699-5G413-0600-110 Nvidia 16GB GDDR5 DisplayPort PCI-e GPU

Nvidia 699-5G413-0600-110 16GB Quadro P5000 GDDR5 PCIe Graphics Card Overview

The NVIDIA 699-5G413-0600-110 Quadro P5000 Graphics Card is an advanced workstation GPU engineered for professionals who demand precision, reliability, and raw computational performance. Equipped with 16GB of high-speed GDDR5 memory, this card supports complex 3D modeling, rendering, simulation, and video editing workloads. With its 4x DisplayPort and 1x DVI output configuration, it enables multi-display setups, providing expansive visual workspaces for designers, engineers, and digital content creators. The Quadro P5000, based on Nvidia’s Pascal architecture, delivers exceptional graphics and compute performance, ideal for modern enterprise-level applications.

Pascal Architecture and Core Technology

Innovative GPU Design

The Nvidia Quadro P5000 is built on the Pascal GPU architecture, which marked a significant leap forward in performance-per-watt efficiency and computational throughput. The architecture integrates over 2,500 CUDA cores, allowing professionals to handle heavy parallel processing workloads with exceptional speed. This results in fluid visualization, real-time rendering, and seamless interactivity even with massive datasets and detailed 3D environments.

Enhanced Compute

Pascal architecture leverages improved floating-point and integer performance, enabling higher precision in scientific calculations, AI computations, and engineering simulations. The GPU supports double precision and single precision modes, ensuring compatibility across a wide range of software tools like SOLIDWORKS, AutoCAD, ANSYS, and Adobe Creative Cloud.

Memory Compression and Bandwidth Optimization

The Quadro P5000 introduces advanced memory compression algorithms that reduce data bandwidth consumption. This technology increases effective bandwidth, improving rendering performance and enabling faster manipulation of large data structures. Combined with GDDR5’s high clock speeds, professionals can handle 4K and 8K workflows with smoother interactivity and shorter rendering times.

Professional-Grade Memory and Storage Bandwidth

16GB GDDR5 Memory Capacity

Equipped with 16GB of GDDR5 VRAM, the Nvidia 699-5G413-0600-110 allows applications to handle massive datasets, high-resolution textures, and complex simulations. This high memory capacity is crucial for rendering photorealistic imagery, editing 8K video content, and visualizing large-scale architectural or mechanical models in real time.

High-Speed Memory Interface

The Quadro P5000 operates on a 256-bit memory interface, delivering up to 288 GB/s of memory bandwidth. This enables smooth streaming of textures, efficient caching, and faster computation cycles. The balanced memory architecture ensures minimal bottlenecks during high-load operations, ensuring maximum throughput for workstation environments.

Optimized Workstation Compatibility

The GDDR5 memory is optimized for professional workloads, providing stability, error reduction, and sustained performance over prolonged periods. This makes the P5000 suitable for critical enterprise use, including CAD design, AI-assisted visualization, and multi-monitor 3D production workflows.

Connectivity and Display Outputs

Multi-Monitor Display Support

The Quadro P5000 offers versatile connectivity options with four DisplayPort outputs and one DVI port, supporting up to five displays simultaneously. Professionals can extend their workspace across multiple screens for better multitasking, side-by-side comparisons, and enhanced productivity in design or simulation tasks.

High-Resolution Display Capabilities

Supporting resolutions up to 7680x4320 (8K), the Quadro P5000 ensures precise and detailed visual output. The DisplayPort 1.4 standard provides HDR (High Dynamic Range) support and high refresh rates, delivering color-accurate and fluid visuals for critical visual workflows like video color grading and 3D visualization.

DVI Interface for Legacy Compatibility

The single-link DVI output offers backward compatibility with older monitors and projectors, ensuring flexibility in mixed hardware environments. This makes the card ideal for upgrading existing workstation setups without sacrificing display compatibility.

Quad DisplayPort 1.4 Outputs

Each DisplayPort output can drive up to a 5K resolution display, or users can combine multiple ports to achieve higher multi-screen resolutions. This capability benefits industries such as video production, virtual reality design, and scientific data visualization.

