NVIDIA RTX PRO 3500 Blackwell 12GB GDDR7

The NVIDIA RTX PRO 3500 is a professional-grade GPU built on the NVIDIA Blackwell architecture, designed to meet the demands of enterprise workstations, AI-accelerated workflows, and data-intensive visualization tasks. Equipped with 12GB of GDDR7 memory and featuring NVIDIA's fifth-generation Tensor Cores and fourth-generation RT Cores, it delivers substantial improvements in AI inference throughput, ray-traced rendering performance, and general compute density compared to prior-generation professional GPUs.

Targeted at enterprise IT environments requiring reliable, driver-stable, and ISV-certified graphics acceleration, the RTX PRO 3500 supports NVIDIA's professional driver stack optimized for long-term stability and application certification across leading CAD, DCC, simulation, and AI development platforms. The GDDR7 memory subsystem provides high bandwidth to support complex datasets and large model contexts, making the card well-suited for workstation-class AI-assisted design, scientific visualization, and real-time rendering pipelines.

For organizations deploying GPU-accelerated workstations across EMEA, GCC, UAE, and APAC regions, the RTX PRO 3500 represents a scalable, enterprise-ready solution compatible with standard ATX workstation platforms. Its power envelope and physical form factor are designed to fit within mainstream professional workstation chassis without requiring specialized infrastructure, enabling broad fleet deployment across enterprise and creative production environments.

Ideal for

• AI-assisted engineering and product design workflows requiring accelerated inference and real-time generative model feedback within CAD and simulation applications
• Professional visualization and ray-traced rendering for architecture, media and entertainment, and product design studios requiring ISV-certified GPU performance
• Data science and machine learning model development on workstation-class hardware, leveraging Tensor Core acceleration for training and inference tasks
• Large-scale scientific simulation and computational fluid dynamics visualization requiring high-bandwidth GPU memory and double-precision compute support
• Enterprise virtual workstation infrastructure supporting GPU-accelerated remote desktop and virtualized professional application environments
• Medical imaging and computational analysis workflows demanding certified, stable driver environments and high-throughput GPU memory access

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.