An ultra-thin laptop with Intel Core Ultra processor, Arc graphics, 16" OLED touch display, and 32GB memory.
Laptops With NPU
Explore the cutting-edge world of laptops with NPU, where advanced technology meets unparalleled efficiency. As artificial intelligence continues to revolutionize the way we work and play, laptops equipped with Neural Processing Units (NPU) are at the forefront, offering enhanced performance for AI-driven tasks. Whether you're a creative professional seeking seamless rendering capabilities or a tech enthusiast eager to experience the next level of computing, these laptops promise to deliver exceptional speed and intelligence. Dive into our selection and discover how NPUs can elevate your computing experience to new heights.
An AI-powered laptop featuring Intel Core Ultra processor, FHD+ touch display, and 16GB DDR5 memory.
A high-performance laptop with QHD+ display, Intel vPro platform, and 16GB LPDDR5x memory for seamless multitasking.
A powerful laptop with AMD Ryzen AI Pro processor, 32GB LPDDR5 memory, and FHD+ anti-glare display.
A powerful laptop featuring Intel Core Ultra, FHD+ touch display, and long-lasting battery life.
A versatile 2-in-1 laptop featuring an AMD Ryzen AI processor, 13.3" FHD+ touch display, and 16GB memory.
A powerful 16-inch workstation featuring Intel Core Ultra 5, 16GB RAM, 256GB SSD, and anti-glare display.
A lightweight laptop featuring a 16-inch 2.5K touch display, Intel Ultra 7 processor, and 1TB SSD.
A Latitude laptop with Copilot+, Windows 11 ARM, Snapdragon X Elite CPU, and long battery life.
A sleek laptop featuring an AMD Ryzen 5 processor, 16GB DDR5 memory, and a 14" FHD+ display.
A powerful 16" touch laptop with Intel Core 7 processor, 32GB DDR5 memory, and 1TB SSD.
A business laptop with FHD+ display, Intel Core Ultra processor, and optional 5G connectivity.
A slim 16-inch laptop featuring AMD Ryzen AI processor, 16GB RAM, FHD+ touchscreen, and Radeon graphics.
A sleek laptop with AMD Ryzen™ 5 processor, 16GB DDR5 memory, and FHD+ anti-glare display.
A slim, stylish laptop featuring an AMD Ryzen AI 7 processor, 32GB RAM, and QHD+ anti-glare display.
An all-in-one PC with Intel Core Ultra processor, 16GB DDR5 memory, and 256GB SSD storage.
A Latitude laptop with Snapdragon X Plus CPU, FHD+ display, and long-lasting battery life.
A slim 14" laptop featuring next-gen AMD Ryzen AI processor, 16GB DDR5 memory, and vibrant WUXGA display.
A sleek 16-inch touch laptop with Intel Core 7 processor, 16GB DDR5 RAM, and 1TB SSD.
A powerful business laptop featuring an AMD Ryzen™ 5 processor, 16GB memory, and FHD+ anti-glare display.
An all-in-one desktop with Intel Core Ultra 5 processor, 16GB DDR5 memory, and 512GB SSD storage.
A space-saving desktop with AMD Ryzen™ 5 processor, 16GB DDR5 memory, and 256GB SSD storage.
A slim 16" laptop featuring Intel Core Ultra 5, 16GB DDR5, 512GB SSD, and Windows 11 Pro.
A lightweight laptop featuring Intel Core Ultra processors, Arc graphics, 16GB memory, and a 16-inch touch display.
Laptops With NPU
Laptops with an NPU bring dedicated artificial intelligence hardware into the processor, helping the computer handle select AI workloads without relying entirely on the central processing unit or graphics processor. An NPU, or Neural Processing Unit, is designed for the repeated mathematical operations used by features such as background blur, voice isolation, live captions, transcription, image enhancement, and other real-time effects. Because these tasks can run on specialized hardware, an NPU may help improve responsiveness while using less power than running the same workload on more general-purpose components. It can also support on-device processing, allowing compatible applications to work with certain files, images, audio, or prompts locally instead of sending every request to a remote service. That local approach can be valuable for people who handle private notes, recorded meetings, personal photos, business documents, or other information they prefer to keep on their computer. NPU performance is often described in TOPS, meaning trillions of operations per second. A higher TOPS rating can indicate greater capacity for supported AI features, but it is only one part of the buying decision. Software compatibility, processor efficiency, memory, storage capacity, graphics capability, display quality, and battery size all influence how a laptop feels in everyday use. The products listed on this page are designed for shoppers who want a modern computer with built-in AI acceleration, whether they are replacing an older laptop, preparing for new software features, or choosing a capable portable computer for work, learning, creativity, and communication.
An NPU laptop can be a practical fit for a wide range of routines. A student may use one for lecture transcription, research organization, video calls, presentations, and creative projects while moving between classrooms, libraries, and home. A remote or hybrid worker may appreciate automatic framing, voice clarity, and background effects during meetings, especially when the laptop needs to keep other applications open at the same time. Writers, photographers, designers, and content creators can benefit from compatible tools that use AI to remove distractions from an image, refine audio, sort material, or speed up repetitive editing steps. For developers and technical users, an NPU can provide an efficient way to test supported machine-learning features on a personal computer, although demanding model training and specialized professional workloads may call for more powerful graphics hardware and additional system resources. Explore Laptops For AI Development for systems selected around development-focused needs. When comparing the laptops on this page, consider the size and weight that suit your routine, along with the ports needed for displays, cameras, headsets, storage accessories, or other peripherals. A compact screen can make travel easier, while a larger display may be more comfortable for spreadsheets, timelines, coding windows, and split-screen work. Touch capability, a comfortable keyboard, a precise touchpad, and a clear webcam can matter just as much as processing specifications. Battery life also deserves close attention: an efficient processor and NPU may help extend unplugged use during lighter workloads, but screen brightness, wireless activity, multitasking, and demanding applications will affect real-world results.
Choosing among laptops with NPUs often comes down to matching the computer’s strengths to the way it will be used. Look for enough memory to keep everyday applications, browser tabs, communication tools, and creative software running smoothly, and choose ample solid-state storage if you work with large photo libraries, video files, downloaded courses, or software projects. If gaming, 3D design, advanced video editing, or other graphics-intensive work is part of the routine, review the graphics hardware separately rather than assuming that a strong NPU replaces a dedicated graphics solution. For office productivity, schoolwork, travel, and family use, a balanced system with efficient performance, a quality display, dependable connectivity, and a comfortable design may be the better choice than simply selecting the highest AI performance rating. Security features, biometric login, privacy controls, warranty coverage, and support options can provide additional peace of mind when the laptop is used for work or shared across a household. These computers can also make thoughtful gifts for a student heading into a new school year, a family member learning creative software, or someone setting up a more flexible workspace during the cooler months. The most useful gift is one that fits the recipient’s habits: a lightweight design for frequent travel, a larger screen for home productivity, a strong microphone and webcam for regular calls, or extra memory and storage for creative projects. As AI-enabled applications continue to develop, an NPU-equipped laptop offers dedicated hardware ready for supported features today while providing a foundation for compatible tools that may become part of everyday computing over time.