Now Generally Available, NVIDIA RTX PRO 5000 72GB Blackwell GPU Expands Memory Options for Desktop Agentic AI

Source: NVIDIA AI Blog

Why It Matters

• Memory‑hungry workloads: 72 GB of VRAM enables large‑scale models, extensive datasets, and complex rendering pipelines.
• Future‑proof performance: Blackwell‑class compute is in high demand for modern AI and graphics tasks.
• Flexible budgeting: Choose between the 72 GB variant and the existing 48 GB RTX PRO 5000 to match project requirements and budget constraints.

Who Benefits

• AI developers & data scientists – Faster training and inference for large models.
• Creative professionals – Real‑time ray tracing, high‑resolution video editing, and generative design.
• Engineers & researchers – Accelerated simulations, scientific computing, and HPC workloads.

Quick Specs

Visual Overview

The NVIDIA RTX PRO 5000 Blackwell GPU in a professional workstation.

Bottom line

The RTX PRO 5000 72 GB Blackwell GPU expands the toolkit for AI‑centric professionals, offering the memory capacity needed for today’s most demanding workloads while retaining the performance and reliability expected from NVIDIA’s workstation‑grade GPUs. Choose the 48 GB or 72 GB model to align with your project’s scale and budget.

Fueling the Next Generation of AI Development

As generative AI evolves into complex, multimodal agentic AI, the demand for hardware capable of developing and deploying these technologies grows dramatically.

The Memory Bottleneck

One of the biggest challenges in AI development is memory capacity. Cutting‑edge AI workflows—especially those that involve large language models (LLMs) and AI agents—place heavy stress on GPU memory. As models, context windows, and multimodal pipelines expand, the need for more GPU RAM becomes critical.

Agentic AI systems typically combine:

• Chains of tools
• Retrieval‑augmented generation (RAG)
• Multimodal understanding

These pipelines often require multiple AI models, data sources, and code formats to be active simultaneously within the GPU’s memory.

RTX PRO 5000 72 GB: A Solution Built on NVIDIA Blackwell

• Architecture: NVIDIA Blackwell – delivers high throughput for AI, neural rendering, and simulation with multi‑workload scheduling.
• Performance: 2,142 TOPS of AI compute.
• Memory: 72 GB of ultrafast GDDR7 (a 50 % increase over the 48 GB variant).

With this memory headroom, developers can train, fine‑tune, and prototype larger models locally, preserving data privacy, reducing latency, and cutting costs. Teams can now serve models directly from workstations instead of relying on data‑center‑scale infrastructure for every AI task.

Performance Enhancements

For local AI development, raw compute is only half the battle—memory capacity determines what users can run, and throughput determines how fast it runs.

Generative‑AI Benchmarks

Source: industry‑standard generative‑AI benchmarks

Creative Rendering

Across both offline path‑tracing engines (Arnold, Chaos V‑Ray, Blender) and real‑time GPU renderers (D5 Render, Redshift), the RTX PRO 5000 72 GB can reduce render times by up to 4.7×.

• Faster iteration → more design cycles in the same time budget.
• Consistent performance across a wide range of scene complexities.

Engineering & Product Design

• >2× graphics performance for computer‑aided engineering (CAE) and product‑design workloads.
• Enables smoother interaction with large assemblies and high‑resolution simulations.

Bottom line

The RTX PRO 5000 72 GB delivers a balanced boost in memory, throughput, and raw compute, accelerating AI, creative, and engineering pipelines alike.

InfinitForm Optimizes Generative AI‑Powered Design with RTX PRO 5000

InfinitForm, a provider of generative AI software for engineering design and a member of the NVIDIA Inception program for startups, is an early adopter of the RTX PRO 5000 72 GB Blackwell GPU.

The company uses the GPU to:

• Boost performance and speed of its design‑optimization software.
• Enable advanced simulations that streamline computer‑aided design (CAD) and manufacturing processes.

“InfinitForm is thrilled to evaluate its CUDA‑accelerated generative AI design‑optimization software on NVIDIA RTX PRO 5000 72 GB to help customers like Yamaha Motor and NASA accelerate innovation and optimize products for performance and manufacturability,” said Michael Bogomolny, founder and CEO of InfinitForm.

Versatile Media Accelerates Virtual Production Workflows With RTX PRO 5000

For creative professionals—such as those at Versatile Media, a global media company specializing in virtual production—the RTX PRO 5000 can dramatically boost real‑time rendering performance for large‑scale scenes and complex assets, delivering a meaningful leap in efficiency.

As 3D pipelines now often integrate AI denoisers, generative tools, and real‑time physics, the new GPU’s 72 GB memory capacity allows the manipulation of massive 3D scenes and asset libraries without slowing down the creative flow.

An early adopter of the GPU, Versatile Media plans to use it to design a series of complex, high‑resolution real‑time rendering scenarios that take full advantage of the expanded memory.

“For film‑grade virtual production, memory capacity directly translates into creative freedom.
With 72 GB of GPU memory, the RTX PRO 5000 enables us to iterate with higher‑resolution scenes and more complex lighting in real time without compromising performance.”
— Eddy Shen, General Manager, Production Center, Versatile Media

Availability and Ecosystem Support

The NVIDIA RTX PRO 5000 72 GB Blackwell GPU is now generally available from partners including Ingram Micro, Leadtek, Unisplendour, and xFusion, giving manufacturers and system integrators a powerful new option to anchor AI‑ready workstations. Broader availability through global system builders will begin early next year.

As industries race to integrate AI into every facet of operation—from generative design to coding copilots—the RTX PRO 5000 72 GB is equipped to meet the moment.

• Learn more about the NVIDIA RTX PRO 5000 GPU family.
• Join NVIDIA at SIGGRAPH Asia to discover how graphics and simulation innovations drive creativity, industrial digitalization, robotics, and physical & spatial AI.