880VN Dell 64GB PCI Express AMD MI210 300W Passive Double Wide GPU.

Dell 880VN 64GB PCI Express AMD MI210 GPU Overview

The Dell 880VN 64GB PCI Express AMD MI210 GPU is a high-performance graphics solution designed for demanding computing environments. Built on AMD’s cutting-edge Radeon Instinct MI210 architecture, this GPU offers exceptional performance, energy efficiency, and scalability for professional workloads, AI computing, and data-intensive applications.

General Information

• Manufacturer: Dell
• Part Number: 880VN
• Product Type: Graphics Processing Unit (GPU)

Technical Specifications

• Memory Capacity: 64GB
• Memory Type: HBM2e (High Bandwidth Memory 2e)
• Form Factor: Full height
• Interface: PCI Express 4.0 x16
• Base Clock Speed: 1000 MHz
• Boost Clock (Turbo): 1700 MHz
• Product Line: Radeon Instinct
• Product Series: MI210

Compute and Rendering Capabilities

• Shading Units: 6,656
• Texture Mapping Units (TMUs): 416
• Render Output Units (ROPs): 0
• Compute Units: 104

Interface and Connectivity

• Host Interface: PCI Express 4.0 x16
• Slot Requirement: Dual-slot configuration

Thermal and Design Information

• Cooling Solution: Passive cooling system
• Form Factor: Full height, dual-slot
• Length: 10.51 inches (267 mm)

Benefits of Choosing this Dell 880VN 64GB GPU

• Massive 64GB HBM2e memory capacity for complex workloads
• PCI Express 4.0 interface ensures high-speed data throughput
• Optimized for AI, ML, and HPC (High-Performance Computing)
• Reliable Dell engineering for stability and long-term performance

Dell 64GB PCIE 300W Passive Double Wide Full Height GPU

The Dell 880VN 64GB PCI Express AMD MI210 300W Passive Double Wide Full Height GPU represents a top-tier solution in professional-grade graphics and computing acceleration. Designed for enterprises, research laboratories, and AI-driven data centers, this GPU stands out with its combination of ultra-fast HBM2e memory, PCI Express 4.0 interface, and AMD’s advanced Radeon Instinct MI210 architecture. This category encompasses high-efficiency GPUs developed for parallel computing, deep learning, scientific simulations, and virtualized server environments where precision and performance are paramount. Within this category, the focus extends beyond simple rendering power, emphasizing optimized compute performance, scalability, and energy efficiency for mission-critical workloads.

Architecture and Design of Dell 880VN 64GB AMD MI210 GPU

The foundation of the Dell 880VN 64GB AMD MI210 GPU lies in AMD’s CDNA 2 architecture, a design engineered specifically for high-performance compute tasks rather than traditional gaming workloads. The architecture’s parallel processing power ensures massive throughput, enabling users to handle machine learning models, rendering engines, and real-time analytics efficiently. The GPU supports double-precision floating-point performance, critical for scientific calculations, financial modeling, and high-end visualization tasks. By incorporating 104 compute units and 6656 shading units, the MI210 delivers consistent computational power with lower latency and higher data throughput compared to previous generations.

The GPU’s design prioritizes thermal efficiency and density optimization. Its passive cooling mechanism allows for silent operation while maintaining stable performance in rack-mounted systems. The double-wide form factor and full-height design make it compatible with a wide range of professional servers and workstations. Measuring approximately 267mm in length, the GPU provides a balance between compactness and power capacity, ensuring it can be integrated seamlessly into existing infrastructures without major design modifications.

PCI Express 4.0 Interface and Connectivity

Connectivity plays a crucial role in determining GPU performance within large-scale computing systems. The Dell 880VN 64GB GPU leverages PCI Express 4.0 x16 technology to maximize bandwidth and minimize latency. This interface doubles the data transfer rate of PCIe 3.0, enabling faster communication between the GPU and CPU. The result is smoother workload execution, reduced bottlenecks, and enhanced synchronization across distributed computing clusters. The dual-slot requirement further ensures that the GPU has adequate airflow and electrical capacity, which contributes to overall stability and long-term durability. With PCIe 4.0 support, this GPU is future-ready, capable of handling modern data center demands and upcoming high-bandwidth computing frameworks.

