699-5G133-0500-C02 Nvidia 48GB GDDR6 Ecc PCIEX16 Quadro RTX A6000 4XDP Graphic Card

Nvidia 699-5G133-0500-C02 Graphic Card Overview

The Nvidia 699-5G133-0500-C02 48GB GDDR6 ECC PCIEX16 Quadro RTX A6000 4XDP Graphic Card is one of the most advanced professional GPUs designed for high-end visualization, real-time rendering, and complex AI workloads. Built on the revolutionary NVIDIA Ampere architecture, this powerful graphics card delivers exceptional computational precision, massive memory capacity, and enhanced parallel processing performance suitable for demanding professional environments. Its 48GB of ECC GDDR6 memory ensures reliability, data integrity, and seamless multitasking in engineering, content creation, and data science workflows. By integrating advanced CUDA, Tensor, and RT cores, the RTX A6000 pushes boundaries in visual computing and accelerates creative pipelines across multiple industries.

High-End GPU Architecture and Performance Efficiency

At the heart of the Nvidia Quadro RTX A6000 lies the Ampere GA102 GPU, engineered to deliver higher throughput and improved performance-per-watt efficiency compared to previous generations. The architecture features a combination of 10752 CUDA cores, advanced 336 Tensor cores, and 84 RT cores, offering an unparalleled balance of compute and graphics capabilities. The 48GB of GDDR6 memory with ECC protection ensures that professionals can handle extensive datasets, complex simulations, and high-resolution textures without experiencing data corruption or memory bottlenecks. This results in improved performance for applications such as 3D rendering, CAD modeling, AI inference, and real-time ray tracing visualization.

Next-Generation Ray Tracing and Real-Time Rendering Capabilities

The Quadro RTX A6000 transforms professional workflows with its second-generation RT cores that deliver accelerated ray tracing performance. This enables realistic reflections, accurate lighting, and lifelike shadows across complex 3D environments. The enhanced RT cores make real-time ray tracing practical for design visualization, film production, and game development tasks, significantly reducing rendering time. Combined with the power of Tensor cores and AI-based denoising, the A6000 allows designers and artists to visualize complex scenes in real-time without sacrificing accuracy or visual quality.

Unmatched Computational Power for Professionals

This GPU offers unmatched computational power, capable of achieving up to 38.7 TFLOPS of single-precision performance. Professionals working with complex computational simulations, machine learning algorithms, or rendering engines benefit from the raw speed and efficiency of the Nvidia 699-5G133-0500-C02. The massive CUDA core count accelerates vector and matrix computations, allowing faster completion of physics simulations, molecular modeling, and deep learning training processes. Its exceptional double-precision capability ensures that scientific workloads requiring extreme numerical accuracy can run seamlessly and with reduced latency.

Optimized Memory Bandwidth and Data Handling

The 48GB GDDR6 ECC memory on a 384-bit interface delivers an impressive 768 GB/s bandwidth, providing smooth data throughput between GPU cores and memory. This extensive memory configuration empowers users to manipulate ultra-large data sets, 8K video streams, and complex AI datasets without delays. The ECC (Error-Correcting Code) functionality further enhances memory reliability by automatically detecting and correcting memory errors, making it essential for mission-critical computing tasks that cannot tolerate data corruption or instability. This ensures that workloads in medical imaging, scientific research, and financial modeling remain consistent and dependable.

Enhanced Display Connectivity for Multi-Monitor Setups

The Quadro RTX A6000 is equipped with four DisplayPort 1.4a outputs, offering users the flexibility to connect multiple high-resolution monitors simultaneously. This setup supports up to four 8K displays or several 5K monitors, providing immersive viewing and enhanced multitasking capabilities. The card supports HDR color, 10-bit color depth, and advanced synchronization for professional video editing and post-production tasks. Engineers, architects, and creators can take advantage of expansive screen real estate to improve workflow efficiency and visual precision during design reviews, compositing, and editing sessions.

Advanced Virtual Reality and Simulation Technology

VR and simulation environments demand GPUs that can handle high frame rates and low-latency rendering. The Nvidia RTX A6000’s advanced architecture provides an optimized platform for VR development, simulation design, and immersive visualization. Its support for NVIDIA VR Ready technology and optimized rendering pipelines ensures consistent frame delivery in real-time VR environments. This feature benefits professionals in sectors such as automotive design, architectural visualization, and aerospace engineering, where virtual prototyping and spatial analysis are integral to project success.

