Intel i7-1355U/16GB/512GB SSD/14" FHD/Win11Pro DG Win10Pro
The HP EliteBook 640 G10 is a high-performance laptop designed for professionals who require powerful computing capabilities and exceptional reliability. With its Intel i7-1355U processor, 16GB of memory, and a 14-inch Full HD display, this laptop delivers outstanding performance and a superior visual experience.
The 14-inch Full HD display offers crisp and vibrant visuals, making it perfect for tasks that require precise details and accurate color reproduction. Whether you're working on graphics-intensive projects, editing documents, or enjoying multimedia content, the display ensures a visually immersive experience.
Powered by the Intel i7-1355U processor and 16GB of memory, the EliteBook 640 G10 provides robust performance for multitasking, demanding applications, and resource-intensive tasks. You can effortlessly handle complex projects, run multiple applications simultaneously, and experience smooth performance without any lag or slowdown.
The 512GB SSD offers ample storage space for your files, documents, and multimedia content. The SSD also provides fast data access and quick boot times, ensuring efficient workflow and productivity.
The laptop comes with Windows 11 Pro pre-installed, with the option to downgrade to Windows 10 Pro if desired. Benefit from advanced features, enhanced security measures, and seamless integration with Microsoft services to maximize your productivity and protect your data.
The EliteBook 640 G10 includes a three-year onsite warranty, providing peace of mind and convenient support in case of any hardware issues. The onsite warranty ensures that if any problem arises with your device, you can get it serviced without the hassle of sending it away.
The HP EliteBook 640 G10 [86R58PA] is a powerful and reliable laptop that offers exceptional performance, stunning visuals, and advanced features. With its Intel i7 processor, generous memory, and high-quality display, this laptop is well-suited for professionals who require top-notch performance and reliability for their demanding workloads.