Ethup Arc Pro RTX 4000 Ada 20GB Workstation GPU

The Ethup Arc Pro RTX 4000 Ada 20GB brings Ada Lovelace architecture — the same generation as the consumer RTX 4000 series — to the professional workstation market in a 20GB ECC GDDR6 configuration that provides the memory capacity required for the most demanding professional visualization, scientific computing, and AI inference workloads while maintaining the ISV certifications and driver stability expectations of enterprise deployment contexts. Ada Lovelace RT cores in the professional configuration deliver hardware ray tracing performance applicable to professional visualization workflows in NVIDIA RTX-certified CAD and design applications, enabling real-time ray traced preview rendering that previously required offline render farms to produce, compressing design iteration cycles from hours to seconds in supported application contexts. The 20GB ECC GDDR6 frame buffer with 480 GB/s peak bandwidth provides memory capacity for large-scale finite element analysis, computational fluid dynamics, and molecular dynamics simulation datasets that exceed the 16GB configurations of lower-tier professional GPUs, reducing the frequency of dataset segmentation workarounds that extend total computation time in memory-constrained configurations. DLSS Super Resolution and Deep Learning Super Sampling capabilities are accessible in professional visualization applications that implement NVIDIA Omniverse-based rendering pipelines, extending the interactive preview rendering frame rates achievable in complex scenes through AI-based upscaling from lower internal render resolutions. The card is certified for CATIA V5/V6, NX, Creo, SOLIDWORKS, AVEVA PDMS, and the full NVIDIA RTX Professional Application Catalog, with quarterly driver updates specifically validated against new releases of these applications to maintain certification compliance through the full enterprise hardware lifecycle. Four DisplayPort 1.4a outputs support four simultaneous 4K/60Hz professional displays in the quad-monitor workstation configurations common in high-end architectural visualization, product design, and medical imaging facilities where simultaneous multi-view display of complex model geometry or imaging data is an operational requirement.