Performance in Professional Applications

3D Modeling and CAD Design

The Nvidia Quadro P5000 delivers exceptional performance for 3D modeling software like AutoCAD, CATIA, and SolidWorks. Complex designs and assemblies can be manipulated in real-time with accurate lighting and shading, significantly reducing render times and design iteration cycles.

Media and Entertainment Production

In the media and entertainment sector, the P5000 supports advanced GPU acceleration in Adobe Premiere Pro, DaVinci Resolve, and Autodesk Maya. Professionals can edit 4K/8K footage, apply complex visual effects, and render CGI scenes more efficiently using GPU-based rendering engines like Redshift and OctaneRender.

Scientific Visualization and Simulation

Researchers and engineers can utilize the compute capabilities of the P5000 for data visualization, finite element analysis, and fluid dynamics simulation. The GPU’s large memory buffer allows visualization of massive datasets, enabling accurate analysis and faster insight generation.

Architecture, Engineering, and Construction (AEC) Optimization

For architects and construction engineers, the Quadro P5000 supports BIM applications like Revit and Navisworks. Its rendering precision ensures realistic material visualization, shadow accuracy, and lighting simulation, improving design review and client presentation quality.

Pascal GPU Computing and CUDA Core Performance

Massive Parallel Processing with CUDA Cores

Featuring 2560 CUDA cores, the Quadro P5000 can process multiple instructions concurrently, resulting in high throughput for compute-heavy tasks. CUDA technology accelerates workflows across scientific research, machine learning, and simulation-based industries by optimizing parallel data processing.

FP32 and FP64 Floating Point Performance

The card delivers strong FP32 and FP64 floating-point performance, ensuring numerical accuracy and reliability in engineering and scientific computation tasks. Applications that rely on heavy mathematical modeling benefit from this precision-based architecture.

CUDA and OpenCL APIs

The GPU fully supports CUDA, OpenCL, and DirectCompute APIs, allowing developers and engineers to build optimized, GPU-accelerated applications. This flexibility makes the Quadro P5000 a versatile solution for both proprietary and open-source software environments.

Virtual Reality and Immersive Design

VR Ready Certification

The Nvidia Quadro P5000 is VR Ready, meaning it can power demanding VR applications used in architecture, design, and entertainment industries. It ensures low latency, high refresh rates, and stable performance across virtual environments, providing users with an immersive and realistic experience.

Enhanced 3D Visualization Capabilities

With advanced shading and real-time ray tracing emulation features, the GPU enhances the realism of 3D rendered environments. Professionals can review models, textures, and animations in interactive 3D environments before final production, improving decision-making and creativity.

Mixed Reality (MR) and Simulation Integration

Beyond VR, the P5000 integrates well with mixed reality solutions used in simulation and training systems. Industries such as aviation, healthcare, and automotive use this GPU to create accurate, physics-based simulations that mimic real-world environments.

Advanced Cooling System

The Nvidia 699-5G413-0600-110 Quadro P5000 features a high-performance cooling system designed for sustained workloads. The single-fan blower design ensures efficient heat dissipation, maintaining stable GPU temperatures even during continuous operation under full load.

Quiet Operation and Reliability

Engineered for professional environments, the P5000 operates quietly, making it ideal for studio, lab, and office setups. Noise reduction technology ensures minimal acoustic output without compromising cooling performance or airflow efficiency.

Temperature Control and Thermal Sensors

Integrated temperature sensors allow the GPU to dynamically adjust fan speeds, balancing performance and cooling. This proactive thermal management system enhances the lifespan of the card while maintaining consistent frame rates and rendering performance.

Optimized Power Consumption

Built using Pascal’s energy-efficient design, the Quadro P5000 delivers outstanding performance without excessive power draw. With a TDP of around 180W, it provides high compute throughput per watt, helping enterprises reduce energy costs.

Intelligent Power Control

The GPU features adaptive power scaling, adjusting performance levels based on workload intensity. When idle or under low load, power consumption drops significantly, enhancing operational efficiency in 24/7 workstation environments.

