490-BGKH Dell 24GB Nvidia Ampere GDDR6 PCIe GPU

Details of Dell 24GB GDDR6 PCIE GPU

The Dell 490-BGKH GPU is a high-performance, passive cooling graphics solution designed for data centers, AI workloads, and advanced computing applications. Leveraging Nvidia’s Ampere architecture, this Gen4 Passive GPU delivers exceptional compute power, energy efficiency, and reliability for enterprise environments.

Manufacturer Details

• Brand: Dell
• Model Number: 490-BGKH
• Device Category: PCIe Gen4 Passive Graphics Card

GPU Architecture and Core Configuration

• CUDA Cores (FP32): 9216 shading units
• Tensor Cores: Third-generation
• RT Cores: 72 real-time ray tracing cores

Compute Performance

• Single-Precision (FP32): 31.2 TFLOPS
• Tensor Float 32 (TF32): 62.5 TFLOPS (125 TFLOPS with sparsity)
• Half-Precision (FP16): 125 TFLOPS (250 TFLOPS with sparsity)
• BFloat16: 125 TFLOPS (250 TFLOPS with sparsity)
• Integer Performance: 105 TOPS
• INT8: 250 TOPS (500 TOPS with sparsity)
• INT4: 500 TOPS (1000 TOPS with sparsity)

Memory and Bandwidth Features

High-Capacity GDDR6 Memory

• Memory Size: 24 GB GDDR6
• Memory Bandwidth: 600 GB/s
• Error-Correcting Code (ECC): Supported

System Interface and Form Factor

• PCIe Interface: Gen4 x16 lanes
• Form Factor: Full height, single-width
• Multi-Instance GPU (MIG): Not supported

Power and Cooling

Efficiency and Thermal Design

• Maximum Power Consumption: 150 W
• Cooling Solution: Passive, ideal for server environments with optimized airflow

Supported Compute APIs

• CUDA
• DirectCompute
• OpenCL
• OpenACC

Key Advantages of the Dell 490-BGKH GPU

Enterprise-Grade Performance

• Robust processing power for AI, machine learning, and scientific computing
• High memory bandwidth to accelerate complex simulations and data processing

Energy-Efficient Design

• Passive cooling reduces noise and minimizes energy consumption
• Optimized for high-density server racks

Scalability and Compatibility

• PCIe Gen4 interface ensures compatibility with modern server platforms
• Supports a wide range of compute APIs for diverse software environments

Ideal Applications

• Data center GPU acceleration
• Artificial intelligence and deep learning workloads
• Scientific simulations and high-performance computing
• Graphics rendering and visualization tasks

Dell 490-BGKH 24GB Nvidia Ampere Passive GPU Overview

The Dell 490-BGKH represents a high-performance graphics processing unit designed for modern data-intensive workloads. Featuring 24GB of Nvidia Ampere architecture memory, this GPU is engineered to handle complex computational tasks, including AI processing, deep learning, and high-end visualization applications. With GDDR6 memory and PCIe Gen4 interface, the Dell 490-BGKH delivers exceptional bandwidth, ensuring accelerated data transfer rates and reduced latency for demanding enterprise environments.

Advanced Nvidia Ampere Architecture

The Nvidia Ampere architecture integrated into the Dell 490-BGKH GPU offers substantial improvements over previous generations. Ampere introduces enhanced CUDA cores, optimized tensor cores, and advanced RT cores, which collectively improve performance in rendering, simulation, and AI tasks. This architecture is specifically designed to maximize efficiency while providing high throughput for parallel computing tasks. For data centers and professional workstations, the Ampere architecture ensures robust support for large-scale AI model training and inference, enabling faster computation without compromising stability.

Enhanced Tensor Core Performance

The 24GB memory configuration of the Dell 490-BGKH ensures that tensor operations are executed efficiently, reducing bottlenecks in matrix computations and neural network training. Tensor cores in Ampere architecture accelerate mixed-precision calculations, enabling developers and data scientists to execute AI models at higher speeds. This feature is particularly beneficial for deep learning frameworks such as TensorFlow, PyTorch, and CUDA-based applications. With this GPU, enterprises can expect improved AI workflow performance, even under large and complex workloads.