HBM2e Memory Performance and Efficiency

The 64GB of HBM2e (High Bandwidth Memory 2e) integrated into the Dell 880VN AMD MI210 GPU provides significant advantages in both speed and power efficiency. HBM2e memory technology stacks memory chips vertically, allowing for shorter communication paths and dramatically higher memory bandwidth compared to traditional GDDR memory. This results in improved data access times, which is crucial for applications involving neural networks, large datasets, and real-time rendering tasks. The increased bandwidth also enables faster processing of complex simulations, scientific computations, and 3D rendering workloads.

HBM2e’s low power consumption complements the GPU’s passive thermal design, allowing for a power-efficient yet highly capable system. The 300W TDP (Thermal Design Power) ensures consistent performance across extended workloads without thermal throttling. This level of efficiency makes the GPU suitable for data centers that prioritize energy conservation while maintaining computational excellence. The 64GB capacity also allows users to manage larger models and datasets locally on the GPU, reducing dependence on external memory or slower data storage systems.

Advanced Compute and Rendering Capabilities

The Dell 880VN AMD MI210 GPU is optimized for heavy compute workloads that require parallel processing. Its 104 compute units and 6656 shading units deliver unmatched acceleration in rendering pipelines and deep learning tasks. Each compute unit operates with precision across multiple cores, ensuring that workloads such as matrix multiplications, image processing, and vector calculations are handled simultaneously. This parallelism results in significant time savings for developers, researchers, and engineers working on demanding projects.

The GPU’s architecture supports a base clock of 1000 MHz, with a turbo boost clock reaching 1700 MHz, offering users the flexibility to adapt performance to specific workload requirements. The absence of dedicated render output units (ROPs) signifies its compute-oriented focus, positioning it as a tool for professionals who prioritize raw compute power over gaming-centric rendering features. This approach is ideal for data scientists, software developers, and simulation experts who need consistent floating-point and integer performance across a variety of computational tasks.

Thermal Management and Passive Cooling System

Efficient cooling is essential in high-density server environments where multiple GPUs operate simultaneously. The Dell 880VN AMD MI210 utilizes a passive cooling solution that relies on external airflow from the system chassis rather than active fans. This approach minimizes moving parts, reducing mechanical failure risks while lowering operational noise. Passive cooling is particularly beneficial for enterprise environments where reliability and stability are more critical than fan-driven cooling performance. The GPU’s heatsink design efficiently dissipates heat, maintaining optimal operating temperatures even under sustained heavy workloads. Combined with Dell’s engineering excellence, this design ensures extended lifespan and consistent operation in continuous-use environments.

Scientific Computing and Research Simulations

Beyond AI, the Dell 880VN GPU is a powerful asset for scientific research and engineering simulations. The compute-centric CDNA 2 architecture supports double-precision floating-point operations, which are essential for applications in physics, chemistry, climate modeling, and engineering design. Researchers can perform complex mathematical simulations, finite element analysis, and molecular modeling faster and with greater accuracy. The precision offered by the MI210 ensures reproducible and consistent results, a requirement in scientific validation and data analysis.

Its scalability allows integration into multi-GPU clusters, enhancing throughput for high-performance computing (HPC) applications. With its 300W power envelope, it provides consistent performance across long-duration workloads, making it suitable for supercomputing centers and research institutes that require sustained GPU utilization. The Dell 880VN’s ability to process massive datasets in parallel accelerates discovery and innovation in scientific fields where computational speed directly influences productivity.

