Dell Introduces Pro Max Workstations with GB10 and GB300 Super Accelerators

Dell today introduced the Dell Pro Max with GB10 and Dell Pro Max with GB300 workstations, specifically designed for AI developers and based on the NVIDIA Grace Blackwell architecture, previously exclusive to data center systems.

According to the company, Dell Pro Max solutions seamlessly integrate into the Dell AI Factory ecosystem, offering a unified experience across NVIDIA AI Enterprise software. This ensures that developers using Dell Pro Max with GB10 and Dell Pro Max with GB300 can seamlessly move their models between environments — from the desktop to DGX Cloud or Dell data center infrastructure — with virtually no code changes.

Dell Pro Max with GB10 Image Source: Dell

The new products run DGX OS and come pre-configured with the NVIDIA AI Enterprise stack, which includes NVIDIA Blueprints tools. This holistic approach accelerates workflows and simplifies scaling by allowing you to build and test prototypes on-premises, then seamlessly scale them to the cloud or data center. By combining desktop experimentation with enterprise scalability, Dell enables AI developers to innovate with ease, the company says.

Designed for developers, researchers, and students, the Dell Pro Max with GB10 is a compact, powerful PC with up to 1 petaflops of FP4 performance to prototype, tune, and deploy reasoning AI models with up to 200 billion parameters.

Dell Pro Max with GB300

In turn, Dell Pro Max with GB300 is positioned as an ideal solution for advanced AI developers who need the performance of an AI server on the desktop. Dell Pro Max with GB300 is based on the NVIDIA GB300 (Blackwell Ultra) super accelerator with 784 GB of unified memory (288 GB of HBME3e memory in the accelerator and 496 GB of LPDDR5X in the CPU) and an 800 GbE adapter (ConnectX-8 SuperNIC). FP4 performance is up to 20 Pflops, which makes it an ideal solution for training and inference of large-scale AI workloads using large language models (LLM) with 460 billion parameters.