Grade T1 - Excellent condition with some signs of use
Warranty
Enjoy the peace of mind that your product is covered with a guarantee on both parts and labour.
Excellent condition
This item is in full working order and excellent cosmetic condition with some possible light marks. Our expert engineers have checked and tested every product for extra peace of mind
What's included
Accessories are not included unless otherwise stated in the description below.
Ex-corporate
This product has been used in a corporate setting, which means accessories like the webcam may have been removed.
Designed for corporate productivity and compact modern workspaces, the HP ProDesk 400 G6 SFF delivers enterprise-grade security, reliable multi-core performance, and versatile peripheral connectivity in a space-saving chassis.
Powerful 9th Gen Intel Processing
Powered by an Intel Core i5 (9th Gen) processor, delivering fast multi-core execution for spreadsheet handling, web navigation, business applications, and daily administrative workflows.
High-Capacity Multitasking
Equipped with 16 GB RAM, enabling seamless switching between memory-intensive applications, heavy browser workflows, and background system tasks without performance dips.
Rapid Solid-State Storage
Built with a 256 GB SSD for fast system boot times, accelerated file transfers, and responsive software load speeds.
Enterprise Security & Management
Pre-installed with Windows 11 Pro, providing business-critical features such as BitLocker device encryption, domain joining, Remote Desktop support, and advanced threat protection.
Comprehensive Connectivity Hub
Outfitted with 8 USB ports (4x high-speed USB 3.2 Gen 1 ports for rapid data transfer and 4x USB 2.0 ports for keyboards, mice, and printers), eliminating the need for external hubs.
Reliable Integrated Graphics
Intel® UHD Graphics 630 supports crisp display output, multi-monitor productivity setups, and smooth high-definition multimedia playback.
Space-Saving SFF Footprint
The Small Form Factor design fits neatly on or under desks in tight workspace environments while maintaining accessible internal expansion paths.
