Overview | Unleash extreme graphics performance
Accelerate your most graphics-intensive projects-from machine learning and simulation to advanced visual effects. The Z6 desktop workstation is redesigned with new, powerful single socket technology and now fits up to 3x more GPUs than the previous gen while also providing plenty of room to expand.
Remarkable performance. Extraordinary expandability.
Tackle graphics-intensive workflows with up to 3 high-end GPUs, an Intel® Xeon® W CPU with up to 36 cores, and 1 TB DDR5 RAM3. Easily expand as work evolves with with tool-less access, 6 PCIe slots, 4 front accessible NVMe bays
Ignite AI innovation
Accelerate AI development and inferencing with the Z6 AI workstation, with up to 3 NVIDIA RTX™ 6000 Ada Generation GPUs delivering up to 4,371 AI TOPS for advanced AI. Process proprietary data securely on a local workstation to gain insights faster.
Engineered to stay cool and quiet.
Push your desktop workstation without disruptive noise. Smart fan control keeps the system whisper-quiet by tuning fan speeds in real-time using over 20 temperature sensors. Precisely placed vents and ducts streamline airflow and heat removal.
Designed with the planet in mind.
At HP, we care about the impact our products have on our people, communities, and planet. That's why the Z6 contains 40% recycled plastics, 10% recycled metal, 100% sustainably sourced outer box packaging, and is EPEAT® Gold Climate+ registered.
Features | Windows 11
Work anywhere without compromising on performance or security with Windows 11 powered by HP's collaboration and connectivity technology.
Intel® Xeon® W processor
Get optimized performance whether your professional application utilizes high core count or high frequency with the Intel® Xeon® W processor.
Professional Grade Graphics
Tackle 4K visual effects, advanced simulation, and machine learning projects
Ultra Fast Memory Configurations
Accelerate your workflow. Power through memory intensive workloads with fast machine learning, visual effects, and simulation performance.
Overview | Unleash extreme graphics performance
Accelerate your most graphics-intensive projects-from machine learning and simulation to advanced visual effects. The Z6 desktop workstation is redesigned with new, powerful single socket technology and now fits up to 3x more GPUs than the previous gen while also providing plenty of room to expand.
Remarkable performance. Extraordinary expandability.
Tackle graphics-intensive workflows with up to 3 high-end GPUs, an Intel® Xeon® W CPU with up to 36 cores, and 1 TB DDR5 RAM3. Easily expand as work evolves with with tool-less access, 6 PCIe slots, 4 front accessible NVMe bays
Ignite AI innovation
Accelerate AI development and inferencing with the Z6 AI workstation, with up to 3 NVIDIA RTX™ 6000 Ada Generation GPUs delivering up to 4,371 AI TOPS for advanced AI. Process proprietary data securely on a local workstation to gain insights faster.
Engineered to stay cool and quiet.
Push your desktop workstation without disruptive noise. Smart fan control keeps the system whisper-quiet by tuning fan speeds in real-time using over 20 temperature sensors. Precisely placed vents and ducts streamline airflow and heat removal.
Designed with the planet in mind.
At HP, we care about the impact our products have on our people, communities, and planet. That's why the Z6 contains 40% recycled plastics, 10% recycled metal, 100% sustainably sourced outer box packaging, and is EPEAT® Gold Climate+ registered.
Features | Windows 11
Work anywhere without compromising on performance or security with Windows 11 powered by HP's collaboration and connectivity technology.
Intel® Xeon® W processor
Get optimized performance whether your professional application utilizes high core count or high frequency with the Intel® Xeon® W processor.
Professional Grade Graphics
Tackle 4K visual effects, advanced simulation, and machine learning projects
Ultra Fast Memory Configurations
Accelerate your workflow. Power through memory intensive workloads with fast machine learning, visual effects, and simulation performance.