Extreme AI Performance with Intel® Core™ Ultra 9
Powered by the Intel® Core™ Ultra 9 285K processor, the HP Z2 Tower G1i delivers exceptional compute performance for AI workloads, data science, and advanced multitasking. With a powerful hybrid architecture optimized for modern AI and productivity tasks, this workstation enables faster model development, real-time analysis, and seamless handling of demanding professional applications.
Professional-Grade Graphics with NVIDIA RTX™ 4000 Ada
Equipped with the NVIDIA RTX™ 4000 Ada Generation GPU, this workstation is built for intensive graphics, AI acceleration, and real-time ray tracing. Ideal for 3D design, simulation, video production, and AI inferencing, the RTX 4000 Ada provides enterprise-level reliability and outstanding performance for complex visual and compute-heavy workflows.
High-Speed Memory for Advanced Workloads
With 64 GB of DDR5-SDRAM, the HP Z2 Tower G1i ensures smooth performance when working with large datasets, virtual machines, and AI models. The high-bandwidth DDR5 memory enhances responsiveness and allows professionals to run multiple demanding applications simultaneously without compromise.
Fast and Reliable Storage
The integrated 1 TB SSD delivers rapid boot times, fast application launches, and quick access to large project files. This high-speed storage solution supports efficient workflows, reduces downtime, and provides ample space for AI models, creative assets, and professional software.
Certified Windows 11 Pro Workstation Environment
Running Windows 11 Pro, this workstation offers advanced security, enterprise management features, and optimized performance for professional applications. It provides a stable, secure, and modern operating environment tailored for business, engineering, creative, and AI-focused professionals.
Purpose-Built AI Workstation Design
Housed in a sleek black tower chassis, the HP Z2 Tower G1i is engineered for reliability, expandability, and thermal efficiency. Designed as a true AI Workstation and AI PC, it supports future upgrades while maintaining quiet operation and long-term durability for mission-critical workloads.
