900-5G500-0100-001 Nvidia 32GB HBM2 Quadro GV100 Volta GPU Graphics Card

Nvidia Quadro GV100 Volta Graphics Card

The 900-5G500-0100-001 Nvidia Quadro GV100 represents the pinnacle of professional graphics technology. Engineered for advanced rendering, AI-driven workflows, and high-performance computing, this card delivers exceptional speed and reliability for demanding creative and scientific applications. With its massive 32GB HBM2 memory and Volta architecture, it empowers professionals to handle complex datasets and visually intensive projects seamlessly.

Products Details

• Brand: Nvidia
• Model Number: 900-5G500-0100-001
• Architecture: Volta
• Memory Type: HBM2
• Power Connector: 1x 8-pin

Key Specifications

• Form Factor: Full Height Bracket, Dual-Slot, 10.51 Inches (267mm)
• Memory: 32GB HBM2, 868.4 GB/s bandwidth, 4096-bit memory bus
• Rendering Units:
• CUDA Cores: 5120
• Texture Mapping Units (TMUs): 320
• Render Output Units (ROPs): 128
• Streaming Multiprocessors (SMs): 80
• Tensor Cores: 640
• Clock Speeds: Base 1132 MHz | Boost 1627 MHz
• Thermal Design: Active cooling solution
• Outputs: 4x DisplayPort 1.4a
• Power Requirements: 1x 8-pin connector, Maximum 250W TDP

Benefits of HBM2 Memory

• Ultra-fast data transfer rates for professional applications
• Supports complex 3D modeling and AI computations
• Reduces latency in data-heavy tasks

Rendering Advantages for Professionals

• Exceptional real-time ray tracing performance
• High throughput for complex 3D scenes
• Enhanced AI-driven rendering for creative and research projects

Thermal and Power Efficiency

• The GV100 incorporates an active cooling system designed to maintain optimal temperatures under heavy workloads. Its efficient thermal management, combined with a 250W maximum power draw, ensures stability and reliability in workstation environments.

Key Thermal Features

• Dual-slot full-height design for effective heat dissipation
• Maintains consistent performance during extended usage
• Minimizes noise while providing powerful cooling

Professional Display

• 4K and 8K resolution capable
• Supports HDR content for accurate color reproduction
• Optimized for CAD, DCC, and scientific visualization

Nvidia Quadro GV100

• The Quadro GV100 stands out as a top choice for professionals seeking robust performance, AI acceleration, and reliable memory handling. Its blend of powerful cores, massive HBM2 memory, and advanced cooling system ensures unmatched efficiency in rendering, simulations, and machine learning applications.

Professional Advantages

• Unmatched AI and deep learning performance
• Supports large-scale rendering and simulation tasks
• Engineered for stability and longevity in workstation environments

Advanced Rendering Capabilities

• With 5120 CUDA cores, 320 TMUs, and 128 ROPs, 900-5G500-0100-001 the GV100 delivers unparalleled rendering power for visual effects, simulation, and real-time graphics. The addition of 640 Tensor cores allows accelerated AI-based processing, enhancing workflow efficiency for deep learning and machine learning tasks.

Connectivity and Output Options

• Equipped with four DisplayPort 1.4a outputs, this card supports multiple high-resolution displays, enabling immersive and productive multi-monitor setups. It is compatible with professional workstations and offers seamless integration for visualization and design workflows.

NVIDIA Volta Architecture Revolutionizing Parallel Computing

The 900-5G500-0100-001 Quadro GV100 is built upon NVIDIA's groundbreaking Volta architecture, representing a significant leap forward in computational efficiency and parallel processing capability for professional workloads. This architecture introduces several revolutionary technologies that differentiate it from previous generations and establish new benchmarks for computational performance.

Tensor Cores Accelerating AI and Deep Learning

Volta's most significant innovation is the introduction of Tensor Cores - specialized processing units designed specifically for deep learning matrix operations. These dedicated cores deliver dramatically improved performance for AI inference and training workloads, enabling the Quadro GV100 to achieve unprecedented computational throughput for mixed-precision calculations.

