HP Z2 Mini G1i Intel Core Ultra 9 285 32GB RAM 1TB SSD Windows 11 Pro Workstation PC

Powerful Intel Core Ultra 9 Processing
The HP Z2 Mini G1i is equipped with an Intel Core Ultra 9 285 processor, delivering high-performance computing power for demanding professional applications, multitasking and complex workloads. Its advanced processor architecture provides responsive performance for productivity, content creation, engineering and other workstation-class tasks.

32GB RAM for Efficient Multitasking
With 32GB of RAM, the Z2 Mini G1i provides ample memory for running multiple applications and handling demanding workflows simultaneously. This helps maintain smooth system performance when working with large files, professional software and resource-intensive applications.

1TB SSD Storage
The integrated 1TB SSD provides fast and responsive storage for applications, documents, projects and other essential data. Solid-state storage also helps reduce loading times and contributes to quicker system startup and application responsiveness.

Compact Workstation Design
The HP Z2 Mini G1i combines workstation performance with a compact form factor, making it suitable for professional environments where desk space is limited. Its small footprint allows it to fit neatly into a variety of workspace configurations without sacrificing the capabilities expected from a professional workstation.

Windows 11 Pro
Pre-installed with Windows 11 Pro, the Z2 Mini G1i provides a modern operating environment with professional features designed for business and workstation users. It supports efficient productivity, enhanced management capabilities and compatibility with a wide range of professional applications.

Designed for Professional Workloads
The HP Z2 Mini G1i is built to support demanding professional workflows, offering a strong combination of processing power, memory and fast storage. It is well suited to users who need dependable performance for design, engineering, content creation, data-intensive applications and advanced office workloads.