Dell review
Dell XPS 16 9640
The Dell XPS 16 9640 pairs striking futuristic design with strong hardware performance, but ultra-dense glass construction and soldered internals present clear long-term ownership tradeoffs.


The Dell XPS 16 9640 pairs striking futuristic design with strong hardware performance, but ultra-dense glass construction and soldered internals present clear long-term ownership tradeoffs.
Pros
- +Stunning CNC aluminum chassis with a sleek glass palm rest
- +Vibrant high-resolution display options with exceptional color depth
- +Strong GPU and CPU performance for demanding workloads
- +Rich, immersive audio setup
Cons
- −Capacitive function row offers zero tactile feedback
- −Soldered memory eliminates future RAM upgrades
- −High thermal density causes fan noise and heat under load
- −Integrated glass palm rest deck requires extreme care during teardowns
Overview
The Dell XPS 16 9640 represents a major redesign for Dell's flagship performance laptop line. Shifting toward a ultra-minimalist aesthetic, it blends high-performance hardware with experimental input design. Built around Intel Core Ultra processors and discrete NVIDIA GeForce RTX graphics, this machine aims to serve demanding creators, software developers, and executive power users who need serious compute power inside a thin 16-inch chassis.
However, cramming heavy-duty hardware into an ultra-sleek shell introduces clear ownership realities regarding thermal stress, battery longevity, and maintenance difficulty that prospective buyers must weigh.
Design and build
In hand, the XPS 16 9640 feels undeniably premium. The exterior is crafted from precision-milled CNC aluminum, paired with an edge-to-edge glass palm rest inside. There are no visible trackpad borders; instead, an invisible haptic trackpad is integrated directly beneath the center glass deck. Above the keyboard, Dell replaced traditional physical function keys with a flush capacitive touch row.
While this construction creates a striking futuristic look, it poses notable durability risks over a multi-year lifespan. The seamless glass palm rest leaves no tolerance for accidental chassis flex. Furthermore, opening the bottom casing to service internal components requires extra care—improper prying can easily crack the surrounding glass deck or sever the delicate ribbon cables feeding the capacitive function bar.
Everyday performance
Under typical daily workflows—web browsing, document processing, media playback, and light editing—the XPS 16 9640 operates smoothly and quietly. Display offerings, particularly the high-resolution OLED touchscreen configurations, deliver remarkable contrast and accurate color reproduction that visual professionals will love.
When pushed into sustained multi-threaded workloads like 3D rendering, video encoding, or heavy data compiling, the hardware unleashes impressive raw speed. However, because space is tight, the internal dual-fan cooling system works aggressively to displace heat. Surface warmth on the bottom chassis and keyboard deck becomes noticeable quickly during extended creative sessions.
Battery, durability, and longevity
Battery runtime varies significantly based on display configuration and workload. Under light productivity tasks, the battery easily gets through standard working sessions. However, engaging the discrete graphics processor or driving a high-brightness OLED panel causes power draw to spike rapidly.
From a long-term durability perspective, internal heat management is the main factor. Running high-wattage processors in a slim chassis generates concentrated internal heat, which can accelerate lithium-ion battery degradation over two to three years of daily compute work. Additionally, system memory is soldered directly to the motherboard, meaning your memory capacity is fixed at purchase with no path for future hardware upgrades.
Common issues owners hit
Over continuous usage cycles, XPS 16 9640 owners routinely encounter a few specific hardware and thermal patterns:
- Thermal Throttling & Dust Accumulation: Fine dust slowly coats the dual-fan heat sinks, gradually worsening thermal dissipation and causing CPU/GPU frequency drops during heavy renders.
- Capacitive Touch Row Unresponsiveness: The touch-sensitive function row can occasionally freeze or fail to register key presses, requiring software driver reinitialization.
- Haptic Trackpad Boundary Confusion: Because there is no tactile boundary for the trackpad area, accidental palm inputs and misclicks can happen during fast typing.
- Battery Degradation & Swelling: High operational temperatures over extended ownership periods increase the likelihood of battery cell degradation or eventual swelling.
If you run into hardware anomalies or need teardown guidance, you can reference our device hub and broader problems hub to better understand component arrangements and disassembly safety steps.
Who it's for
The XPS 16 9640 is best suited for visual creators, developers, and executives who prioritize premium design, display quality, and strong modern performance. If you value a sleek, minimalist desk setup and do not mind using adapter dongles or taking extra care during maintenance, it offers a distinct high-end experience. However, users seeking easy component upgrades or classic mechanical function keys may prefer a more traditional workstation.
Bottom line
The Dell XPS 16 9640 is a visually stunning laptop that delivers genuine high-end compute capability. Its glass-and-aluminum design compromises long-term repairability and thermal efficiency, but for owners who prioritize cutting-edge aesthetics alongside heavy-duty processing power, it remains a high-tier portable workstation.
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Verdict
The Dell XPS 16 9640 is a bold step forward in executive laptop design, offering great performance and brilliant screens. However, low internal modularity and high thermal stress mean long-term owners must be proactive about maintenance.

