N35509-001 HPE 20GB Nvidia PCI Express Graphics Card.

HPE N35509-001 20GB Nvidia PCI Express 8D6B7AA RTX 4000 Ada 4DP Graphics Card Overview

The HPE N35509-001 20GB Nvidia PCI Express 8D6B7AA RTX 4000 Ada 4DP Graphics Card stands as one of the most advanced professional-grade GPUs designed for intensive graphical workloads, AI-powered tasks, and complex rendering applications. Built on the revolutionary Ada Lovelace architecture, this graphics card integrates superior GPU processing capabilities, immense memory bandwidth, and optimized CUDA core performance. It delivers breakthrough efficiency, providing higher computational power per watt while maintaining exceptional thermal management for sustained reliability under heavy workloads. This graphics card is a preferred choice for data scientists, AI researchers, engineers, and content creators who demand precision, speed, and stability in their workstation environments.

High-Performance Graphics Architecture

Leveraging the next-generation Ada Lovelace architecture, the HPE N35509-001 RTX 4000 Ada 4DP GPU delivers immense improvements in graphics rendering, ray tracing, and deep learning capabilities. The architecture features an optimized GPU pipeline with enhanced shader execution, Tensor cores for AI acceleration, and advanced RT cores for real-time ray tracing. This design enables lightning-fast computation across professional applications like 3D modeling, simulation, scientific visualization, and machine learning inference. It also improves multitasking efficiency, allowing creative professionals to render, encode, and simulate simultaneously with minimal lag or performance drops.

Advanced Ray Tracing and AI Capabilities

With dedicated RT cores and Tensor cores, this GPU can handle complex light and shadow calculations that enhance realism in visual content. The real-time ray tracing technology provides physically accurate reflections, refractions, and ambient occlusion effects, crucial for industries like architecture, game design, and virtual production. The AI-driven Tensor cores further improve workflow efficiency by accelerating AI-based denoising, scaling, and image reconstruction tasks. Professionals using Autodesk, Blender, or Adobe applications can experience smoother playback, faster rendering, and increased fidelity in their visual projects.

Memory and Bandwidth Advantages

The HPE N35509-001 RTX 4000 Ada 4DP graphics card comes with 20GB of GDDR6 ECC memory, which provides the ideal balance between capacity and speed. ECC (Error-Correcting Code) memory ensures data integrity by detecting and correcting memory errors in real-time, an essential feature for mission-critical applications. The large memory pool enables users to handle ultra-high-resolution textures, complex geometries, and massive datasets without encountering bottlenecks. The high memory bandwidth further enhances parallel processing capabilities, enabling seamless execution of large-scale computations and rendering operations.

Optimized PCI Express Interface

Built with a PCI Express Gen4 interface, the RTX 4000 Ada card ensures rapid data transfer between the GPU and system components. This high-speed interface reduces latency and maximizes throughput, providing superior responsiveness for real-time workloads. The backward compatibility with PCIe Gen3 motherboards ensures versatile integration across existing and new systems, making it suitable for workstation upgrades and enterprise deployments. Whether for 3D rendering, CAD design, or AI training, this PCI Express interface ensures consistent communication between the GPU and CPU with optimal performance stability.

Multi-Display Support and Connectivity

The HPE N35509-001 features four DisplayPort outputs (4DP), allowing connection to multiple high-resolution monitors simultaneously. Professionals working on multi-screen environments, simulation setups, or immersive visualizations benefit from this flexibility. It supports resolutions up to 8K, ensuring crisp image clarity and color accuracy across connected displays. This multi-display capability is vital for fields like video editing, stock trading, geospatial analysis, and software development, where extended workspace contributes to productivity and better workflow management.

Energy Efficiency and Thermal Performance

Designed for energy efficiency, the RTX 4000 Ada card balances power consumption with top-tier computational performance. The GPU employs advanced thermal sensors and intelligent fan control mechanisms to maintain optimal temperatures during sustained workloads. Its efficient cooling system minimizes noise while dissipating heat effectively, ensuring consistent performance across long rendering sessions or AI inference tasks. This reliability is essential for continuous operations in enterprise and data center environments where downtime and overheating can hinder productivity.

