Overview | Maximized Cores. Astounding Graphics. Unbound Potential
The refreshed HP Z6 G5 A is a powerhouse for AI workflows, 3D rendering and virtual production. Its innovative system design, with a next-gen AMD Ryzen Threadripper PRO CPU, combines an astounding number of cores in a single CPU with up to 3 GPUs. Create and render at once on intensive projects.
Create, render, process-all at once
Tear through rendering, simulations or 3D modeling. The system design packs up to 96 cores in a single workstation CPU so there's room for up to three high-end GPUs and eight memory channels. And, do it all with efficient performance per watt.
Your AI powerhouse, in-house
Accelerate AI development and inferencing with space for up to 3 NVIDIA RTX GPUs, delivering incredible TOPS for advanced AI workflows. Process proprietary data securely on a local workstation for fast insights.
Expandable. Flexible. Whisper Quiet
Designed to pack all the power and components you need now with room to grow. Get maximum expandability with large storage and memory configurations. Conquer intense projects with a device designed to run quiet and cool.
Designed with the planet in mind
At HP, we care about the impact our products have on our people, communities, and the planet. Z products are designed with sustainability at the forefront. So, you can take pride in choosing Z, knowing that you are helping protect our shared future.
Features | HP recommends Windows 11 Pro for business
Work anywhere without compromising on performance with Windows 11 and HP collaboration, security, and connectivity technology. Summarize and rewrite content, get relevant content recommendations, and stay organized with Microsoft Copilot.
AMD® Ryzen™ processor
Bring your ideas to life quickly and effectively with the latest AMD® Ryzen™ processors.
Security is your top priority
The HP Wolf Pro Security Edition provides preconfigured enterprise-level PC protection for small and medium sized businesses.
Ultra Fast Memory Configurations
Accelerate your workflow. Power through memory-intensive workloads with fast visual effects, compositing, and rendering performance.