699-5G132-0520-811 Nvidia 24GB GDDR6 ECC 384-bit PCI-E 4.0 Workstation Graphics Card

Overview of the 24GB Graphics Cards

The Nvidia 699-5G132-0520-811 24GB GDDR6 ECC 384-bit PCI-E 4.0 Workstation Graphics Card represents the pinnacle of professional graphics performance. Designed for demanding computational tasks, advanced 3D rendering, scientific simulations, and AI workloads, this graphics card provides the necessary horsepower for creative professionals, engineers, and researchers. With 24GB of GDDR6 ECC memory, a 384-bit memory interface, and PCI-E 4.0 compatibility, it delivers unparalleled memory bandwidth and data integrity, ensuring flawless performance in high-demand workstation environments.

Detail Specifications

• Manufacturer: Nvidia 
• Part Number: 699-5G132-0520-811
• Type: Graphic Card

Technical Information

• Architecture : NVIDIA Ampere Architecture
• Process Size : 8nm
• Transistors : 28.3 Billion
• Die Size : 628.4 Mm2
• Cuda Cores : 10240
• Tensor Cores : 320
• Rt Cores : 80
• Single Precision Performance : 34.1 Tflops
• Rt Core Performance : 66.6 Tflops
• Tensor Performance : 272.8 Tflops
• Gpu Memory : 24 Gb Gddr6 With Ecc
• Memory Interface : 384-bit
• Memory Bandwidth : 768 Gb/sec
• Display Connectors : 4x Displayport 1.4a
• Nvenc | Nvdec : 1x | 2x (+ Av1 Decode)
• System Interface : Pci Express 4.0 X16
• Form Factor : 4.4” H X 10.5” L Dual Slot
• Thermal Solution : Active Fansink
• Maximum Power Consumption : 230 W
• Power Connector : 1x 8-pin Pcie
• Max Digital Resolution : 7680 X 4320 X36 Bpp At 60 Hz
• Frame Lock : Compatible With NVIDIA Quadro Sync Ii
• Nvlink : 2-way Low Profile (2-slot And 3-slot Bridges) Connects 2x NVIDIA Rtx A5500
• Nvlink Interconnect : 112.5 Gb/sec Bidirectional

High-Performance GPU Architecture

The Nvidia 699-5G132-0520-811 leverages cutting-edge GPU architecture to maximize computational throughput and efficiency. Built for professional-grade workloads, the GPU architecture incorporates advanced CUDA cores, Tensor cores, and RT cores, enabling accelerated AI inference, ray tracing, and complex simulations. Whether performing high-resolution 3D modeling or intricate scientific calculations, this card maintains consistent performance without bottlenecks.

Massive 24GB GDDR6 ECC Memory

One of the defining features of this workstation graphics card is its massive 24GB GDDR6 ECC memory. ECC (Error-Correcting Code) ensures that all data processed by the GPU is checked and corrected in real-time, minimizing errors that can affect simulations, rendering, and AI model training. The large memory capacity allows users to work with massive datasets, large texture files, and complex 3D scenes without performance degradation, making it ideal for film production, virtual reality design, and scientific visualization.

384-bit Memory Interface

The 384-bit memory interface provides extremely high memory bandwidth, which is crucial for processing large-scale datasets and delivering seamless real-time rendering. Combined with the 24GB of GDDR6 memory, this interface ensures that massive workloads are handled efficiently, supporting advanced workflows in engineering, animation, and data science. Users experience smoother performance in applications such as CAD, 3D rendering engines, and deep learning frameworks.

PCI-E 4.0 Compatibility

Equipped with PCI-E 4.0 connectivity, the Nvidia 699-5G132-0520-811 maximizes data transfer speeds between the GPU and the system. PCI-E 4.0 doubles the bandwidth compared to PCI-E 3.0, allowing faster access to large datasets, quicker rendering, and reduced latency in high-performance applications. This ensures that creative professionals and data scientists can leverage the full potential of their workstation without bottlenecks in memory access or communication between GPU and CPU.

Workstation-Class Reliability

Unlike consumer-grade GPUs, this workstation graphics card is engineered for 24/7 operation in demanding environments. Nvidia’s rigorous testing standards and ECC memory integration guarantee system stability and data integrity even under continuous heavy workloads. Workstation users benefit from reduced risk of crashes and increased confidence in results when performing critical simulations, visualizations, or rendering tasks.

Optimized for Professional Applications

The Nvidia 699-5G132-0520-811 is certified and optimized for a wide range of professional applications. This includes CAD software such as AutoCAD and SolidWorks, 3D modeling programs like Blender and Maya, and visualization tools for medical imaging and scientific research. Developers and researchers in AI and machine learning can also harness the Tensor cores for accelerated neural network training, benefiting from faster convergence times and higher accuracy. Optimizations extend to real-time rendering engines, ensuring smooth, high-fidelity visual output.