Data Analytics and Big Data Processing

In data analytics, processing speed and memory access time are crucial. The Dell 880VN AMD MI210 GPU offers accelerated data handling capabilities, ideal for big data applications, database acceleration, and large-scale analytics workflows. It enables faster computation of data queries, real-time analytics, and predictive modeling. Enterprises dealing with financial forecasting, healthcare analytics, and large dataset visualization benefit from the GPU’s immense parallel processing capacity. The HBM2e memory supports rapid access to datasets stored in GPU memory, eliminating the lag associated with slower system memory or disk access. This makes it a preferred solution for enterprises handling continuous data streams and large-scale computation pipelines.

Enterprise and Data Center Integration

The Dell 880VN 64GB AMD MI210 GPU is built to meet the rigorous demands of enterprise-level deployments. Its passive cooling and energy-efficient design align with modern data center requirements, where operational costs, thermal management, and performance scalability are primary concerns. By delivering consistent performance within a 300W power envelope, it reduces the strain on power infrastructure while maintaining peak output. This makes it an attractive solution for large-scale installations where dozens or even hundreds of GPUs may operate simultaneously.

Dell’s hardware ecosystem ensures seamless compatibility with existing server frameworks, including Dell PowerEdge platforms. The GPU’s design is optimized for dense server configurations, enabling organizations to scale compute performance without increasing their data center footprint. Moreover, its compatibility with industry-standard APIs and driver support ensures stable operation across multiple operating systems and software frameworks. These characteristics make the MI210 GPU an integral component in both on-premises and cloud-based AI or HPC clusters.

Virtualization and Cloud Workloads

Virtualized environments benefit greatly from GPU acceleration. The Dell 880VN AMD MI210 GPU supports multi-instance GPU virtualization, allowing multiple users or applications to share GPU resources efficiently. This feature enhances utilization rates and reduces operational costs for organizations running virtual desktops, cloud rendering services, or shared compute infrastructures. The GPU’s compute-oriented design supports virtualization platforms such as VMware, Citrix, and various containerized environments like Kubernetes and Docker, offering developers and IT administrators more flexibility in workload management.

For cloud providers, the MI210 GPU offers the balance between performance and efficiency necessary for large-scale deployment. Its high-bandwidth memory and PCIe 4.0 interface ensure responsive performance across distributed workloads. Additionally, the passive cooling system minimizes maintenance needs, contributing to better uptime and overall system reliability. Cloud-based inference, simulation, and analytics services powered by Dell 880VN GPUs can deliver higher performance with reduced latency compared to CPU-only solutions.

Compatibility with Software Ecosystems

Software compatibility remains a defining factor for enterprise GPU deployment. The Dell 880VN MI210 supports a broad range of professional and open-source software libraries. AMD’s ROCm (Radeon Open Compute) platform provides a powerful foundation for GPU computing, offering full support for frameworks like TensorFlow, PyTorch, OpenCL, and HIP. This ensures developers can seamlessly port and optimize workloads for the MI210 architecture. Furthermore, professional applications in CAD, visualization, and rendering can leverage its high compute performance to accelerate project delivery times. Dell’s commitment to long-term driver support ensures continued performance optimization and stability over the GPU’s lifecycle.

Performance Optimization and Reliability

Performance consistency and reliability are key attributes of the Dell 880VN AMD MI210 GPU. Its hardware is meticulously tested to ensure it performs under continuous load with minimal degradation. The passive thermal solution works in harmony with data center airflow designs, maintaining stable temperatures that prevent throttling even during high computational demand. The robust power delivery system ensures steady voltage and current distribution across the GPU, minimizing performance variance between workloads. Combined with Dell’s quality assurance and AMD’s precision engineering, this GPU provides unmatched dependability for mission-critical operations.

From an operational perspective, administrators can monitor and manage performance through various management tools. Integration with AMD’s ROCm monitoring utilities and Dell’s management interfaces allows IT teams to track GPU utilization, temperature, and power consumption in real time. This transparency enables proactive system management, reducing the likelihood of downtime. The combination of performance and manageability ensures that enterprises can maintain peak productivity across compute clusters while minimizing operational risks.