AI-Driven Visualization and Real-Time Analysis

With Tensor cores designed specifically for deep learning and AI computation, the A6000 can accelerate inference workloads and integrate AI-driven processes directly into design workflows. By combining GPU acceleration with AI-assisted denoising, upscaling, and predictive modeling, it delivers smart rendering techniques that reduce manual post-processing time. Artists and engineers can take advantage of AI-based tools such as DLSS, OptiX AI-Accelerated Denoiser, and other NVIDIA technologies to generate highly detailed visuals and predictive analyses in record time. This transforms traditional workflows by introducing machine learning directly into the creative pipeline.

Reliability, Durability, and Enterprise-Grade Stability

Professional users depend on reliability and consistent uptime for mission-critical applications. The Nvidia 699-5G133-0500-C02 Quadro RTX A6000 is built with rigorous testing standards to ensure enterprise-grade durability and performance stability. It uses premium-grade materials and an optimized cooling solution that keeps thermals under control during heavy workloads. The blower-style cooler efficiently directs airflow across internal components, maintaining low operating temperatures even in multi-GPU configurations. This ensures that long rendering sessions, simulation tasks, and complex modeling processes remain stable and uninterrupted.

ECC Memory Protection for Mission-Critical Accuracy

The integrated ECC protection ensures that any bit-level memory error is detected and corrected instantly, providing accurate results across long-duration computations. In industries such as finance, research, and medical imaging, data accuracy is paramount. The Quadro RTX A6000’s ECC memory makes it ideal for these sensitive environments, ensuring every computational result remains error-free. This reliability extends the lifespan of hardware by reducing potential downtime due to data corruption or software instability caused by faulty calculations.

Thermal Management and Energy Efficiency

Advanced cooling technology plays a critical role in maintaining GPU efficiency. The RTX A6000 incorporates a dual-slot design that enhances heat dissipation while maintaining compatibility with standard workstation chassis. Its intelligent fan curve minimizes noise levels while optimizing thermal output. Combined with Ampere’s energy-efficient architecture, the card consumes power effectively without compromising performance. The single 8-pin connector simplifies installation, while the 300W TDP ensures balance between raw power and manageable thermal output.

AI, Deep Learning, and Data Science Performance

Beyond visualization, the Nvidia RTX A6000 48GB GPU has become a cornerstone for deep learning, AI inference, and data science acceleration. Equipped with Tensor cores optimized for mixed-precision operations, it delivers higher efficiency in training complex neural networks. Researchers, scientists, and engineers can process massive datasets with reduced latency and improved scalability. The GPU supports frameworks like TensorFlow, PyTorch, MXNet, and RAPIDS, enhancing productivity for AI model training and data analytics pipelines.

Tensor Core Optimization and Mixed Precision Acceleration

The third-generation Tensor cores integrated into the Ampere architecture enable the A6000 to perform mixed-precision calculations more efficiently than previous GPU generations. This allows simultaneous FP16, FP32, and INT8 computations, improving throughput without compromising accuracy. These capabilities accelerate tasks such as object recognition, speech synthesis, and natural language processing. Data scientists benefit from reduced training times, while developers can scale AI solutions more efficiently across multi-GPU configurations.

Rendering and Content Creation Efficiency

For content creators, animators, and VFX artists, the Nvidia 699-5G133-0500-C02 Quadro RTX A6000 offers unmatched rendering speed and fidelity. Its advanced RT and Tensor cores accelerate ray tracing and AI-based effects, allowing studios to deliver production-quality visuals faster. Whether used in Autodesk Arnold, V-Ray, or Blender Cycles, the A6000 reduces frame render times and increases preview accuracy. Professionals working with 8K workflows, complex particle effects, or photorealistic animation can rely on the A6000’s robust architecture to meet tight production deadlines.

Enhanced GPU Rendering Pipelines

Modern rendering engines take advantage of GPU acceleration to reduce reliance on CPU resources. The A6000’s rendering pipeline supports physically-based rendering (PBR), real-time global illumination, and AI-based noise reduction. With CUDA, OptiX, and DirectX 12 Ultimate compatibility, users can achieve real-time rendering quality that previously required hours of offline computation. This GPU also supports hardware-accelerated ray tracing APIs, making it ideal for next-generation visualization tools and real-time cinematic design workflows.

Creative Software Optimization and Compatibility

The Nvidia Quadro RTX A6000 has been certified and optimized for professional creative software across industries. Applications such as Adobe Premiere Pro, After Effects, DaVinci Resolve, and Autodesk 3ds Max benefit from GPU acceleration for faster previews, exports, and effects processing. This ensures stable performance and compatibility with professional driver updates. The card’s massive memory and bandwidth allow complex scenes, multi-layer timelines, and 3D compositions to render smoothly even when working with RAW or HDR content.

