NVIDIA Quadro Plex Systems Bring Visual Supercomputing

NVIDIA Corporation has announced its D Series of NVIDIA Quadro Plex Visual Computing Systems (VCS) available in deskside or rackmount configurations. Engineered to provide the most robust NVIDIA Quadro GPU visualization performance to date, the Quadro Plex systems are ideal for the styling and design, geosciences and scientific visualization industries, working with extremely large 3D models, datasets and power walls. The NVIDIA Quadro Plex 2200 D2 VCS, with two Quadro GPUs, 4 dual-link DVI channels, and 8 GB of frame buffer memory, is designed for advanced visualization of extremely large models and datasets, as well as computing processes. Its partner, the Quadro Plex 2100 D4 VCS with four GPUs, 8 dual-link DVI channels and a 4 GB frame buffer, is optimized for multi-display applications.



The Quadro Plex D series VCS can turn workstations and servers into visual supercomputers. Easily connected to a host workstation via a low-power PCI Express adapter card, the Quadro Plex VCS gives workstations the massively parallel processing capabilities of multiple Quadro graphics cards and features an ultra-quiet design, allowing the system to be deployed desk side. It can also be deployed in a standard 3U, 19-inch rack mount configuration, for maximum visual computational density. The Quadro Plex 2200 D2 VCS houses two Quadro FX 5800 GPUs, providing 480 NVIDIA CUDA Parallel Computing Processor cores and 8GB of graphics memory. The thermal and power management capabilities of the chassis offer up to 20% performance improvement over standard add-in graphics, making it the most powerful visual computing system available. The Quadro Plex 2100 D4 VCS houses up to four Quadro FX 4700 GPUs, powering up to four displays via its dual-link DVI outputs, and up to eight displays with its high-resolution projection capabilities.