HP Z2 SFF G4 Workstation
Brand : HP
Workstation Series : HP Workstations with DDR4 RAM (2017?Present)
Specification : HP Z2 SFF G4 Workstation
Product Name : HP Z2 SFF G4 Workstation
Processor Options : Intel Core/Xeon
RAM Options : DDR4 SDRAM, 8GB, 16GB, 32GB, 64GB
Storage Options : SATA HDD, 500GB, 1TB, 2TB
Total RAM Slots : 4
Total HDD/SSD Slots : 2 x 3.5″ bays
Network Card Details : Integrated Gigabit Ethernet
RAID Card Details : Optional RAID controller
Graphic Cards : PCIe graphics card
Power Supply : 400W
Form Factor : Small Form Factor
Other Key Features : USB 3.0 ports, Serial and Parallel ports
Popular Usage : CAD, 3D modeling,AI, video editing, game development, virtualization, stock trading, medical research, architecture, cloud computing. Professional applications
Storage Bays Type and Quantity : 2 x 3.5″ bays
- Will be delivered within 3-5 working days.
- Price Includes shipping costs for Retail Buyers.
- Pick up at a VisionIT collection point is also possible.
- Returns accepted within 7 days if unsatisfied.
- Support available 10:30 AM – 7:30 PM.
Description
The HP Z2 SFF G4 Workstation packs exceptional performance into a compact Small Form Factor design, making it a powerful solution for professionals working in space-constrained environments. Powered by Intel Core or Xeon processors and capable of supporting up to 64GB of DDR4 RAM, it delivers seamless performance for creative and technical workflows. Despite its size, it offers robust expandability with multiple HDD/SSD options, PCIe graphics support, and a 400W power supply. Equipped with USB 3.0, serial, and parallel ports, along with optional RAID controller support, it ensures fast connectivity and data protection. The Z2 SFF is ideal for use in CAD, AI, virtualization, 3D modeling, game development, cloud computing, and other professional domains. Its ultra-compact build allows it to fit discreetly under desks or in tight server racks without sacrificing power or performance, making it a go-to choice for modern workspaces that demand efficiency and space optimization.