Professional Application Compatibility

The HPE N35509-001 20GB Nvidia RTX 4000 Ada graphics card is certified for a wide range of professional applications used in industries like design, engineering, research, and animation. It supports major software platforms such as AutoCAD, SolidWorks, Siemens NX, CATIA, Adobe Creative Cloud, and DaVinci Resolve. The optimized drivers ensure maximum stability and compatibility, minimizing errors and ensuring consistent performance across demanding visual workloads. The card’s driver suite also includes performance tuning options, allowing users to configure GPU performance according to their workflow needs.

AI and Deep Learning Performance

The Ada Lovelace architecture and Tensor cores make this GPU an excellent solution for AI model training and inference. Researchers can accelerate neural network computations, achieve faster training times, and deploy models more efficiently. The GPU’s high memory capacity allows handling of larger batch sizes and more complex models, supporting frameworks like TensorFlow, PyTorch, and MXNet. Its precision-focused compute power ensures accurate results in areas like natural language processing, predictive analytics, and image recognition.

Machine Learning and Data Science Integration

Data scientists benefit from the card’s capability to process high-dimensional datasets, visualize analytics, and run multiple deep learning experiments concurrently. This results in shorter development cycles and faster innovation in fields like healthcare imaging, financial forecasting, and autonomous systems. The GPU’s hardware acceleration drastically reduces computational load on the CPU, enhancing overall system efficiency for multi-threaded data workloads.

3D Design and Visualization Advantages

The RTX 4000 Ada excels in professional 3D modeling and rendering environments. Its advanced CUDA cores ensure precise shading and lighting calculations, resulting in photorealistic visuals for architectural designs and visual effects. Professionals in industries such as automotive design, manufacturing, and media production can leverage its real-time rendering capabilities to iterate faster, visualize in higher detail, and present more immersive results to clients. The card’s optimized GPU pipeline significantly reduces rendering times, making it a key asset for time-sensitive creative workflows.

CAD and Engineering Software Performance

For CAD professionals, the HPE N35509-001 graphics card provides unmatched stability and smooth performance across complex 3D assemblies and design models. The GPU’s precision rendering ensures accurate line, curve, and surface modeling essential in engineering and product design. Applications such as Autodesk Inventor, Revit, and PTC Creo benefit from faster viewport rendering, improved simulation accuracy, and enhanced visualization of complex assemblies. This allows engineers to make more informed design decisions based on highly detailed real-time visual feedback.

Creative Production and Video Editing

In the world of media production, this GPU brings substantial acceleration to tasks such as video encoding, color correction, and motion graphics. Editors using Adobe Premiere Pro or DaVinci Resolve will notice smoother timeline scrubbing, faster rendering of effects, and superior export speeds. The 20GB memory capacity supports high-bitrate 8K footage, enabling professionals to work with raw video files without performance drops. With NVENC encoding support, the GPU also provides efficient compression without sacrificing visual quality, ideal for streaming and broadcast environments.

Enhanced Productivity for Enterprise Workstations

The HPE N35509-001 RTX 4000 Ada card is specifically tailored for enterprise-grade reliability. It features certified drivers and extended lifespan components to ensure stable performance in mission-critical workstation environments. Enterprises deploying this GPU benefit from reduced downtime, enhanced workflow speed, and lower operational costs over time. Whether utilized in simulation laboratories, medical imaging centers, or design studios, the card’s consistent performance contributes to higher output and improved return on investment.

Scalability and Deployment Flexibility

The GPU’s scalability allows integration into both single and multi-GPU configurations, offering flexibility for large-scale rendering or AI cluster setups. Its PCIe interface ensures compatibility with a wide range of systems, while its compact dual-slot form factor facilitates easy installation. Organizations seeking to upgrade existing infrastructure can deploy multiple RTX 4000 Ada GPUs to accelerate parallel workloads, enhancing total system throughput for compute-heavy operations.

Data Center and Virtualization Benefits

In data center environments, this graphics card offers exceptional virtualization support through Nvidia RTX Virtual Workstation (vWS) technology. This enables remote users to access GPU-powered virtual desktops and applications with near-native performance. Businesses implementing remote work or virtualized environments benefit from centralized resource management, improved security, and optimized GPU utilization. Virtual artists, designers, and engineers can collaborate seamlessly on cloud-hosted projects with minimal latency.

