Laptop HP PRO X360 435 G10 / AMD Ryzen™ 7 / RAM 16 GB / SSD Drive / 13,3″ FHD

The Laptop HP PRO X360 435 G10 is a sleek and versatile device, offering a dynamic computing experience. This convertible laptop combines powerful processing capabilities with stunning visuals, making it the perfect companion for work and play.

Main advantages

Experience exceptional multitasking power with the AMD Ryzen 7 processor coupled with dedicated AMD Radeon Graphics. Its impressive octa-core performance ensures seamless execution of demanding applications. The high-speed NVMe SSD ensures rapid boot times and enhanced access to your files and programs. The 13.3" FHD display, with its BrightView gloss finish, delivers vibrant colors and sharp details, perfect for video streaming or creative work. Connectivity options, including HDMI, USB-C, multiple USB ports, and Bluetooth, keep you connected to all your essential peripherals.

Who buys this product

Ideal for professionals who require robust performance for intense tasks and creatives who demand vivid visual clarity. Frequent travelers will appreciate its compact size and flexible design. Students needing a reliable and enduring tool for studies will find this laptop an excellent choice.

Upgrade options

Enhance your device’s performance with scalable disk and memory options Customize your laptop to meet evolving productivity and entertainment needs Always consult a professional before performing an upgrade

Why choose a refurbished device

Opting for a refurbished device means accessing high-quality technology with a reduced environmental footprint, contributing to a sustainable future. Thanks to a professional refurbishment service, this laptop meets a standardized quality rating system, ensuring performance and reliability. Refurbished devices offer exceptional value, combining affordability with top-tier specifications, making them a smart investment for those seeking premium quality without compromise. This laptop is an excellent choice for users prioritizing efficiency and reliability in a compact, adaptable device.