Advanced Cooling and Power Efficiency

High-performance GPUs generate significant heat, but the Nvidia 699-5G132-0520-811 incorporates advanced cooling solutions to maintain optimal temperatures under load. Efficient thermal management and energy optimization ensure consistent performance and prolong the lifespan of the card. Professional workstations benefit from quiet operation, even when handling the most intensive rendering or simulation tasks, creating a more productive and comfortable environment for users.

Extensive Multi-Monitor and Display Support

This workstation graphics card supports multiple high-resolution monitors, enabling expansive desktop setups for increased productivity. With support for 8K displays and multiple 4K monitors, designers, animators, and engineers can work with high-resolution assets across large digital canvases. Multi-monitor setups enhance workflow efficiency, allowing simultaneous visualization, editing, and monitoring of complex projects without performance compromise.

The Nvidia 699-5G132-0520-811 is not only a graphics powerhouse but also an AI accelerator. Tensor cores and CUDA cores work together to speed up deep learning model training, inference, and scientific computing tasks. Researchers and engineers can run advanced simulations, predictive models, and AI-based workflows more efficiently, thanks to the card’s superior memory bandwidth and parallel processing capabilities. Frameworks such as TensorFlow, PyTorch, and MXNet benefit directly from the hardware acceleration provided by this GPU.

Seamless Integration with Workstation Systems

Designed to integrate effortlessly into professional workstations, the Nvidia 699-5G132-0520-811 is compatible with major workstation platforms and supports driver updates from Nvidia’s professional ecosystem. IT administrators and creative studios appreciate the predictable stability and compatibility, which reduces downtime and enhances productivity. Installation is straightforward, and system management tools provide real-time monitoring of GPU performance, temperature, and utilization.

Ideal for Content Creation and Visualization

For content creators, the Nvidia 699-5G132-0520-811 offers a perfect balance of raw computing power, memory capacity, and reliability. High-resolution video editing, VFX rendering, and VR content creation are handled seamlessly, allowing professionals to iterate faster and achieve higher-quality results. Its large memory footprint enables editing of multiple 8K video streams or extremely detailed 3D models without slowdowns. Visualization tasks, whether in scientific research or architectural design, benefit from real-time rendering capabilities and precise graphical output.

Comprehensive Connectivity and Expansion

The graphics card provides versatile connectivity options for professional workstations, including multiple DisplayPort outputs and support for HDR content. Expansion capabilities make it possible to pair multiple GPUs for even more processing power, essential for large-scale AI model training or advanced simulation workloads. The card’s robust architecture ensures that multi-GPU setups operate efficiently and reliably, meeting the demands of high-end research labs, animation studios, and engineering firms.

Investing in the Nvidia 699-5G132-0520-811 is a long-term decision for professionals who require consistent high performance. Built with premium components and designed for extended workloads, this workstation graphics card maintains peak efficiency for years. Its reliability and performance stability protect critical projects, reduce downtime, and provide a future-proof solution for evolving computational requirements. Organizations can confidently rely on this GPU for both current and upcoming professional software demands.

Performance in Scientific Computing and Engineering

Beyond creative applications, the Nvidia 699-5G132-0520-811 excels in scientific computing, engineering simulations, and data-intensive analysis. High-fidelity simulations, finite element analysis (FEA), computational fluid dynamics (CFD), and other demanding engineering applications benefit from the massive memory, high bandwidth, and robust ECC memory. Researchers and engineers gain faster results, more precise calculations, and the ability to handle more complex models without compromising accuracy.

Scalable Solutions for Enterprises

Enterprises that rely on large-scale visualization, AI training, or simulation workloads can scale their operations using multiple Nvidia 699-5G132-0520-811 cards. Multi-GPU setups in servers and workstations enable parallel processing, reducing project turnaround times significantly. The card’s reliability, professional certification, and integration with Nvidia’s enterprise software ecosystem make it ideal for organizations seeking scalable, high-performance computing solutions.

Nvidia’s driver ecosystem, along with CUDA and other software development kits (SDKs), enhances the capabilities of the 699-5G132-0520-811 graphics card. Developers can optimize their applications for maximum GPU utilization, harnessing advanced features like ray tracing, AI inference, and large-scale data processing. The combination of hardware and software ensures that professionals can leverage every aspect of the GPU’s architecture to achieve superior results.

Professional-Grade Security and Data Integrity

Security and data integrity are critical in professional computing environments. The ECC memory on the Nvidia 699-5G132-0520-811 corrects single-bit memory errors in real time, safeguarding sensitive calculations and critical project data. This level of error correction is essential for industries like finance, healthcare, engineering, and scientific research, where data accuracy is paramount. Professionals can trust their GPU to deliver reliable results consistently.