855179-001 HPE Nvidia 24GB GDDR5 Quadro M6000 PCIe3x16 GPU

HPE 855179-001 Nvidia 24GB GDDR5 PCIe3x16 Quadro M6000 Graphics Accelerator Overview

The HPE 855179-001 Nvidia 24GB GDDR5 PCIe3x16 Quadro M6000 Graphics Accelerator is a professional-grade GPU designed for high-performance computing, advanced 3D visualization, and enterprise-level workloads. Built on Nvidia’s robust Maxwell architecture, this graphics accelerator offers 24GB of ultra-fast GDDR5 memory, providing exceptional rendering capability, stability, and power efficiency. It is engineered to meet the demanding requirements of engineers, animators, designers, and researchers who rely on accurate visual computation and reliable GPU acceleration for their daily workflows.

GPU Architecture and Core Technology

Nvidia Maxwell GPU Architecture

The Nvidia Maxwell architecture powers the Quadro M6000, delivering a perfect balance of performance, efficiency, and reliability. It introduces improved streaming multiprocessor (SM) design, optimized memory compression, and better scheduling, all contributing to higher throughput and lower power consumption. This makes the HPE 855179-001 ideal for workstations that handle complex simulations, large datasets, and real-time 3D rendering tasks.

CUDA Core Processing Power

Equipped with thousands of CUDA cores, the Quadro M6000 enables massively parallel computing for applications in computational design, deep learning, and visual effects. CUDA technology allows software developers and professionals to leverage the GPU’s full potential, accelerating workflows in CAD, CAE, and scientific modeling applications.

Precision and Performance Optimization

The GPU architecture supports high precision and floating-point performance, enabling scientific simulations, weather modeling, and rendering processes that require exact calculations. With optimized geometry processing and shading, the Quadro M6000 produces accurate, detailed, and visually realistic results across professional visualization workloads.

Memory and Data Bandwidth

24GB GDDR5 Memory Configuration

The HPE 855179-001 features 24GB of high-bandwidth GDDR5 memory, providing massive data storage capacity for textures, scenes, and computational datasets. This large VRAM ensures that designers and engineers can manage and process massive models without running into memory constraints, enhancing productivity and performance across multiple software environments.

High Memory Bandwidth and Data Throughput

With its wide memory bus and optimized bandwidth, the GPU delivers ultra-fast data throughput that supports real-time rendering and computation. The GDDR5 memory ensures smooth performance even when handling 4K and 8K textures or running multiple simulations simultaneously.

ECC Memory for Data Integrity

To guarantee reliability, the Quadro M6000 integrates Error Correcting Code (ECC) memory that detects and corrects data corruption automatically. This feature is essential for enterprise-grade systems, where data accuracy and system stability are critical during long computational processes.

PCIe Interface and Connectivity

PCI Express 3.0 x16 Interface

The graphics accelerator utilizes the PCI Express 3.0 x16 interface, which provides a high-speed connection between the GPU and the host system. This ensures maximum data throughput, reduced latency, and seamless communication, crucial for demanding applications in rendering, AI computation, and large-scale visualization.

Form Factor and Compatibility

The HPE 855179-001 comes in a full-height, dual-slot form factor, ensuring compatibility with a wide range of professional workstations and servers. Its design optimizes space utilization while maintaining adequate cooling and airflow for sustained performance under heavy workloads.

Display and Visualization Capabilities

Multi-Display Output

The Quadro M6000 supports multiple high-resolution displays, enabling professionals to expand their digital workspace. It is capable of driving up to four 4K displays or two 5K displays simultaneously, providing flexibility for multi-monitor setups used in video editing, architectural visualization, and data analysis.

DisplayPort and DVI

It comes equipped with DisplayPort 1.2 and DVI-I outputs, allowing seamless connectivity with modern and legacy display devices. This wide range of output support makes the GPU ideal for both traditional visualization setups and advanced digital environments.

Superior Color Accuracy and Visual Fidelity

With 30-bit color precision, the Quadro M6000 ensures that every shade and detail is represented accurately. Professionals in graphic design, digital content creation, and post-production benefit from vibrant color reproduction and consistent display calibration across devices.

Software Ecosystem

Certified Professional Drivers

Nvidia Quadro drivers are optimized for stability and performance across leading professional software applications such as Autodesk Maya, Dassault CATIA, SolidWorks, Siemens NX, and Adobe Creative Cloud. These drivers are tested and certified by independent software vendors (ISVs), ensuring compatibility and reliability for enterprise users.

API and Framework

The HPE 855179-001 supports advanced programming and compute APIs, including CUDA, OpenCL, OpenGL, Vulkan, and DirectX. These frameworks provide developers and engineers the flexibility to optimize GPU performance for specific computational workloads and simulation environments.

Nvidia Quadro Sync and Mosaic Technology

Nvidia’s Quadro Sync and Mosaic technologies enable synchronized multi-display outputs for immersive visualization experiences. These technologies ensure frame-accurate output across displays and allow professionals to build large visualization walls or multi-display setups for presentations and simulations.

Performance in Professional Applications

Engineering and CAD/CAM Applications

The Quadro M6000 is ideal for computer-aided design (CAD), computer-aided engineering (CAE), and computer-aided manufacturing (CAM) workflows. It accelerates rendering of complex mechanical assemblies, architectural models, and industrial simulations, reducing design iteration time and increasing precision.