Studio-Level Color Accuracy and Realism

Color precision and realism are essential in professional post-production and design. The RTX A6000 supports 10-bit color depth and HDR technology, delivering rich and accurate color representation across multiple displays. Professionals in film and photography benefit from true-to-life color reproduction, ensuring consistent grading and color correction across various output devices. This level of accuracy enhances creative control and guarantees that final renders meet industry color standards.

Connectivity, Expansion, and Workstation Integration

The Nvidia 699-5G133-0500-C02 Quadro RTX A6000 features a PCI Express 4.0 x16 interface that ensures fast data transfer between the GPU and other system components. Its single 8-pin power connector simplifies installation, while its dual-slot design ensures broad compatibility with modern workstations. It integrates seamlessly with platforms from Dell, HP, Lenovo, and custom-built systems tailored for professional workloads. The four DisplayPort 1.4a connectors enable high-bandwidth output, supporting large visualization walls and multi-display setups in enterprise environments.

Compatibility with Modern Systems and Platforms

The A6000 is designed to be compatible with both Windows and Linux operating systems, offering cross-platform flexibility for diverse users. Its firmware and driver support ensure stability in multi-OS development environments, research facilities, and production studios. The GPU is supported in popular deep learning frameworks, rendering engines, and scientific computing tools, allowing professionals to integrate it effortlessly into existing pipelines without requiring extensive reconfiguration.

Integration with Cloud and Virtual Workstation Platforms

The Quadro RTX A6000 also supports virtualization technologies, enabling remote access to GPU-accelerated workstations through NVIDIA vGPU software. Organizations can deploy high-performance virtual workstations that provide remote users with the same capabilities as a local system. This flexibility enhances collaboration, allowing design teams and data scientists to work from different locations without compromising speed or quality. The card’s integration with NVIDIA CloudXR and Omniverse expands possibilities for remote collaboration, immersive visualization, and distributed rendering.

Data Security and System Integrity

In professional environments, data security and system integrity are paramount. The RTX A6000 supports secure boot processes, firmware verification, and enterprise-grade driver signing to ensure system-level protection. NVIDIA’s ongoing driver updates maintain compatibility and address potential vulnerabilities, making it a trusted choice for institutions handling sensitive data. Its reliability, combined with performance consistency, ensures that professionals can execute high-value tasks without concern for data loss or computational errors.

Use Cases Across Industries and Sectors

The Nvidia RTX A6000’s robust architecture and massive memory capacity make it an ideal choice across multiple professional sectors. In architecture, it enhances real-time walkthroughs and 3D visualization. In engineering, it powers complex computational fluid dynamics and finite element analysis simulations. In media and entertainment, it accelerates animation, compositing, and video rendering. For data scientists and researchers, it delivers scalable AI and deep learning computation. Its flexibility ensures suitability for virtually any high-performance professional application.

Architectural and Engineering Visualization

Architects and engineers can experience immersive design visualization with real-time ray tracing and accurate lighting simulations. The GPU enables smooth rendering of complex building models, infrastructure layouts, and manufacturing prototypes. With support for BIM software and CAD tools, the RTX A6000 brings photorealistic results to architectural visualization, enabling faster client presentations and project validation.

Scientific Research and Computational Workloads

Researchers dealing with large-scale computations benefit from the GPU’s parallel processing power. From genomic sequencing to weather prediction and quantum simulation, the A6000 delivers fast and accurate results. Its ECC memory ensures computational precision, while NVLink scalability accommodates data-intensive workloads. Scientists can conduct simulations and analyses in real-time, minimizing bottlenecks and improving project efficiency.

Film Production and 3D Animation Studios

For the entertainment industry, the A6000 enables studios to render complex visual effects, simulate realistic physics, and create high-fidelity animations. The GPU’s large memory capacity allows seamless management of multi-layered scenes, while RT and Tensor cores reduce rendering times. This enhances creative freedom and boosts productivity during tight production schedules. Its compatibility with rendering engines like Redshift, OctaneRender, and Arnold ensures consistent quality across diverse production pipelines.

Technical Specifications and Hardware Configuration

The Nvidia 699-5G133-0500-C02 model features a GA102 GPU core with a base clock of 1410 MHz and a boost frequency of 1860 MHz. It includes 10752 CUDA cores, 336 Tensor cores, and 84 RT cores. The card has a memory bandwidth of 768 GB/s and operates through a PCI Express 4.0 x16 interface. It supports DirectX 12 Ultimate, OpenGL 4.6, Vulkan 1.3, and CUDA 12. Its TDP is rated at 300W, with power supplied through a single 8-pin connector. Physically, the card adopts a dual-slot form factor and includes four DisplayPort 1.4a outputs.