699-5G500-0500-400 32GB Volta HBM2 Quadro GV100 GPU

The Nvidia 699-5G500-0500-400 Quadro GV100 Graphics Card is a high-end professional workstation GPU designed for engineers, designers, researchers, and content creators requiring extreme computational and rendering performance. Equipped with 32GB of ultra-fast HBM2 memory, the GV100 delivers unprecedented throughput for AI, deep learning, scientific computing, and high-resolution graphics workflows. Its architecture, based on Nvidia’s Volta platform, incorporates advanced tensor cores, CUDA cores, and multi-precision processing to accelerate professional workloads and complex simulations. With robust multi-display support and cutting-edge GPU compute capabilities, the Quadro GV100 sets a new benchmark for professional graphics performance.

Volta Architecture and Core Technologies

Next-Generation GPU Architecture

The Quadro GV100 utilizes Nvidia's Volta architecture, a revolutionary leap forward in GPU design that integrates thousands of CUDA cores with specialized tensor cores for AI-accelerated computing. This architecture provides superior performance-per-watt, enhanced precision in compute-intensive tasks, and support for mixed-precision operations that balance speed and accuracy. Volta enables real-time AI inference and high-fidelity graphics rendering in professional environments.

Tensor Cores for AI and Deep Learning

One of the defining features of the GV100 is its inclusion of tensor cores, specialized processing units designed to accelerate matrix operations commonly used in AI and deep learning. These cores allow for exponential speedups in neural network training, enabling enterprises to process large datasets quickly and efficiently. With tensor cores, the GV100 is ideal for AI-driven design, predictive simulations, and research requiring large-scale neural networks.

CUDA Cores and Parallel Computing

The GV100 contains 5120 CUDA cores, providing massive parallel processing power for graphics, simulation, and computational tasks. This parallelism enables real-time 3D visualization, fluid simulations, and complex rendering pipelines. The CUDA core array ensures efficient workload distribution, minimizing bottlenecks and delivering consistent performance across diverse applications.

Professional Memory and Bandwidth

32GB HBM2 Memory Capacity

Equipped with 32GB of HBM2 memory, the Quadro GV100 allows professionals to handle extremely large datasets, detailed simulations, and complex 3D scenes with ease. The high-capacity memory is critical for applications in scientific research, AI model training, and enterprise-level rendering, where large datasets need to be loaded and processed simultaneously.

High Memory Bandwidth

HBM2 memory delivers a staggering 870 GB/s of bandwidth, enabling rapid data transfer between the GPU cores and memory. This high bandwidth ensures minimal latency when accessing data-intensive textures, complex models, or massive datasets, allowing for smoother visualizations and faster computational throughput.

Enhanced Error Correction and Reliability

The Quadro GV100 features ECC (Error Correcting Code) memory support, which ensures data integrity during long computational tasks. ECC is critical in professional applications where even minor errors can compromise simulation accuracy, scientific analysis, or AI model training.

Display and Connectivity Options

Multi-Display Support

The Quadro GV100 provides robust display connectivity, supporting up to four 5K monitors simultaneously or one 8K display via DisplayPort outputs. This multi-display capability is essential for professionals requiring expansive workspaces, real-time monitoring, and multi-application workflows in design, engineering, or content creation.

High-Resolution Rendering

The GV100 supports ultra-high resolutions, ensuring precise rendering of complex models, scientific visualizations, and high-definition video content. Professionals working in virtual reality, immersive simulations, or cinematic production can leverage this high-resolution support for unparalleled clarity and detail.

Flexible Output Interfaces

The card offers multiple DisplayPort outputs and is compatible with adapters for DVI and HDMI connections. This ensures backward compatibility with legacy devices while supporting modern multi-monitor and virtual reality setups.

Virtual Reality and Simulation Integration

The GV100 is VR-Ready and capable of driving immersive environments for professional design, training, and simulation. Its tensor cores and high-bandwidth memory enable accurate real-time physics simulation and high-fidelity rendering for VR applications.

Performance in Professional Applications

3D Design and CAD Acceleration

The Quadro GV100 excels in 3D design, CAD, and BIM applications. Its massive compute power allows designers to manipulate large assemblies, conduct real-time lighting and shading simulations, and achieve accurate photorealistic renders with minimal latency.

Media, Entertainment, and Visual Effects

Video editors and visual effects professionals can benefit from accelerated rendering, real-time playback of 8K content, and GPU-based effects processing. Applications such as Adobe Premiere, After Effects, and Autodesk Maya leverage the GV100’s CUDA and tensor cores for enhanced workflow efficiency.

Scientific Computing and AI Research

The GV100’s Volta architecture and tensor cores provide unparalleled acceleration for AI model training, deep learning inference, and large-scale simulations. Researchers can process massive datasets for genomics, computational chemistry, or climate modeling with significantly reduced processing times compared to previous-generation GPUs.