Memory and Bandwidth Optimization

Equipped with GDDR6 memory, the Dell 490-BGKH offers high-speed data storage directly on the GPU, which is essential for processing large datasets. The memory interface provides a high bandwidth channel, ensuring efficient communication between the GPU cores and the memory. PCIe Gen4 compatibility further enhances throughput, allowing data to move quickly between the GPU and the system CPU. This combination of memory and interface optimization results in reduced latency, faster rendering times, and smoother handling of high-resolution graphics.

Passive Cooling Design for Quiet Operation

The passive cooling system of the Dell 490-BGKH allows for silent operation while maintaining optimal thermal performance. Unlike active cooling solutions, passive designs utilize large heatsinks and optimized airflow management to dissipate heat without the need for fans. This makes the GPU ideal for environments where noise levels must be minimized, such as studios, research laboratories, and office workstations. The passive cooling approach also contributes to longer component lifespan, as the absence of moving parts reduces wear and tear associated with conventional fan-based systems.

PCIe Gen4 Interface Benefits

The PCIe Gen4 interface integrated into the Dell 490-BGKH provides double the bandwidth of the previous PCIe Gen3 standard. This improvement allows the GPU to transfer data to and from the CPU more efficiently, minimizing delays during data-intensive operations. For professionals working with large datasets, 3D rendering, or complex simulations, PCIe Gen4 ensures smooth and uninterrupted performance. Additionally, this interface supports backward compatibility with PCIe Gen3 slots, providing flexibility for integration into existing infrastructure.

Enterprise-Level Graphics for Workstation and Data Center Applications

The Dell 490-BGKH is designed to meet the rigorous demands of enterprise environments. Its 24GB memory capacity and advanced Ampere architecture make it suitable for professional applications, including scientific simulations, financial modeling, and virtualized workstations. The GPU can handle multiple high-resolution displays, enabling immersive visual experiences for designers, engineers, and data analysts. Furthermore, the card's passive cooling system ensures consistent performance in 24/7 operational scenarios, making it a reliable choice for data center deployment.

Compatibility and Integration

Designed as a plug-and-play solution, the Dell 490-BGKH integrates seamlessly into Dell workstations and server platforms. Its form factor and power requirements align with enterprise standards, simplifying deployment and reducing setup complexity. The GPU supports a wide range of professional software, ensuring optimized performance in applications requiring high computational power. Compatibility with virtualization technologies allows IT administrators to efficiently allocate GPU resources across multiple virtual machines, enhancing operational flexibility and maximizing hardware utilization.

Optimized Performance for AI and Deep Learning

With 24GB of high-speed GDDR6 memory, the Dell 490-BGKH provides the resources necessary for executing large AI models and deep learning algorithms. Tensor cores accelerate neural network training, while the Ampere architecture optimizes inference performance. Researchers and engineers benefit from faster computation, enabling quicker model iterations and improved experimental throughput. This GPU is particularly effective in machine learning workloads such as natural language processing, image recognition, and generative AI tasks, providing enterprise users with a powerful computational tool.

High-Resolution Rendering and Visualization

The Dell 490-BGKH excels in rendering complex graphics, making it an ideal solution for professionals in CAD, 3D modeling, and video production. The large memory pool allows for seamless handling of high-resolution textures, detailed 3D scenes, and intricate simulations. Visualization tasks that require intensive GPU resources, such as architectural walkthroughs or scientific visualizations, are processed more efficiently with this GPU. By leveraging the advanced Ampere architecture, users experience smoother frame rates, enhanced image fidelity, and reduced rendering times, which collectively improve workflow efficiency.

Energy Efficiency and Reliability

Passive cooling not only reduces noise but also contributes to energy efficiency, as it eliminates the need for power-consuming fans. The Dell 490-BGKH is engineered for stability under heavy workloads, ensuring reliable operation during extended computational sessions. Thermal management is optimized to prevent overheating, which prolongs the lifespan of the GPU and minimizes downtime. Enterprises can therefore rely on this GPU for critical workloads, confident in its performance and durability.