Thermal Design and Build Quality

The HPE N35509-001 RTX 4000 Ada features a meticulously engineered cooling system with dual axial fans, optimized heat pipes, and durable materials that ensure sustained thermal performance. The card maintains consistent temperatures even under extended load, thanks to dynamic fan curve adjustments and energy-efficient GPU design. Its high-quality components are built to meet enterprise reliability standards, ensuring durability for long-term professional use. The robust backplate design enhances rigidity, protects PCB components, and contributes to superior heat dissipation.

Noise Reduction and Reliability

The card’s quiet cooling solution ensures minimal noise output, making it suitable for office and studio environments. Its industrial-grade capacitors and components reduce electrical noise and improve overall system stability. This makes the HPE N35509-001 an ideal solution for users who prioritize both performance and acoustics in their professional workspace setups.

Compatibility and System Integration

The GPU offers broad compatibility with modern workstation platforms and HPE systems, ensuring seamless integration into existing workflows. It supports multiple operating systems, including Windows and Linux distributions, enabling diverse deployment options for professionals. The card’s driver ecosystem is continually updated for enhanced software compatibility and improved optimization for professional applications. Installation is simplified with plug-and-play PCIe support, allowing quick deployment for workstation upgrades.

Display Technology Support

With support for DisplayPort 1.4a and HDR technology, the RTX 4000 Ada offers exceptional image quality and dynamic color range. It supports multi-stream transport, allowing daisy-chaining of monitors without performance degradation. This multi-display technology is essential for workflows requiring large visual canvases, such as financial analysis, media editing, and 3D visualization.

Future-Proof Performance

The HPE N35509-001 20GB Nvidia PCI Express 8D6B7AA RTX 4000 Ada 4DP Graphics Card is built to support evolving software and computing needs. With its Ada Lovelace foundation, high-speed GDDR6 memory, and PCIe Gen4 interface, it remains relevant for years to come as applications continue to grow in complexity. Users can rely on its hardware-level security, ECC memory reliability, and consistent firmware updates from Nvidia and HPE for sustained peak performance.

Security and Reliability Features

Enterprise deployments demand reliability and data protection, and the RTX 4000 Ada addresses both with robust hardware-level safeguards. The card integrates secure boot functionality, protecting the GPU from unauthorized firmware tampering. ECC memory further ensures the integrity of computational results by correcting single-bit memory errors automatically. The HPE certification guarantees strict quality control and compliance with industry reliability standards, ensuring this card performs flawlessly in professional environments.

System Resource Optimization

This GPU efficiently allocates system resources to maximize output performance. Its intelligent power management adjusts core voltage and frequency dynamically based on workload demands. The result is optimized energy consumption and reduced operational costs. Advanced driver optimizations allow users to balance performance and efficiency, extending the lifespan of both the GPU and system components while maintaining smooth workflow operations.

AR, VR, and Immersive Technology Development

The card’s capability to support advanced virtual reality (VR) and augmented reality (AR) content creation makes it a vital tool for modern developers. Its ray tracing and AI enhancements create lifelike immersive experiences that respond dynamically to lighting and perspective. This capability enhances training simulations, educational applications, and immersive media design by delivering realistic visuals and interactive fluidity.

Simulation and Scientific Visualization

For scientific institutions and research centers, the RTX 4000 Ada facilitates real-time visualization of complex data models such as molecular structures, fluid dynamics, and climate simulations. It helps researchers interactively explore data sets and obtain faster insights without waiting for time-consuming renders. The GPU’s powerful compute capabilities allow large datasets to be processed interactively, accelerating discovery and innovation.

Autonomous Systems and Robotics

Engineers developing autonomous systems or robotics solutions benefit from the card’s support for AI inference and computer vision. Its Tensor cores accelerate deep learning-based image recognition, obstacle detection, and decision-making algorithms. This results in faster deployment and testing of autonomous solutions across industries like automotive, logistics, and smart manufacturing.