490-BJYF Dell 300W PCIE 64GB Full Height GPU

Overview of Dell 490-BJYF AMD MI210 300W 64GB GPU

The Dell 490-BJYF AMD MI210 300W PCIe 64GB Passive Double Wide Full Height GPU represents a new generation of data center and high-performance computing acceleration. Engineered with the advanced AMD CDNA2 architecture, this GPU delivers remarkable performance and energy efficiency for workloads that demand intensive computational capabilities. Designed for use in Dell PowerEdge servers and other compatible enterprise systems, it enhances deep learning, HPC (High-Performance Computing), AI training, and large-scale data analytics environments. Its PCI Express 4.0 interface ensures high-speed connectivity, while the 64GB of HBM2e memory offers exceptional bandwidth, enabling faster data processing across various compute-intensive applications.

Optimized Architecture for Compute-Intensive Workloads

Built upon the AMD CDNA2 GPU architecture, the Dell 490-BJYF AMD MI210 GPU features a design that prioritizes computational performance over graphical rendering. This makes it particularly well-suited for scientific simulations, numerical modeling, AI inference, and data-driven workloads. The CDNA2 architecture integrates a powerful set of Compute Units (CUs), streamlined to deliver optimized performance for matrix, vector, and scalar operations used in enterprise-grade workloads. Each compute unit operates with precision and speed, accelerating algorithms in parallel and improving throughput for demanding research and engineering applications.

The design philosophy behind the AMD MI210 emphasizes high parallelism and low latency data communication between GPU cores. With dedicated memory controllers and fast interconnect technologies, this GPU is capable of scaling efficiently across multiple accelerators in distributed environments. In multi-GPU configurations, users can expect near-linear performance scaling, ensuring that the system maintains efficiency as workloads expand. This efficiency is essential for data centers that require reliable, high-throughput processing capabilities without excessive power consumption.

High-Bandwidth Memory for Unparalleled Data Transfer

The 64GB of HBM2e memory integrated into the Dell 490-BJYF AMD MI210 GPU provides a massive bandwidth advantage over traditional GDDR-based GPUs. With bandwidths exceeding one terabyte per second, this GPU ensures that large datasets are processed seamlessly, eliminating memory bottlenecks that often hinder large-scale computational workloads. The HBM2e memory is stacked vertically and connected directly to the GPU die via an interposer, reducing latency and improving overall energy efficiency.

This high-speed memory design allows researchers, engineers, and analysts to handle more complex models, simulations, and datasets efficiently. From computational fluid dynamics (CFD) to weather forecasting and molecular dynamics, the MI210 accelerates data throughput, ensuring continuous and rapid computation. The combination of 64GB capacity and immense bandwidth also supports applications requiring large tensor and matrix computations, essential in machine learning and AI model training processes.

PCIe Gen4 Interface for Superior Connectivity

Equipped with a PCI Express Gen4 x16 interface, the Dell 490-BJYF AMD MI210 GPU ensures faster data communication between the GPU and the host system. This advanced interface doubles the bandwidth available in the previous PCIe Gen3 standard, significantly reducing data transfer latency. Such performance is critical in environments where GPUs must exchange data rapidly with CPUs or other accelerators. The PCIe Gen4 connection allows the MI210 to fully exploit its computational power in real-time, minimizing delays and maximizing application efficiency.

Moreover, this interface ensures backward compatibility with older PCIe versions, making the Dell 490-BJYF GPU versatile for integration into a variety of server infrastructures. Whether installed in next-generation Dell PowerEdge systems or compatible third-party enterprise servers, the MI210 maintains high reliability, ensuring smooth operation in hybrid environments where legacy and modern technologies coexist.

Passive Cooling Design for Data Center Efficiency

The Dell 490-BJYF AMD MI210 GPU features a passive double-wide cooling design, which is ideal for high-density server configurations in controlled data center environments. Passive cooling eliminates the need for onboard fans, relying instead on chassis-level airflow to maintain optimal operating temperatures. This design contributes to a quieter, more efficient cooling process while reducing mechanical failure points associated with active cooling solutions.

With a 300W TDP (Thermal Design Power), the GPU maintains a balance between performance and thermal efficiency. Data center administrators can depend on consistent operation under continuous workloads, as the passive design ensures stable temperature management across extended periods. Additionally, this configuration enhances system reliability by reducing energy overhead and promoting long-term component stability, which is vital for 24/7 computational tasks.

Advanced Performance Features for Enterprise AI and HPC

The Dell 490-BJYF AMD MI210 is engineered to deliver superior performance for artificial intelligence (AI), machine learning (ML), and high-performance computing (HPC) workloads. It leverages advanced mixed-precision computing capabilities that accelerate AI training and inference, improving both speed and accuracy. By utilizing specialized cores optimized for FP64, FP32, and FP16 operations, it allows users to tailor performance precision according to the specific demands of their applications.

The inclusion of tensor acceleration further boosts AI performance, enabling the GPU to handle complex deep learning workloads such as natural language processing, image recognition, and predictive analytics. Its ability to process massive datasets efficiently makes it an invaluable component for enterprises developing or deploying machine learning frameworks like TensorFlow, PyTorch, and ROCm.

