HP - OmniBook Ultra Laptop Computer 14" 3K Touch Screen Intel Core Ultra X9 - Eclipse gray aluminum

Overview. Break through AI workloads while multitasking seamlessly with the lightweight, ultra-thin HP Omni. Book Ultra. This premium 14-inch laptop is designed for fast multitasking and AI-powered performance, ideal for those seeking reliability for business, remote, and hybrid work. Its vivid 3K OLED touchscreen and durable design make it a strong fit for professionals working from anywhere. Features. Slim enough to go. Strong enough to go further. Take high performance anywhere with an ultra-thin, ultra-light design crafted from forged aluminum. Uncompromised performance. Powered by you. Break through AI workloads with Intel® Core™ Ultra performance and advanced graphics for smooth productivity. Smarter tools. Sharper you. Unlock your potential with AI tools like adaptive intelligence, 3K OLED, an AI-powered camera, and immersive audio. Built for a better tomorrow. Designed using 80% recycled aluminum and 40% post-consumer recycled plastics. The EPEAT Gold with Climate+ and ENERGY STAR® certified design. Software included1-month Adobe free trial offer; Mc. Afee Online Protection 30-day trial; Xbox Game Pass Premium 2-month trial. Copilot in Windows with Copilot key1 month trial for new Microsoft 3.5 customers. HP Support Assistant; HP BIOS Protection; OMEN Gaming Hub. Disclaimers Testing is not intended to demonstrate fitness of U. S. Department of Defense (Do. D) contract requirements or for military use. Test results are not a guarantee of future performance under these test conditions. Accidental damage requires an optional HP Accidental Damage Protection Care Pack. Features and software that require a NPU may require software purchase, subscription or enablement by a software or platform provider, and third-party software may have specific configuration or compatibility requirements. Potential NPU inferencing performance varies by use, configuration, software and other factors. Display measured diagonally. All performance specifications represent the typical