Architectural Advantages of Volta

The 900-5G500-0100-001 Volta architecture introduces concurrent execution of integer and floating-point operations, allowing for more efficient processing of complex computational workloads. With 21.1 billion transistors fabricated on TSMC's 12 nm FinFET process, the GV100 GPU represents one of the most complex processors ever created for professional visualization. This immense transistor count enables the incredible parallelism and specialized processing capabilities that define the Volta architecture.

High Bandwidth Memory (HBM2) Redefining Memory Performance

The Quadro GV100 incorporates 32 GB of High Bandwidth Memory 2 (HBM2), representing a fundamental shift in memory architecture that delivers exceptional bandwidth while maintaining power efficiency. This advanced memory technology enables professionals to work with massive datasets without experiencing the performance bottlenecks associated with traditional memory architectures.

HBM2 Technical Implementation

HBM2 utilizes a 3D-stacked DRAM architecture with through-silicon vias (TSVs) to vertically connect multiple memory dies. This innovative approach allows for a dramatically wider memory interface - 4096 bits in the case of the Quadro GV100 - compared to the 32-bit channels typically found in GDDR memory. The wider interface enables high data transfer rates at lower clock speeds, resulting in significantly improved power efficiency.

Bandwidth and Capacity Advantages

With bandwidth of 868.4 GB/s, the HBM2 memory in the Quadro GV100 enables rapid data transfers essential for memory-intensive professional applications. The 32 GB memory capacity provides ample resources for working with extremely large models, complex simulations, and high-resolution datasets that would overwhelm conventional graphics cards with smaller memory pools. This combination of massive capacity and exceptional bandwidth makes the GV100 ideally suited for the most demanding professional visualization and computational tasks.

Professional Applications and Workload Optimization

The Quadro GV100 is engineered to excel across a diverse range of professional workloads, leveraging its specialized architecture to deliver breakthrough performance in scientific computing, artificial intelligence, and advanced content creation environments.

Scientific Computing and Research

With exceptional double-precision (FP64) performance of 8.33 TFLOPS, 900-5G500-0100-001 the Quadro GV100 accelerates complex computational simulations in fields including computational fluid dynamics, finite element analysis, and molecular dynamics. The combination of high FP64 performance and large HBM2 memory capacity enables researchers to solve larger problems with greater accuracy in less time, accelerating the pace of scientific discovery across multiple disciplines.

AI and Deep Learning Development

The 640 Tensor Cores in the Quadro GV100 deliver transformative performance for deep learning training and inference workloads. These specialized cores dramatically accelerate the matrix operations fundamental to neural network training, enabling data scientists to work with more complex models and larger datasets. With support for mixed-precision computations, the GV100 provides an ideal development platform for AI researchers and practitioners deploying neural networks across various applications.

Professional Content Creation and Visualization

For media and entertainment professionals, the Quadro GV100 enables real-time rendering of complex scenes with high geometric complexity and advanced lighting effects. The massive 32 GB frame buffer accommodates extremely high-resolution textures and models, while the exceptional memory bandwidth ensures smooth viewport performance even with demanding assets. In visualization applications, the GV100 powers immersive virtual reality experiences and high-resolution tiled display walls with uncompromised performance.

Compatibility and System Requirements

Proper integration of the Quadro GV100 into professional workstations requires attention to system compatibility and power requirements to ensure optimal performance and stability across demanding applications.

Software and API

The Quadro GV100 provides comprehensive support for industry-standard APIs including DirectX 12, OpenGL 4.6, OpenCL 3.0, and Vulkan 1.3. For CUDA-enabled applications, 900-5G500-0100-001 the GV100 supports Compute Capability 7.0, ensuring compatibility with a broad ecosystem of GPU-accelerated professional software :cite[4]:cite[9]. NVIDIA provides optimized drivers for professional applications across various industries, ensuring maximum performance and reliability in production environments.

Hardware and Power Requirements

With a thermal design power (TDP) of 250 W, 900-5G500-0100-001 the Quadro GV100 requires adequate system cooling and a robust power delivery system. NVIDIA recommends a 600 W power supply to ensure stable operation under full load conditions. The dual-slot design with a length of 267 mm (10.5 inches) requires careful consideration of chassis compatibility to ensure proper fit and adequate airflow for optimal thermal performance.