Multi-GPU Scalability and Server Integration

The scalability of the Dell 490-BJYF AMD MI210 GPU ensures compatibility with multi-GPU server configurations, enabling distributed processing across multiple accelerators. This scalability is critical for enterprise workloads that demand increased computational capacity, such as advanced simulations or real-time analytics. The GPU’s compatibility with AMD’s ROCm open software platform allows developers to build scalable applications that efficiently utilize multiple GPUs within a single node or across multiple nodes in a cluster.

System integrators and IT professionals can deploy multiple MI210 GPUs within Dell PowerEdge servers or compatible rack-mounted systems, ensuring balanced workloads and enhanced parallel processing. The GPU’s architecture supports high-speed interconnect technologies, facilitating seamless data sharing between devices. This enables organizations to run larger models and more complex simulations without compromising performance or efficiency.

Energy Efficiency and Reliability

The Dell 490-BJYF AMD MI210 GPU achieves impressive energy efficiency despite its high computational output. Its 300W power envelope ensures that data centers can maintain optimal performance without exceeding energy budgets. The passive cooling system, in combination with energy-optimized design, helps reduce overall power consumption, lowering operational costs over time. The GPU’s robust construction and high-quality components guarantee reliability under demanding conditions, ensuring continuous uptime for mission-critical applications.

Additionally, the MI210 supports hardware-level security and error correction mechanisms that protect data integrity during intensive computations. ECC (Error-Correcting Code) memory ensures that data transfers and storage within the GPU memory are accurate, preventing corruption and improving the reliability of sensitive operations like scientific research and financial modeling.

Artificial Intelligence and Machine Learning Workloads

AI and machine learning applications rely heavily on parallel computation and data throughput, both of which are strengths of the AMD MI210 GPU. When deployed in data centers, it significantly reduces training times for neural networks by processing large batches of data concurrently. Its tensor cores enable efficient execution of matrix multiplications, which are fundamental operations in deep learning algorithms. The GPU’s support for mixed precision allows developers to balance performance and accuracy during model training, ensuring faster iteration cycles without sacrificing result integrity.

Machine learning frameworks optimized for AMD GPUs, including PyTorch and TensorFlow with ROCm integration, can harness the MI210’s capabilities for efficient model training and deployment. This makes it suitable for AI-driven solutions in healthcare diagnostics, predictive maintenance, autonomous systems, and financial forecasting.

Scientific Research and High-Performance Computing

For scientific institutions and research organizations, the Dell 490-BJYF AMD MI210 GPU delivers the performance necessary for complex simulations and analyses. Researchers working in areas such as climate modeling, molecular dynamics, genomics, and quantum mechanics can leverage the GPU’s high compute density and bandwidth to accelerate time-to-insight. The massive memory capacity allows for processing of large datasets without frequent data offloading, ensuring uninterrupted computational workflows.

Its compatibility with open computing platforms ensures researchers can implement and optimize their scientific codes using industry-standard frameworks. The MI210’s high FP64 performance provides the precision required in scientific calculations, ensuring accuracy and consistency in results.

Visualization and Rendering Applications

Although primarily designed for compute workloads, the MI210 also supports visualization applications that demand robust parallel processing. In environments such as virtual simulations, 3D rendering, and advanced design, its computational throughput ensures smoother performance and reduced latency. Engineers and architects working on CAD or simulation-based workflows can take advantage of the GPU’s power to render complex geometries and perform high-precision visual analysis.

Integration with Dell PowerEdge Servers

The Dell 490-BJYF AMD MI210 GPU integrates seamlessly with Dell PowerEdge servers, offering an ideal balance between compute density, scalability, and manageability. PowerEdge systems are designed to accommodate passive cooling GPUs, ensuring proper thermal management in high-density rack environments. This integration enhances system performance across a wide range of workloads, from virtualization and AI inference to cloud computing and HPC clusters.

Server Compatibility and Infrastructure Support

Dell PowerEdge servers provide full compatibility with the MI210 GPU through optimized PCIe slots and thermal profiles. These servers are built to support the high power and bandwidth requirements of modern GPUs, ensuring consistent performance and reliable operation. Administrators can easily configure GPU resources within Dell’s management software ecosystem, such as iDRAC and OpenManage, for simplified monitoring and control.

The combination of Dell hardware and AMD GPU technology provides organizations with a scalable platform for current and future workloads. This synergy allows enterprises to deploy compute-intensive workloads efficiently while maintaining control over power and thermal dynamics.

Data Center Optimization and Reliability

The passive cooling design of the Dell 490-BJYF AMD MI210 GPU makes it ideal for deployment in data centers that employ high-efficiency cooling systems. Its double-wide form factor ensures optimal airflow distribution, reducing thermal hotspots and improving component longevity. Dell PowerEdge servers complement this design with intelligent thermal controls that adjust airflow based on real-time temperature readings, further enhancing reliability.

Reliability is a hallmark of Dell enterprise solutions, and when paired with the AMD MI210, organizations benefit from a system optimized for sustained workload execution. Whether used in on-premises environments or hybrid cloud infrastructures, the GPU maintains stable performance under continuous operational loads.