High-Performance Simulation in Engineering

Engineers can utilize the GV100 for finite element analysis, computational fluid dynamics, and structural simulations. The GPU’s memory capacity and processing power allow for detailed models with millions of elements to be processed in real-time or near-real-time environments.

Thermal Management and Reliability

Advanced Cooling Solutions

The Quadro GV100 incorporates an advanced cooling system with vapor chamber and high-efficiency fan design, ensuring optimal temperature management during intensive workloads. This thermal solution maintains stability and performance during extended professional use.

Quiet Operation

Designed for workstation environments, the cooling system operates efficiently with minimal noise output, enabling professionals to work in shared spaces without disturbance. This quiet operation does not compromise airflow or thermal dissipation, maintaining optimal performance.

Long-Term Reliability and Durability

Engineered for continuous 24/7 operation, the GV100 is tested under rigorous conditions to ensure long-term reliability. Its industrial-grade components, reinforced PCB, and high-quality memory modules enhance durability, making it suitable for mission-critical workloads in enterprise environments.

Optimized Performance-Per-Watt

The Volta architecture emphasizes energy efficiency without sacrificing compute power. The GV100 balances performance with energy consumption, making it suitable for high-performance workstations where power efficiency and operational costs are important considerations.

Dynamic Power Scaling

Adaptive power management allows the GV100 to scale power consumption based on workload demands. Idle or low-intensity tasks consume less energy, reducing heat generation and operational costs while maintaining high performance during peak workloads.

High-Density Workstations

The GV100 is compatible with high-density and multi-GPU workstation systems. Its power and thermal efficiency allow deployment in constrained environments while maintaining consistent performance, enabling scalable GPU configurations for demanding workflows.

Software and Driver Ecosystem

Nvidia Quadro Drivers

The GV100 is supported by Nvidia’s certified professional drivers, optimized for stability, compatibility, and performance in enterprise applications. These drivers undergo rigorous testing with industry-standard software to ensure reliability across diverse workloads.

Professional API Support

The GV100 supports CUDA, OpenCL, DirectCompute, OpenGL, and Vulkan APIs, enabling developers and professionals to harness its full computational and graphical potential. This flexibility allows integration into existing workflows across scientific computing, AI, and 3D rendering applications.

Enterprise-Grade Reliability and Certification

24/7 Operation and Testing

The Quadro GV100 is designed to operate continuously under heavy workloads. Rigorous testing ensures stability and performance consistency for professional environments where downtime is not acceptable.

Software Certification

The GV100 holds certifications for major professional applications, including CAD, CAE, media and entertainment software, ensuring optimal performance and reliability in enterprise workflows. Users benefit from certified stability and predictable behavior across critical projects.

Error Correction and Data Integrity

Error Correcting Code (ECC) memory ensures data integrity during complex computations. This is essential for scientific simulations, AI training, and professional rendering tasks where precision and reliability are critical.

Build Quality and Design Features

Industrial-Grade Construction

The GV100 features a robust design with reinforced metal shrouds and high-quality PCB layout. This ensures durability, thermal resilience, and long-term reliability under continuous operation in professional workstations.

Dual-Slot Form Factor

The card’s dual-slot configuration balances high performance and compatibility, fitting into standard workstation chassis while providing optimal airflow and thermal efficiency. It supports multi-GPU setups in high-density computing environments.

Scalability for Multi-GPU Workflows

The GV100 can be deployed in multi-GPU configurations using Nvidia NVLink bridges, enabling shared memory access and higher combined computational performance. This scalability is ideal for AI research, complex simulations, and enterprise rendering farms.

Industry Applications

Scientific Computing

The GPU accelerates high-performance computing (HPC) simulations, including molecular dynamics, climate modeling, and astrophysical simulations, providing researchers with faster computation times and higher-fidelity results.

Media and Entertainment

Video editing, visual effects, and 3D rendering professionals benefit from real-time rendering, complex scene management, and accelerated GPU-optimized workflows. The GV100 enables faster production cycles and higher-quality output.

Engineering and Design

Engineers working in automotive, aerospace, or architecture can process massive CAD assemblies, run finite element analysis, and perform high-precision simulations, improving productivity and reducing development cycles.

Market Position and Competitive Advantage

High Performance

The Quadro GV100 offers unmatched performance per watt for professional workstations. Its Volta architecture and HBM2 memory deliver peak compute capabilities while managing power consumption efficiently, providing a competitive edge over earlier-generation GPUs.

Long-Term Reliability

Unlike consumer-grade graphics cards, the GV100 is built for 24/7 enterprise use, ensuring durability, consistent performance, and certified software compatibility. Enterprises can rely on this card for mission-critical workloads without compromise.