Media, Animation, and Visual Effects

Professionals in the film and animation industry can rely on the M6000’s high CUDA core count and VRAM capacity to manage intensive rendering, compositing, and real-time playback tasks. It delivers the performance necessary for creating lifelike characters, detailed environments, and realistic visual effects.

Scientific Visualization and Research

Researchers use the HPE 855179-001 for simulations, fluid dynamics modeling, and data visualization. The GPU’s high compute throughput enables accurate analysis of scientific data, medical imaging, and geospatial modeling applications, leading to faster insights and discoveries.

Advanced Cooling Design

The M6000 features a dual-slot blower-style cooling system that efficiently dissipates heat, maintaining stable operating temperatures even during intensive tasks. The cooler ensures consistent GPU clock speeds and prevents thermal throttling, allowing users to achieve sustained performance for extended periods.

Power Requirements and Consumption

With a 250W TDP (Thermal Design Power), the GPU requires adequate power delivery through an auxiliary PCIe power connector. HPE’s optimized power regulation design ensures stable energy supply, enabling efficient performance without unnecessary energy waste.

Reliability, Durability, and Longevity

Industrial-Grade Components

HPE’s use of enterprise-grade components ensures the Quadro M6000 maintains consistent performance and reliability under continuous operation. It is built to meet rigorous quality standards, making it suitable for mission-critical enterprise workloads.

System Stability

The GPU is equipped with built-in monitoring tools and dynamic error management features. These ensure stable system operation, protect against overheating, and minimize downtime during extended compute or visualization sessions.

Extended Product Lifecycle

HPE provides long-term support, firmware updates, and driver optimization for the Quadro M6000, ensuring compatibility with evolving software environments and system architectures. This long product lifecycle reduces the total cost of ownership for businesses.

Remote Workstation Capability

With Nvidia Quadro Virtual Data Center Workstation (vDWS) software, professionals can remotely access GPU-powered workstations, maintaining high-end graphics performance even over network connections. This enables flexible deployment for global teams and distributed workflows.

Scalability and Server Integration

The card integrates seamlessly into HPE servers and high-performance workstations, allowing scalable GPU configurations. Enterprises can deploy multiple M6000 units for parallel rendering, simulation clusters, and GPU farms for large-scale visualization or computation.

Advanced Visualization and Ray Tracing Capabilities

Real-Time Rendering Performance

The Quadro M6000 delivers outstanding real-time rendering capability for 3D modeling, virtual reality, and simulation applications. Its GPU compute power ensures smooth interaction with complex models and detailed environments during live editing sessions.

Physically Based Rendering (PBR)

By supporting physically based rendering techniques, the GPU ensures realistic lighting, materials, and reflections in visual outputs. PBR is widely used in industrial design, architectural visualization, and cinematic production pipelines.

Ray Tracing Applications

Although the M6000 predates dedicated RT cores, its computational performance allows for efficient ray tracing via CUDA and software-based techniques. This ensures professional users can achieve realistic render quality in real-time visualization and pre-rendered scenes.

System Integration and Compatibility

Workstation and Server Compatibility

The HPE 855179-001 integrates seamlessly with a range of HPE ProLiant and Z-series workstations, as well as industry-standard servers. It supports modern operating systems such as Windows 10/11 Pro, Linux distributions, and virtualization environments like VMware and Citrix.

Software Ecosystem

The GPU is optimized for major 3D and computational software, including Autodesk AutoCAD, Revit, 3ds Max, Adobe Premiere Pro, Blender, and ANSYS. It provides accelerated performance and stability for both design and computation workflows.

Plug-and-Play Integration

Featuring standardized PCIe 3.0 connectivity, the Quadro M6000 is easy to install and configure. The card requires no specialized setup, and once drivers are installed, users can immediately leverage full GPU acceleration across supported applications.

Enterprise Reliability

Secure Firmware and BIOS

HPE integrates secure BIOS protection to ensure firmware integrity, preventing unauthorized modification or tampering. This protects enterprise infrastructure from firmware-level vulnerabilities and maintains system trust.

Data Protection and Reliability

The inclusion of ECC memory ensures data reliability, while Nvidia’s software ecosystem provides driver-level crash protection and recovery. These features collectively safeguard critical project data and maintain uptime in production environments.

Enterprise-Grade Testing

Each HPE Quadro M6000 undergoes extensive validation testing to meet enterprise-level reliability standards. This includes thermal stress testing, performance benchmarking, and compatibility verification with major software platforms and operating systems.

Professional and Industrial Relevance

Enterprise and Data Center Deployment

The Quadro M6000 is highly effective in data centers, offering high computational density with excellent performance-per-watt efficiency. It supports scalable deployments for remote visualization, VDI, and research computation clusters.

Architectural and Product Design Visualization

Architects and product designers benefit from real-time visualization, high-resolution texture mapping, and smooth rendering performance. This allows faster design iteration, accurate lighting visualization, and improved project presentation.

Medical Imaging and Scientific Data Processing

In healthcare and scientific research, the GPU’s precision, memory capacity, and compute power make it suitable for 3D MRI rendering, genomic sequencing, and other visualization-intensive tasks where accuracy and speed are critical.