HP Z2 G5 Workstation - 1 Core i7 10th Gen i7-10700K - 32 GB - 512 GB SSD

HP Z2 G5 Workstation - 1 Core i7 10th Gen i7-10700K - 32 GB - 512 GB SSD

Our most powerful entry workstation that redefines expectations.

We've engineered a whole new level of performance for entry workstations, so you can cut through BIM, rendering and visualization projects without missing a beat. And when your demands change, you have impressive expandability to upgrade.

Your new benchmark for entry workstation power.

Unleash the full power of professional graphics and Intel® processors on your compute-heavy workloads. We've designed the system for zero throttling, so your components always run at top speeds without ever overheating or slowing down.

Built to expand. Power to grow.

Need to swap graphics cards? Boost CPU power? Add specialized PCIe cards? Go for it. Our most expandable entry workstation is an investment that will last for years.

We test it so you can trust it. 24/7.

We know you need performance you can rely on. That's why our products endure over 360K hours of rigorous testing, MIL-STD testing and software certifications.

HP's most secure workstation.

Advanced security features come standard on every Z2 Tower. System safeguards like self-healing BIOS help lock your device, data and identity down tight.

Features

Windows 10 Pro for Workstations 64

Work without compromising on performance or security with Windows 10 Pro for Workstations, powered by HP's collaboration and connectivity technology.

NVIDIA® Quadro® P1000 graphics card

Get stable, reliable performance on demanding professional applications with NVIDIA® Quadro® P1000 graphics.

Intel® Core™ i7 processor

Run several CPU-heavy programs simultaneously without sacrificing performance with an Intel® Core™ i7 processor.

• 512 GB SSD capacity provides you with enough space to store large files, digital content, documents and other data


• 32 GB of gigantic memory enables you to do multitasking and run intensive games lag-free


• Gigabit Ethernet offers great aggregate data transfer capacity which brings about less clog and better overall performance