Laptop HP ProBook 465 G11 / AMD Ryzen™ 5 / RAM 16 GB / SSD Drive / 16,0″ WUXGA

Discover the exceptional performance and sleek design of the HP ProBook 465 G11, a robust laptop built to meet the demands of both professionals and tech enthusiasts. With its powerful Ryzen 5 processor and stunning 16-inch WUXGA display, this laptop ensures superior computing experiences. The perfect blend of advanced graphics and dependable connectivity ports makes it an excellent choice for seamless productivity.

Main advantages

• Impressive Performance: Harness the power of a Ryzen 5 processor, delivering efficient multitasking and dynamic responsiveness.
• Stunning Visuals: Enjoy vivid, clear imagery on the 16-inch WUXGA display with an anti-glare LED screen.
• High-Speed Storage: Equipped with an SSD featuring NVMe technology, ensuring rapid boot times and quick access to data.
• Comprehensive Connectivity: Includes HDMI 2.1, USB-C 3.2, and USB-A 3.2 ports for extensive peripheral connection options.
• Wireless Freedom: Stay connected effortlessly with integrated Wi-Fi and Bluetooth capabilities.

Who buys this product

This laptop is ideal for professionals seeking reliable performance for day-to-day tasks, students in need of a versatile tool for their studies, and creative enthusiasts who require a bit more power for light design work. Its balance of power and portability suits dynamic lifestyles and work-from-anywhere scenarios.

Upgrade options

Tailor your device to meet evolving needs with options for memory and disk upgrades. Adding more RAM or expanding storage can further boost performance, transforming your laptop into a more formidable tool. Always consult a professional before performing an upgrade.

Why choose a refurbished device

Opting for a refurbished HP ProBook 465 G11 not only provides a cost-effective solution but also supports sustainability. Each unit undergoes a professional refurbishment service and adheres to a standardized quality rating system, ensuring excellent condition and reliable performance. Choosing this path contributes to reducing electronic disposal while granting access to high-quality technology.