 is better suited for 1080p gaming but can handle some games at 1440p with low settings. If you want to play primarily at 1440p, go with an RTX 4060 or, better yet, a 4070. The latter will give you more headroom to play with higher graphical settings.

The 512GB SSD's performance is outstanding. The sequential read speed is particularly fast, allowing the system to quickly boot up, launch apps, and retrieve large data sets. The other SSDs are likely faster, as larger-capacity drives usually perform better.

The Dell XPS 15's battery life is excellent. You can easily get through a typical 8-hour day of light productivity on a full charge. However, it takes a while to charge the battery fully. Models with a 3.5k OLED panel and/or an NVIDIA discrete GPU will have shorter battery life.

Borderlands 3 runs poorly on the Dell XPS 15 with an Intel Arc A370M GPU. Even though you can get over 60 fps with the lowest graphical settings, the game is very choppy due to frequent frame drops. The Ultra Performance mode only boosts the performance by about 5%, resulting in an average frame rate of 32 fps at 1080p with high settings. Models with an NVIDIA RTX 40-series GPU will give you a significantly better gaming experience, though you'll still have to lower some settings to achieve smooth gameplay.

Civilization VI runs reasonably well on the Dell XPS 15 with an Intel Arc A370M GPU. There are occasional stutters, but the gameplay is relatively smooth overall. Enabling the Ultra Performance mode increases the average frame rate to 66 fps (3.9% increase) with high settings and 122 fps (8.5% increase) with low settings. Models with an NVIDIA GeForce RTX 40-series GPU will have no problems running this game. The turn time is decent and within the expected range for an Intel 13th Gen CPU. Upgrading to the Core i9 won't significantly improve the turn time.

Every model of the Dell XPS 15 can run CS:GO smoothly without any issues. You can even play this game at 1440p on models with an NVIDIA GeForce RTX 40-series GPU and still get high, consistent frame rates. The Ultra Performance mode boosts performance by 6% at 1080p with high settings and 3.5% with low settings, resulting in an average of 176 fps and 206 fps, respectively.

Shadow of the Tomb Raider doesn't run on the Dell XPS 15 9530 with an Intel Arc A370M GPU. The game crashes upon launch due to a GPU error, regardless of the settings used. Models with an NVIDIA GeForce RTX 40-series GPU will likely run this game without many issues and provide relatively smooth gameplay, even with DLSS disabled.

The keyboard is only mildly warm when idle but gets quite hot under load, making it uncomfortable to type on. Thankfully, the fans are relatively quiet. The keyboard temperature and fan noise remain the same in the Ultra Performance mode. Most user feedback indicates that the fan noise is much louder, though it seems like it's only on models with an NVIDIA discrete GPU.

The Dell XPS 15's performance over time is great. The Intel Arc A370M GPU's performance loss is very minimal, as its temperature is relatively low. In contrast, the CPU gets very hot and noticeably throttles under load. It gets even hotter in the Ultra Performance mode, reaching 99°C (210.2°F), but it doesn't throttle as much, with an average performance loss of 9%. The Core i9-13900H will likely get hotter and throttle more. If you want a laptop with better performance over time, check out the Apple MacBook Pro 16 (M3, 2023).

The Dell XPS 15 2023 has many pre-installed applications, including:

• Dell Digital Delivery: Lets you purchase and download software applications from Dell.
• Dell Pair: Allows for seamless pairing of Dell-branded Bluetooth devices.
• Dell SupportAssist: Scans your computer for firmware and driver updates.
• Dell Update: Helps keep the firmware and drivers up to date.
• Killer Intelligence Center: Lets you monitor Wi-Fi traffic and optimize network performance.
• McAfee: Antivirus software.
• MyDell: Contains additional information about the laptop and lets you access power profiles to improve performance.
• Solitaire & Casual Games: Solitaire, FreeCell, Spider, Mahjong, Sudoku, and other casual games.
• Spotify: App for the music streaming service.

The Dell XPS 15 has a fingerprint sensor built into the power button and an IR facial recognition camera. You can use either one to log in quickly, authorize purchases in the Windows Store, and auto-fill saved passwords on supported websites.