Dell Pro Max Tower T2 Workstation | Core Ultra 7 265 @ 5.5GHz | 20-Core | 256GB DDR5 | 512GB NVMe SSD | Intel Arc Pro B50 16GB

SKU: 685310530265
Regular price
$7,498.92
Sale price
$7,498.92
Regular price
$9,748.60
Sold out
Unit price
Quantity must be 1 or more
In Stock
New

Description

The Dell Pro Max Tower T2 Workstation delivers enterprise-grade performance for professionals who demand speed and reliability. Built around the Intel Core Ultra 7 265 processor running at 5.5GHz with 20 cores, this system handles demanding workloads including 3D rendering, video editing, data analysis, and software development without compromise. The robust architecture ensures consistent performance under sustained heavy processing demands.

With 256GB of DDR5 memory and a 512GB NVMe SSD, this workstation eliminates bottlenecks in multitasking and large file handling. The Intel Arc Pro B50 dedicated graphics card with 16GB VRAM accelerates creative applications and complex visualizations, making it ideal for content creators, engineers, and data scientists. Storage and memory configurations support seamless workflow even with resource-intensive projects.

The Pro Max Tower T2 combines professional-grade components with Dell's proven reliability standards. This system is engineered for organizations and individual professionals who require workstation-class performance, extensive memory capacity, and dedicated graphics acceleration. Whether you're managing multiple virtual machines, processing massive datasets, or creating professional content, this tower provides the computational power to complete work efficiently.

Key Features:

- Intel Core Ultra 7 265 processor @ 5.5GHz, 20-core architecture
- 256GB DDR5 memory for seamless multitasking and large dataset handling
- 512GB NVMe SSD for rapid boot and application loading
- Intel Arc Pro B50 16GB dedicated graphics card for accelerated rendering and visualization
- Enterprise-grade tower design optimized for continuous operation
- Professional workstation-class performance and reliability












Go to full site