Power Efficiency and Environmental Sustainability

Modern enterprises are increasingly focused on sustainability, and the Dell 880VN MI210 GPU aligns with these goals through its efficient power usage. Operating within a 300W power envelope, it delivers exceptional computational throughput per watt. The HBM2e memory architecture further reduces energy consumption by minimizing data movement latency and heat generation. Passive cooling eliminates the need for dedicated GPU fans, contributing to lower noise levels and reduced mechanical waste over the device’s lifecycle. These features make the Dell 880VN an environmentally conscious choice for organizations seeking to balance performance with sustainability objectives.

The efficient energy profile also translates into lower operational costs for data centers. Over time, the reduced energy consumption can significantly lower electricity bills and cooling requirements. This long-term efficiency benefit makes the MI210 GPU not only a high-performance investment but also a financially sustainable one. As global data centers strive to meet green energy standards, the Dell 880VN 64GB GPU stands out as a responsible and future-oriented solution for compute-intensive tasks.

Scalability and Multi-GPU Configurations

Scalability is at the heart of enterprise GPU design, and the Dell 880VN MI210 GPU excels in multi-GPU configurations. Its PCI Express 4.0 interface supports high-bandwidth communication between multiple GPUs within the same node, facilitating parallel processing for distributed workloads. This capability is particularly valuable for organizations running AI training, rendering farms, or HPC simulations that require vast computational resources. The MI210’s efficient thermal and power design allows multiple units to be deployed side by side without excessive thermal interference, ensuring consistent performance across large GPU arrays.

Software frameworks that support multi-GPU scaling, such as ROCm and MPI, can fully leverage the MI210’s architecture to accelerate distributed workloads. Whether in high-performance computing clusters or AI development environments, the ability to interconnect multiple GPUs efficiently leads to significant reductions in time-to-solution. This scalability ensures that organizations can start with a few GPUs and expand infrastructure seamlessly as their computational needs grow.

Professional Use Cases and Industry Applications

The Dell 880VN 64GB AMD MI210 GPU caters to a wide spectrum of industries requiring advanced compute performance. In healthcare, it accelerates medical imaging, genomic sequencing, and AI-driven diagnostic models. In finance, it enhances algorithmic trading, fraud detection, and risk analysis by processing large volumes of real-time data. Engineering and manufacturing sectors utilize it for design simulations, CAD acceleration, and virtual prototyping. Scientific research institutions leverage its double-precision floating-point performance for simulations that demand mathematical accuracy. Even in the media and entertainment industry, the GPU’s rendering and encoding capabilities streamline post-production workflows and visual effects rendering.

Across all these industries, the combination of 64GB HBM2e memory, PCIe 4.0 bandwidth, and 300W efficiency allows organizations to execute high-demand computational tasks with reduced turnaround times. The scalability, reliability, and energy efficiency of the Dell 880VN ensure that it can adapt to evolving technological requirements, making it an enduring solution in professional computing environments.

Security and Data Integrity

Data integrity and system security are critical in enterprise computing, and the Dell 880VN MI210 GPU integrates security features that safeguard sensitive workloads. Its firmware architecture ensures secure boot processes and prevents unauthorized modifications. Combined with Dell’s secure system management tools, administrators can enforce security policies and monitor system integrity continuously. This is particularly important for industries handling confidential information, such as finance, healthcare, and government sectors. Secure firmware updates and signed drivers maintain trust across the GPU’s lifecycle, ensuring compliance with organizational security standards and regulations.

Future-Ready Technology for Next-Generation Workloads

As computing workloads evolve, the need for scalable, efficient, and high-performance GPU solutions becomes increasingly essential. The Dell 880VN 64GB PCI Express AMD MI210 GPU embodies this future-forward approach through its cutting-edge architecture, high memory capacity, and sustainable design. Its compatibility with evolving software ecosystems and compute frameworks ensures long-term viability in rapidly advancing industries. From AI training to high-performance simulations, it provides the foundation for continued innovation and technological growth in enterprise and research environments.