The Samsung Galaxy Book4 Edge 16 boasts powerful Snapdragon X Elite processors and a stunning OLED display, but can it dethrone the MacBook Air 15 with its M3 chip and renowned battery life? We pit these two thin-and-light laptops against each other to determine the ultimate champion.
The Dell XPS 13 9345, powered by Qualcomm’s Snapdragon X Elite chipset, delivers impressive performance and battery life. While its design remains largely unchanged, the XPS 13 boasts a sleek and sturdy build. However, the keyboard and touchpad present some usability challenges. The XPS 13 9345 is a worthy contender for users seeking a compact, powerful laptop, but its high price and potential compatibility issues with Windows on Arm may warrant consideration.
The HP OmniBook X is HP’s first Copilot+ laptop, featuring the new Qualcomm Snapdragon X Elite chipset and Windows on Arm. This review delves into its design, performance, battery life, and display, comparing it to the MacBook Air M3 and other Windows laptops. While it doesn’t quite surpass the MacBook Air in efficiency, the OmniBook X stands out as a compelling alternative, offering a solid build, attractive price, and excellent productivity performance.
Dell has announced a major overhaul of its laptop lineup, with the introduction of the new Snapdragon X Elite chip. This chip powers the redesigned XPS 13, which features an edge-to-edge keyboard, capacitive touch buttons, and an invisible haptic touchpad. The XPS 13 also boasts an impressive 3K OLED display and up to 4TB of storage.
In addition to the XPS 13, Dell has also launched four other laptops with Snapdragon X chips: the Inspiron 14 and 14 Plus, and the Latitude 5455 and 7455. These laptops offer a range of features and configurations, including Snapdragon X Plus chips, 10-core processors, and NPU capabilities.
The Snapdragon X Elite chip is a major upgrade over previous Snapdragon chips, offering significantly improved performance and AI capabilities. This makes it possible to run demanding applications, such as video editing software and games, on laptops without sacrificing battery life.
The new Dell laptops with Snapdragon X chips are available for preorder now, with prices starting at $1,100. They are expected to be released later this year.
Qualcomm’s upcoming Snapdragon X Plus chip promises to bring enhanced AI capabilities to a wider range of ARM-powered laptops. While slightly less powerful than the flagship Snapdragon X Elite, the X Plus still delivers impressive performance, boasting a 10% advantage over the Apple M3 chip in multi-threaded CPU benchmarks. It also outperforms Intel’s Core Ultra 7 155H chip by 37% in Geekbench multi-threaded performance while consuming 54% less power.
The Snapdragon X Plus features 10 high-performance cores, running at 3.4 GHz, and a 45 TOPS NPU, offering significant AI capabilities. Qualcomm claims it is the world’s fastest NPU in laptops. These features enable tasks like code generation, music generation, and live captions through applications like Visual Studio, Audacity, and OBS Studio.
Laptops equipped with the Snapdragon X Plus are expected to be available in mid-2024, alongside models featuring the flagship Snapdragon X Elite. Pricing will vary based on factors such as screen size, battery life, and other components chosen by the laptop manufacturer.
Qualcomm is set to unveil its highly anticipated Snapdragon X Plus chip in mid-2024, promising groundbreaking performance and efficiency for laptops. With a custom-integrated Qualcomm Oryon CPU, packing 10 cores and a blazing 45 TOPS NPU, the X Plus aims to redefine on-device AI capabilities, potentially eclipsing industry giants like Intel Core Ultra and Apple M3.
Qualcomm’s Snapdragon X Plus is a new ARM-powered chip that offers a more affordable option than the X Elite. Based on the same Oryon CPU as the X Elite, the X Plus has 10 cores (compared to the Elite’s 12) and a lower clock speed of 3.4GHz (compared to the Elite’s 3.8GHz). Despite these differences, the X Plus still manages to outperform Apple’s M3 chip in a multi-threaded CPU benchmark. It is also considerably more power efficient than traditional x86 chips, using approximately 54% less power at peak performance than the Intel Core Ultra 7155H.
