The Dell XPS 14 9440 and the 14-inch Samsung Galaxy Book4 Edge sit in the same 30-40 million VND bracket but follow two completely different philosophies. One bets on an RTX 4050 for rendering and light gaming, while the other uses a Snapdragon X Elite ARM chip to maximize battery life and ships with an AMOLED display as standard. The Galaxy Book4 Edge weighs just 1.16 kg, while the XPS 14 is nearly one and a half times heavier, and the eUFS SSD in the Galaxy is practically impossible to upgrade.
Dell XPS 14 9440 vs. Galaxy Book4 Edge 14: Spec Comparison
The Dell XPS 14 9440 and the Galaxy Book4 Edge 14 target the same audience: active office workers, creative freelancers, and anyone who wants a thin, light laptop with enough performance for real work. Starting prices are similar, but the specs point in two different directions.
| Specification | Dell XPS 14 9440 | Galaxy Book4 Edge 14 |
|---|---|---|
| CPU | Core Ultra 7 155H (16C/22T, boost 4.8 GHz) | Snapdragon X Elite X1E (12C, boost 4.0 GHz) |
| GPU | Intel Arc iGPU or RTX 4050 6GB (TGP ~30W) | Qualcomm Adreno X1 (iGPU) |
| RAM | 16/32/64GB LPDDR5x onboard | 16GB LPDDR5x 8448MHz onboard, max 16GB |
| SSD | 512GB-4TB PCIe Gen4 NVMe, 1 replaceable M.2 slot | 512GB eUFS, practically not upgradeable |
| Display | 14.5" IPS FHD+ 120Hz or OLED 3200x2000 | 14" AMOLED 2X 2880x1800 120Hz, touchscreen |
| Battery / Weight | 69.5Wh, 7-10h office use / ~1.68-1.8 kg | 55.9Wh, 10-15h office use with native ARM apps / ~1.16 kg |
| Ports | 3× Thunderbolt 4, microSD, 3.5mm jack | 2× USB4, HDMI 2.1, 3.5mm jack |
The XPS 14 uses the 16-core Intel Core Ultra 7 155H, and depending on the configuration it can add an RTX 4050 6GB with a TGP of around 30W. RAM ranges from 16GB to 64GB of LPDDR5x, and the PCIe Gen4 NVMe SSD sits in a single M.2 slot that you can swap after purchase. The entry model has an IPS FHD+ 120Hz panel, while the higher-end version gets a 3200x2000 OLED touchscreen.
The Galaxy Book4 Edge goes with the 12-core ARM-based Snapdragon X Elite, with only 16GB of LPDDR5x soldered onboard and a 512GB eUFS SSD that cannot be upgraded. In return, the 2880x1800 120Hz Dynamic AMOLED 2X display comes standard, even on the cheapest model. One point worth stating plainly: because of the ARM architecture, some Windows software runs through an emulation layer, so you may run into compatibility problems with older apps or specialized drivers. The XPS 14 uses x86 Intel, so all Windows software runs natively.
RTX 4050 vs. Adreno X1: Who Needs a Discrete GPU, and Who Doesn't?
On raw CPU performance alone, the Snapdragon X Elite competes evenly with the Core Ultra 7 155H in native ARM workloads, especially in performance per watt. But a lot of professional software, such as Adobe Premiere with certain plugins, some DAWs, and engineering applications, still runs through emulation on ARM. The Dell XPS 14 9440 with its Core Ultra 7 155H runs all x86 Windows software natively, so it carries no such risk.
The GPU is where the gap is clearest. Even at a 30W TGP, the RTX 4050 6GB renders in Blender, Premiere, and DaVinci through CUDA far faster than the ARM iGPU. According to NotebookCheck, Cyberpunk 2077 at 1080p Low reaches around 40-50fps, and Shadow of the Tomb Raider tops 80fps. For the Adreno X1 in the Galaxy, there are no solid figures yet for demanding Windows games, since results depend on ARM compatibility.