Compatibility with Energy-Saving Workstations

The P5000 integrates seamlessly into modern, energy-efficient workstation systems. It supports Nvidia’s advanced power states and can operate within confined thermal environments, maintaining reliability across extended workloads.

Nvidia Quadro Professional Drivers

The Quadro P5000 utilizes Nvidia’s certified professional drivers, optimized for stability and performance in key workstation applications. These drivers undergo rigorous testing and certification by major software vendors to ensure maximum reliability.

Professional APIs

Supporting APIs like OpenGL, Vulkan, and DirectX, the P5000 provides flexibility for developers and professionals using a wide range of graphics engines. The GPU is compatible with enterprise-class platforms such as Autodesk, Dassault Systèmes, and Adobe Creative Suite.

Reliability and Durability for Enterprise Workflows

Engineered for 24/7 Operation

The Quadro P5000 is designed for continuous professional use, capable of running intensive workloads without degradation. Nvidia’s enterprise-grade testing ensures stability under extended operational conditions, making it a dependable choice for mission-critical workflows.

Certified for Professional Applications

The card holds certifications for applications across design, simulation, visualization, and content creation industries. This guarantees optimized performance and compatibility with key software solutions, ensuring users experience stable and predictable performance.

Data Integrity and Error Correction

Equipped with ECC (Error Correcting Code) support, the P5000 maintains data accuracy during high-intensity compute tasks. This feature is essential for scientific simulations and professional design workflows requiring precision and reliability.

Build Quality and Design

Durable Industrial Construction

The card’s robust build features a reinforced metal shroud and high-quality PCB layout to withstand continuous operation. This durability ensures resistance to thermal expansion and mechanical stress in heavy workstation environments.

Compact Dual-Slot Design

The dual-slot configuration balances performance and compatibility, allowing the card to fit easily in most mid- and full-tower workstation cases. It delivers high output performance while maintaining manageable size and airflow design efficiency.

Future Scalability and Compatibility

Multi-GPU Configurations

The Quadro P5000 supports Nvidia SLI technology, allowing multiple GPUs to operate in tandem. This scalability enhances performance for demanding rendering, simulation, or AI workloads requiring higher compute capabilities.

Future-Proofed for Evolving Software

With continued driver updates and compatibility enhancements, the P5000 remains relevant as modern applications evolve. Its robust architecture ensures long-term value, making it a reliable investment for future projects.

Extensive System Compatibility

The card supports Windows, Linux, and select Unix-based systems, allowing integration into diverse professional environments. Its broad compatibility ensures that enterprises across multiple industries can adopt it without infrastructure overhaul.

Comparative Advantage and Market Position

Performance vs. Power Consumption

The Quadro P5000 offers an ideal balance between raw power and energy efficiency. Compared to its predecessors like the Quadro M5000, it delivers nearly double the performance while reducing overall power draw, improving both speed and cost efficiency.

Comparison with RTX Series

While newer RTX cards introduce ray tracing and AI acceleration, the P5000 remains an exceptional choice for professionals prioritizing stability and compatibility with traditional rendering pipelines. Its driver maturity and proven reliability make it a dependable tool in production environments.

Price-to-Performance Ratio

The Nvidia 699-5G413-0600-110 Quadro P5000 offers excellent value for enterprises seeking powerful workstation performance without the premium pricing of newer generation GPUs. Its balance of compute performance, memory capacity, and efficiency ensures a strong return on investment.

Use Cases Across Industries

Architecture and Design

Architects can visualize structures in real-time, conduct walkthroughs in 3D environments, and render photorealistic imagery efficiently. The P5000 supports modeling tools and VR environments for improved conceptual presentations.

Manufacturing and Engineering

Mechanical engineers benefit from accurate simulations, fluid dynamics analysis, and high-speed CAD rendering. The GPU ensures precise model visualization and simulation accuracy in production planning and prototyping workflows.

Healthcare and Research

Medical imaging professionals utilize the P5000 for 3D visualization of MRI and CT scans, enhancing diagnostics and medical training. Its parallel processing power supports bioinformatics and molecular modeling applications.