Maximized Cores. Astounding Graphics. Unbound Potential
The Z6 G5 A is a powerhouse for virtual production, 3D rendering, AI and machine learning. Its innovative system design, with a next-gen AMD Ryzen™ Threadripper™ PRO CPU,^[1] combines an astounding number of cores in a single CPU with multiple GPUs.^[2] Create and render at once on intensive projects.

Specification

Memory
Internal memory	64 GB
Internal memory type	DDR5-SDRAM
Memory layout (slots x size)	2 x 32 GB
ECC	Yes
Memory clock speed	5600 MHz
Other features
Keyboard type	USB
Processor
Processor manufacturer	AMD
Processor model	7955WX
Processor cores	16
Processor boost frequency	5.1 GHz
Processor cache	64 MB
Processor cache type	L3
Processor threads	32

Reason To Buy

Tear through virtual production, 3D modeling, AI and machine learning. The system design packs a staggering number of cores into a single workstation CPU[1] so there’s room for multiple high-end GPUs.[2] And do it all with efficient performance per watt.

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.

Get peace of mind with a workstation that's built to endure. The Z6 G5 A undergoes 360K hours of rigorous testing, MIL-STD testing,[3] and is certified for pro apps. And with HP Wolf Security for Business, it's protected below, in, and above the OS.[4]

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.

Work anywhere without compromising on performance or security with Windows 11 powered by HP's collaboration and connectivity technology.

Bring your ideas to life quickly and effectively with the latest AMD® Ryzen™ processors.

Accelerate your workflow. Power through memory-intensive workloads with fast visual effects, compositing, and rendering performance