The Galaxy Book4 Edge makes up for it with a 45 TOPS Hexagon NPU, which handles light AI tasks such as Copilot+ PC features, noise cancellation, and background blur very smoothly while using little power. If your workflow revolves around Microsoft 365, Teams, Zoom, and popular ARM-native apps, the Galaxy runs cool and saves a significant amount of battery. But if you need heavy Lightroom use or regular video rendering, you still need to pick an Intel machine.
The real downside of the XPS 14 is battery life: with the 69.5Wh battery and the RTX 4050 dGPU enabled, you get roughly 5-7 hours of mixed work in practice. The Galaxy Book4 Edge has a smaller 55.9Wh battery, but ARM efficiency is good enough to reach 10-15 hours of native office use. If you often work away from an outlet, that gap is hard to ignore. For more on where the XPS line is heading, see Dell XPS 16 2026, Dell's flagship laptop returns.
Display, Storage, and Who Should Choose Which Laptop?
The display is where the Galaxy clearly wins at the base level: a Dynamic AMOLED 2X panel at 2880x1800 with 120% DCI-P3 and an anti-reflective coating comes standard. The entry-level XPS 14 uses a decent IPS FHD+ panel, but it can't compete on color depth. To get OLED on the XPS 14, you have to step up to a higher configuration with the 3200x2000 display, which raises the price further.
On storage, the PCIe Gen4 NVMe SSD in the XPS 14 is a long-term advantage: you can swap the SSD after a few years when you need more capacity or when the old drive fails. The Galaxy Book4 Edge uses a 512GB eUFS drive that is practically fixed. Anyone who stores a lot of data or keeps a laptop for many years should think carefully before choosing the Galaxy.
Who should choose the Dell XPS 14 9440 2024 premium Ultrabook laptop: people who need an RTX 4050 for rendering, CUDA, or light gaming; who use a lot of professional Windows software that doesn't support ARM yet; who want to upgrade RAM to 32/64GB or swap the SSD later; and who accept carrying about 600g more in exchange for a discrete GPU. Who should choose the Samsung Galaxy Book4 Edge 14-inch 2024 AMOLED Ultrabook: people who put a light carry first (1.16 kg), want a great OLED display out of the box, mainly work in office, web, and media apps that are widely supported, and need a battery that lasts all day.
Frequently Asked Questions (FAQ)
Is the 30W RTX 4050 in the Dell XPS 14 9440 powerful enough for rendering and design work?
A 30W TGP is not an ideal figure for the RTX 4050, but it is enough for DaVinci Resolve, Premiere Pro, and Blender at typical resolutions. CUDA acceleration makes exports noticeably faster than with an iGPU alone. If you do serious graphics work every day, the 30W RTX 4050 is still a real plus compared with having no dGPU.
How long does the battery actually last on each laptop?
The Galaxy Book4 Edge 14 with the Snapdragon X Elite reaches 10-15 hours in light office use, and drops to 2-3 hours under sustained heavy load. On the Dell XPS 14 9440 with the RTX 4050 active, the fan is clearly audible during rendering or gaming, and real-world battery life is 5-7 hours of mixed use. The version with only the Intel Arc iGPU runs cooler and quieter, with battery life edging up to 7-10 hours.
How big is the price difference, and are the RAM/SSD upgrades worth it?
Both fall in the same 30-40 million VND bracket. The Galaxy Book4 Edge 14 comes only in a fixed 16GB/512GB configuration. The Dell XPS 14 9440 offers more choices, from a 16GB iGPU model to a 32GB RTX 4050 model, with a gap of roughly 5-8 million VND depending on timing. The SSD in the XPS 14 can be replaced after purchase, while the Galaxy's cannot.
Which software has problems on the ARM-based Galaxy Book4 Edge?
Popular apps (Office, Chrome, Teams, Zoom, Spotify) already have native ARM versions that run well. The problems lie with professional software that hasn't been compiled for ARM yet: some Adobe Premiere plugins, DAWs such as older versions of FL Studio, and specialized CAD/ERP engineering software. If your workflow depends on specific software, check ARM compatibility before you buy.
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