900-5G133-2250-000-01 Nvidia Quadro RTX6000 48Gb GDDR6 Graphics Card

The Nvidia Quadro RTX6000 48GB GDDR6 Graphics Card 

The Nvidia 900-5G133-2250-000-01 Quadro RTX6000 is a high-performance professional graphics card designed for advanced visualization, AI-enhanced computing, and complex rendering workloads. Equipped with 48GB of GDDR6 memory, this card delivers unmatched memory bandwidth and processing power for professional applications.

Nvidia CUDA Core Performance

The Quadro RTX6000 is built on the NVIDIA Turing architecture, which introduces a combination of RT Cores for real-time ray tracing, Tensor Cores for AI-driven tasks, and traditional CUDA cores for parallel processing. This architecture enables professionals to accelerate rendering workflows and simulate highly complex visual scenarios with real-time interactivity.

Memory Configuration and Bandwidth

The RTX6000’s 48GB GDDR6 memory is ideal for handling ultra-large datasets in AI, deep learning, and professional 3D rendering. With a memory interface of 384-bit and a bandwidth of 960GB/s, the card allows seamless access to data-intensive applications without bottlenecks.

Exceptional Ada Lovelace 

The Ada Lovelace GPU architecture integrated into the RTX 6000 enables higher throughput, efficiency, and AI-driven rendering technologies. Designed on the latest TSMC 4N process node, this architecture incorporates 3rd-generation RT Cores and 4th-generation Tensor Cores, ensuring an unprecedented combination of real-time ray tracing, deep learning, and shading power.

PCI Express 4.0 Interface

The PCIe 4.0 x16 interface provides double the throughput of PCIe 3.0, ensuring faster communication between the GPU and CPU. This translates to superior performance in data-heavy applications such as CAD, CAM, AI, and scientific computing. Professionals can experience seamless interaction with large datasets, real-time simulation, and 8K media editing.

Energy Efficiency and Power Management

Despite its immense processing power, the RTX 6000 maintains efficiency with a 300W maximum power draw. It includes intelligent power management that balances performance with energy conservation, extending the lifespan of system components and reducing operational costs.

Graphics and Display Capabilities

Delivering extreme visual clarity and color accuracy, the RTX 6000 supports multiple resolutions and refresh rates to meet the demands of professional display setups.

Innovative Cooling and Power Efficiency

The NVIDIA RTX 6000 Ada Generation GPU integrates a high-performance active thermal solution that maintains stability under intense workloads. Its intelligent design minimizes heat and power draw while ensuring consistent and reliable performance.

Advanced Rendering Capabilities

The Ada Generation architecture leverages real-time ray tracing technology to simulate light and shadow with astonishing realism. Combined with the immense memory bandwidth of 960 GB/s, users experience smooth frame rates, detailed textures, and reduced latency in demanding 3D environments.

High-Performance Memory and Bandwidth

The 48GB GDDR6 VRAM of the RTX 6000 enables the GPU to handle extensive data sets and large project files with ease. This makes it an ideal solution for high-resolution content creation and intensive simulation workloads.

DisplayPort Features

Each DisplayPort 1.4a connector allows users to achieve ultra-high-resolution output with HDR support, enabling true-to-life color rendering, smooth gradients, and superior brightness levels. Ideal for color-critical environments like digital content creation, CAD, and medical imaging.

Future-Proof Workstation GPU

The Quadro RTX6000 is designed to meet the growing demands of professional workloads, ensuring compatibility with next-generation applications, larger datasets, and emerging AI technologies.

Compatibility and Expandability

This GPU is compatible with the latest workstation platforms supporting PCIe 4.0, ensuring forward compatibility and scalability for future system upgrades. The dual-slot design maintains thermal efficiency while allowing multi-GPU stacking for demanding workflows.